WEBVTT Kind: captions Language: en 00:00:00.000 --> 00:00:01.510 align:start position:0% I<00:00:00.120> used<00:00:00.320> to<00:00:00.400> think<00:00:00.600> that<00:00:00.720> drinking<00:00:01.040> tap<00:00:01.320> water 00:00:01.510 --> 00:00:01.520 align:start position:0% I used to think that drinking tap water 00:00:01.520 --> 00:00:03.590 align:start position:0% I used to think that drinking tap water was<00:00:01.720> just<00:00:02.000> fine<00:00:02.360> and<00:00:02.520> safe,<00:00:02.840> but<00:00:03.000> I<00:00:03.040> no<00:00:03.280> longer 00:00:03.590 --> 00:00:03.600 align:start position:0% was just fine and safe, but I no longer 00:00:03.600 --> 00:00:05.510 align:start position:0% was just fine and safe, but I no longer believe<00:00:03.920> that.<00:00:04.440> So,<00:00:04.560> the<00:00:04.640> question<00:00:05.000> is,<00:00:05.360> is 00:00:05.510 --> 00:00:05.520 align:start position:0% believe that. So, the question is, is 00:00:05.520 --> 00:00:07.510 align:start position:0% believe that. So, the question is, is this<00:00:05.680> $16<00:00:06.360> water<00:00:06.600> filter<00:00:06.920> just<00:00:07.160> as<00:00:07.280> good<00:00:07.440> as 00:00:07.510 --> 00:00:07.520 align:start position:0% this $16 water filter just as good as 00:00:07.520 --> 00:00:09.750 align:start position:0% this $16 water filter just as good as the<00:00:07.600> one<00:00:07.760> that<00:00:07.880> cost<00:00:08.120> $300?<00:00:08.960> Well,<00:00:09.120> let's<00:00:09.400> find 00:00:09.750 --> 00:00:09.760 align:start position:0% the one that cost $300? Well, let's find 00:00:09.760 --> 00:00:11.110 align:start position:0% the one that cost $300? Well, let's find out.<00:00:09.960> In<00:00:10.040> the<00:00:10.120> first<00:00:10.400> test,<00:00:10.640> we'll<00:00:10.760> see<00:00:10.920> which 00:00:11.110 --> 00:00:11.120 align:start position:0% out. In the first test, we'll see which 00:00:11.120 --> 00:00:12.430 align:start position:0% out. In the first test, we'll see which water<00:00:11.360> filter<00:00:11.640> performs<00:00:12.000> the<00:00:12.080> best<00:00:12.320> at 00:00:12.430 --> 00:00:12.440 align:start position:0% water filter performs the best at 00:00:12.440 --> 00:00:13.990 align:start position:0% water filter performs the best at removing<00:00:12.840> copper.<00:00:13.400> Then<00:00:13.520> we'll<00:00:13.640> see<00:00:13.800> which 00:00:13.990 --> 00:00:14.000 align:start position:0% removing copper. Then we'll see which 00:00:14.000 --> 00:00:15.510 align:start position:0% removing copper. Then we'll see which one<00:00:14.160> does<00:00:14.360> the<00:00:14.440> best<00:00:14.720> job<00:00:14.920> with<00:00:15.080> chlorine<00:00:15.400> and 00:00:15.510 --> 00:00:15.520 align:start position:0% one does the best job with chlorine and 00:00:15.520 --> 00:00:16.990 align:start position:0% one does the best job with chlorine and fluoride.<00:00:16.120> We'll<00:00:16.240> also<00:00:16.480> see<00:00:16.640> which<00:00:16.880> one 00:00:16.990 --> 00:00:17.000 align:start position:0% fluoride. We'll also see which one 00:00:17.000 --> 00:00:18.870 align:start position:0% fluoride. We'll also see which one clears<00:00:17.280> up<00:00:17.480> water<00:00:17.720> the<00:00:17.880> best.<00:00:18.400> Finally,<00:00:18.720> we'll 00:00:18.870 --> 00:00:18.880 align:start position:0% clears up water the best. Finally, we'll 00:00:18.880 --> 00:00:20.390 align:start position:0% clears up water the best. Finally, we'll cut<00:00:19.040> open<00:00:19.280> all<00:00:19.400> the<00:00:19.520> water<00:00:19.760> filters<00:00:20.120> and<00:00:20.240> see 00:00:20.390 --> 00:00:20.400 align:start position:0% cut open all the water filters and see 00:00:20.400 --> 00:00:21.990 align:start position:0% cut open all the water filters and see how<00:00:20.560> they're<00:00:20.680> constructed.<00:00:21.560> At<00:00:21.680> a<00:00:21.720> price<00:00:21.920> of 00:00:21.990 --> 00:00:22.000 align:start position:0% how they're constructed. At a price of 00:00:22.000 --> 00:00:23.990 align:start position:0% how they're constructed. At a price of only<00:00:22.200> $16,<00:00:23.040> the<00:00:23.120> least<00:00:23.320> expensive<00:00:23.760> water 00:00:23.990 --> 00:00:24.000 align:start position:0% only $16, the least expensive water 00:00:24.000 --> 00:00:25.430 align:start position:0% only $16, the least expensive water filter<00:00:24.280> we'll<00:00:24.400> be<00:00:24.520> testing<00:00:24.920> is<00:00:25.080> made<00:00:25.280> by 00:00:25.430 --> 00:00:25.440 align:start position:0% filter we'll be testing is made by 00:00:25.440 --> 00:00:27.510 align:start position:0% filter we'll be testing is made by Waterdrop.<00:00:26.080> They<00:00:26.200> claim<00:00:26.400> it's<00:00:26.560> NSF<00:00:27.120> and<00:00:27.240> ANSI 00:00:27.510 --> 00:00:27.520 align:start position:0% Waterdrop. They claim it's NSF and ANSI 00:00:27.520 --> 00:00:29.150 align:start position:0% Waterdrop. They claim it's NSF and ANSI certified.<00:00:28.200> They<00:00:28.280> claim<00:00:28.520> a<00:00:28.560> 3-month<00:00:29.040> or 00:00:29.150 --> 00:00:29.160 align:start position:0% certified. They claim a 3-month or 00:00:29.160 --> 00:00:31.470 align:start position:0% certified. They claim a 3-month or 200-gallon<00:00:29.840> lifespan.<00:00:30.680> It<00:00:30.800> has<00:00:30.920> a<00:00:30.960> capacity 00:00:31.470 --> 00:00:31.480 align:start position:0% 200-gallon lifespan. It has a capacity 00:00:31.480 --> 00:00:33.150 align:start position:0% 200-gallon lifespan. It has a capacity of<00:00:31.600> seven<00:00:31.920> cups.<00:00:32.439> They<00:00:32.520> claim<00:00:32.720> it<00:00:32.800> reduces 00:00:33.150 --> 00:00:33.160 align:start position:0% of seven cups. They claim it reduces 00:00:33.160 --> 00:00:34.630 align:start position:0% of seven cups. They claim it reduces chlorine.<00:00:33.640> We're<00:00:33.760> going<00:00:33.880> to<00:00:33.960> test<00:00:34.240> that.<00:00:34.520> And 00:00:34.630 --> 00:00:34.640 align:start position:0% chlorine. We're going to test that. And 00:00:34.640 --> 00:00:36.590 align:start position:0% chlorine. We're going to test that. And the<00:00:34.680> Waterdrop<00:00:35.200> is<00:00:35.360> made<00:00:35.640> in<00:00:35.760> China.<00:00:36.280> Soak<00:00:36.480> the 00:00:36.590 --> 00:00:36.600 align:start position:0% the Waterdrop is made in China. Soak the 00:00:36.600 --> 00:00:38.550 align:start position:0% the Waterdrop is made in China. Soak the filter<00:00:36.920> in<00:00:37.040> tap<00:00:37.320> water<00:00:37.600> for<00:00:37.720> 10<00:00:38.000> minutes. 00:00:38.550 --> 00:00:38.560 align:start position:0% filter in tap water for 10 minutes. 00:00:38.560 --> 00:00:40.030 align:start position:0% filter in tap water for 10 minutes. Let's<00:00:38.760> kick<00:00:38.920> off<00:00:39.080> our<00:00:39.200> first<00:00:39.480> test<00:00:39.840> and<00:00:39.920> let's 00:00:40.030 --> 00:00:40.040 align:start position:0% Let's kick off our first test and let's 00:00:40.040 --> 00:00:41.590 align:start position:0% Let's kick off our first test and let's continue<00:00:40.440> using<00:00:40.720> distilled<00:00:41.160> water,<00:00:41.400> which 00:00:41.590 --> 00:00:41.600 align:start position:0% continue using distilled water, which 00:00:41.600 --> 00:00:43.270 align:start position:0% continue using distilled water, which has<00:00:41.800> zero<00:00:42.040> parts<00:00:42.360> per<00:00:42.480> million<00:00:42.800> of<00:00:42.880> dissolved 00:00:43.270 --> 00:00:43.280 align:start position:0% has zero parts per million of dissolved 00:00:43.280 --> 00:00:45.110 align:start position:0% has zero parts per million of dissolved solids.<00:00:43.920> Let's<00:00:44.080> begin<00:00:44.440> using<00:00:44.720> these<00:00:44.880> water 00:00:45.110 --> 00:00:45.120 align:start position:0% solids. Let's begin using these water 00:00:45.120 --> 00:00:46.910 align:start position:0% solids. Let's begin using these water test<00:00:45.440> strips.<00:00:46.040> The<00:00:46.120> distilled<00:00:46.520> water<00:00:46.760> that 00:00:46.910 --> 00:00:46.920 align:start position:0% test strips. The distilled water that 00:00:46.920 --> 00:00:48.230 align:start position:0% test strips. The distilled water that I'll<00:00:47.000> be<00:00:47.120> using<00:00:47.440> passed<00:00:47.720> the<00:00:47.840> test<00:00:48.160> and 00:00:48.230 --> 00:00:48.240 align:start position:0% I'll be using passed the test and 00:00:48.240 --> 00:00:50.070 align:start position:0% I'll be using passed the test and doesn't<00:00:48.480> appear<00:00:48.760> to<00:00:48.840> contain<00:00:49.200> any<00:00:49.440> of<00:00:49.520> the<00:00:49.600> 17 00:00:50.070 --> 00:00:50.080 align:start position:0% doesn't appear to contain any of the 17 00:00:50.080 --> 00:00:51.750 align:start position:0% doesn't appear to contain any of the 17 contaminants.<00:00:50.920> Let's<00:00:51.120> create<00:00:51.360> our<00:00:51.440> test 00:00:51.750 --> 00:00:51.760 align:start position:0% contaminants. Let's create our test 00:00:51.760 --> 00:00:53.550 align:start position:0% contaminants. Let's create our test water<00:00:52.000> first<00:00:52.280> by<00:00:52.400> adding<00:00:52.640> 5<00:00:52.880> gallons<00:00:53.200> of<00:00:53.280> water 00:00:53.550 --> 00:00:53.560 align:start position:0% water first by adding 5 gallons of water 00:00:53.560 --> 00:00:55.270 align:start position:0% water first by adding 5 gallons of water into<00:00:53.720> this<00:00:53.920> water<00:00:54.200> jug.<00:00:54.600> The<00:00:54.720> water<00:00:54.960> inside 00:00:55.270 --> 00:00:55.280 align:start position:0% into this water jug. The water inside 00:00:55.280 --> 00:00:57.110 align:start position:0% into this water jug. The water inside the<00:00:55.360> water<00:00:55.640> jug<00:00:55.920> is<00:00:56.040> still<00:00:56.240> at<00:00:56.360> zero<00:00:56.640> parts<00:00:56.960> per 00:00:57.110 --> 00:00:57.120 align:start position:0% the water jug is still at zero parts per 00:00:57.120 --> 00:00:58.950 align:start position:0% the water jug is still at zero parts per million.<00:00:57.680> The<00:00:57.760> water<00:00:58.040> also<00:00:58.280> passed<00:00:58.560> the<00:00:58.680> test 00:00:58.950 --> 00:00:58.960 align:start position:0% million. The water also passed the test 00:00:58.960 --> 00:01:01.590 align:start position:0% million. The water also passed the test for<00:00:59.040> the<00:00:59.160> 17<00:00:59.640> contaminants.<00:01:00.480> Let's<00:01:00.680> add<00:01:00.800> 40<00:01:01.080> ml 00:01:01.590 --> 00:01:01.600 align:start position:0% for the 17 contaminants. Let's add 40 ml 00:01:01.600 --> 00:01:03.270 align:start position:0% for the 17 contaminants. Let's add 40 ml of<00:01:01.720> copper<00:01:02.040> to<00:01:02.160> the<00:01:02.280> water.<00:01:02.800> I'll<00:01:02.960> stir<00:01:03.160> the 00:01:03.270 --> 00:01:03.280 align:start position:0% of copper to the water. I'll stir the 00:01:03.280 --> 00:01:04.710 align:start position:0% of copper to the water. I'll stir the water<00:01:03.600> to<00:01:03.680> make<00:01:03.880> sure<00:01:04.040> that<00:01:04.199> the<00:01:04.280> copper<00:01:04.600> is 00:01:04.710 --> 00:01:04.720 align:start position:0% water to make sure that the copper is 00:01:04.720 --> 00:01:06.190 align:start position:0% water to make sure that the copper is spread<00:01:04.960> throughout<00:01:05.199> the<00:01:05.280> water<00:01:05.600> as<00:01:05.760> evenly<00:01:06.080> as 00:01:06.190 --> 00:01:06.200 align:start position:0% spread throughout the water as evenly as 00:01:06.200 --> 00:01:08.510 align:start position:0% spread throughout the water as evenly as possible.<00:01:06.920> And<00:01:07.080> water<00:01:07.360> is<00:01:07.520> now<00:01:07.720> at<00:01:07.800> 94<00:01:08.280> parts 00:01:08.510 --> 00:01:08.520 align:start position:0% possible. And water is now at 94 parts 00:01:08.520 --> 00:01:10.390 align:start position:0% possible. And water is now at 94 parts per<00:01:08.640> million<00:01:08.880> of<00:01:09.000> copper.<00:01:09.600> As<00:01:09.760> expected,<00:01:10.280> the 00:01:10.390 --> 00:01:10.400 align:start position:0% per million of copper. As expected, the 00:01:10.400 --> 00:01:11.750 align:start position:0% per million of copper. As expected, the test<00:01:10.640> strip<00:01:10.840> is<00:01:10.920> showing<00:01:11.160> that<00:01:11.320> the<00:01:11.400> water<00:01:11.640> is 00:01:11.750 --> 00:01:11.760 align:start position:0% test strip is showing that the water is 00:01:11.760 --> 00:01:13.470 align:start position:0% test strip is showing that the water is very<00:01:12.000> high<00:01:12.200> in<00:01:12.320> copper.<00:01:12.880> Let's<00:01:13.040> see<00:01:13.160> how<00:01:13.240> long 00:01:13.470 --> 00:01:13.480 align:start position:0% very high in copper. Let's see how long 00:01:13.480 --> 00:01:15.030 align:start position:0% very high in copper. Let's see how long each<00:01:13.640> water<00:01:13.880> filter<00:01:14.200> takes<00:01:14.480> to<00:01:14.560> filter<00:01:14.840> two 00:01:15.030 --> 00:01:15.040 align:start position:0% each water filter takes to filter two 00:01:15.040 --> 00:01:16.390 align:start position:0% each water filter takes to filter two cups<00:01:15.320> of<00:01:15.400> water<00:01:15.680> and<00:01:15.800> then<00:01:15.960> we'll<00:01:16.080> test<00:01:16.320> the 00:01:16.390 --> 00:01:16.400 align:start position:0% cups of water and then we'll test the 00:01:16.400 --> 00:01:18.350 align:start position:0% cups of water and then we'll test the filtered<00:01:16.760> water<00:01:16.960> for<00:01:17.120> copper.<00:01:17.800> It<00:01:17.920> took<00:01:18.120> very 00:01:18.350 --> 00:01:18.360 align:start position:0% filtered water for copper. It took very 00:01:18.360 --> 00:01:19.870 align:start position:0% filtered water for copper. It took very close<00:01:18.600> to<00:01:18.720> a<00:01:18.760> minute<00:01:19.000> to<00:01:19.080> filter<00:01:19.360> two<00:01:19.560> cups<00:01:19.800> of 00:01:19.870 --> 00:01:19.880 align:start position:0% close to a minute to filter two cups of 00:01:19.880 --> 00:01:21.590 align:start position:0% close to a minute to filter two cups of water<00:01:20.120> for<00:01:20.240> the<00:01:20.320> Waterdrop.<00:01:21.080> I'll<00:01:21.200> toss<00:01:21.480> out 00:01:21.590 --> 00:01:21.600 align:start position:0% water for the Waterdrop. I'll toss out 00:01:21.600 --> 00:01:23.190 align:start position:0% water for the Waterdrop. I'll toss out the<00:01:21.720> first<00:01:21.960> two<00:01:22.120> cups<00:01:22.360> of<00:01:22.480> filtered<00:01:22.760> water<00:01:23.080> and 00:01:23.190 --> 00:01:23.200 align:start position:0% the first two cups of filtered water and 00:01:23.200 --> 00:01:24.790 align:start position:0% the first two cups of filtered water and then<00:01:23.400> run<00:01:23.600> two<00:01:23.760> more<00:01:23.960> cups<00:01:24.240> of<00:01:24.320> contaminated 00:01:24.790 --> 00:01:24.800 align:start position:0% then run two more cups of contaminated 00:01:24.800 --> 00:01:26.230 align:start position:0% then run two more cups of contaminated water<00:01:25.080> through<00:01:25.240> the<00:01:25.320> filter.<00:01:25.920> The<00:01:26.000> water 00:01:26.230 --> 00:01:26.240 align:start position:0% water through the filter. The water 00:01:26.240 --> 00:01:28.190 align:start position:0% water through the filter. The water started<00:01:26.600> off<00:01:26.760> at<00:01:26.880> 94<00:01:27.360> parts<00:01:27.640> per<00:01:27.760> million<00:01:28.080> and 00:01:28.190 --> 00:01:28.200 align:start position:0% started off at 94 parts per million and 00:01:28.200 --> 00:01:30.190 align:start position:0% started off at 94 parts per million and now<00:01:28.320> it's<00:01:28.440> down<00:01:28.640> to<00:01:28.760> 81<00:01:29.160> parts<00:01:29.480> per<00:01:29.600> million. 00:01:30.190 --> 00:01:30.200 align:start position:0% now it's down to 81 parts per million. 00:01:30.200 --> 00:01:31.470 align:start position:0% now it's down to 81 parts per million. Unless<00:01:30.480> the<00:01:30.560> filter<00:01:30.880> is<00:01:31.000> exchanging 00:01:31.470 --> 00:01:31.480 align:start position:0% Unless the filter is exchanging 00:01:31.480 --> 00:01:32.870 align:start position:0% Unless the filter is exchanging something<00:01:31.800> for<00:01:31.960> the<00:01:32.080> copper,<00:01:32.440> it<00:01:32.560> appears 00:01:32.870 --> 00:01:32.880 align:start position:0% something for the copper, it appears 00:01:32.880 --> 00:01:34.230 align:start position:0% something for the copper, it appears that<00:01:33.000> there's<00:01:33.160> a<00:01:33.240> lot<00:01:33.440> of<00:01:33.520> copper<00:01:33.880> still<00:01:34.120> in 00:01:34.230 --> 00:01:34.240 align:start position:0% that there's a lot of copper still in 00:01:34.240 --> 00:01:35.990 align:start position:0% that there's a lot of copper still in this<00:01:34.440> water.<00:01:34.920> According<00:01:35.280> to<00:01:35.400> the<00:01:35.520> test<00:01:35.760> strip, 00:01:35.990 --> 00:01:36.000 align:start position:0% this water. According to the test strip, 00:01:36.000 --> 00:01:37.270 align:start position:0% this water. According to the test strip, there's<00:01:36.160> still<00:01:36.360> a<00:01:36.400> lot<00:01:36.560> of<00:01:36.640> copper<00:01:37.000> in<00:01:37.080> this 00:01:37.270 --> 00:01:37.280 align:start position:0% there's still a lot of copper in this 00:01:37.280 --> 00:01:38.830 align:start position:0% there's still a lot of copper in this water.<00:01:37.840> So,<00:01:38.000> let's<00:01:38.160> use<00:01:38.360> a<00:01:38.440> tester 00:01:38.830 --> 00:01:38.840 align:start position:0% water. So, let's use a tester 00:01:38.840 --> 00:01:40.630 align:start position:0% water. So, let's use a tester specifically<00:01:39.400> designed<00:01:39.800> to<00:01:39.880> test<00:01:40.120> copper<00:01:40.480> in 00:01:40.630 --> 00:01:40.640 align:start position:0% specifically designed to test copper in 00:01:40.640 --> 00:01:42.110 align:start position:0% specifically designed to test copper in water.<00:01:41.080> I'll<00:01:41.240> add<00:01:41.360> the<00:01:41.440> filtered<00:01:41.760> water<00:01:42.000> to 00:01:42.110 --> 00:01:42.120 align:start position:0% water. I'll add the filtered water to 00:01:42.120 --> 00:01:43.310 align:start position:0% water. I'll add the filtered water to the<00:01:42.240> cuvette<00:01:42.680> and<00:01:42.800> then<00:01:42.960> I'll<00:01:43.080> add<00:01:43.240> the 00:01:43.310 --> 00:01:43.320 align:start position:0% the cuvette and then I'll add the 00:01:43.320 --> 00:01:45.070 align:start position:0% the cuvette and then I'll add the reagent.<00:01:43.920> And<00:01:44.040> there's<00:01:44.280> obviously<00:01:44.720> a<00:01:44.800> lot<00:01:45.000> of 00:01:45.070 --> 00:01:45.080 align:start position:0% reagent. And there's obviously a lot of 00:01:45.080 --> 00:01:46.790 align:start position:0% reagent. And there's obviously a lot of copper<00:01:45.400> in<00:01:45.480> this<00:01:45.680> sample<00:01:46.040> as<00:01:46.120> the<00:01:46.200> water<00:01:46.480> is<00:01:46.600> no 00:01:46.790 --> 00:01:46.800 align:start position:0% copper in this sample as the water is no 00:01:46.800 --> 00:01:48.750 align:start position:0% copper in this sample as the water is no longer<00:01:47.120> clear.<00:01:47.680> The<00:01:47.760> tester<00:01:48.080> maxes<00:01:48.520> out<00:01:48.680> at 00:01:48.750 --> 00:01:48.760 align:start position:0% longer clear. The tester maxes out at 00:01:48.760 --> 00:01:50.390 align:start position:0% longer clear. The tester maxes out at five<00:01:49.040> parts<00:01:49.280> per<00:01:49.400> million<00:01:49.760> and<00:01:49.880> the<00:01:49.960> tester<00:01:50.280> is 00:01:50.390 --> 00:01:50.400 align:start position:0% five parts per million and the tester is 00:01:50.400 --> 00:01:51.990 align:start position:0% five parts per million and the tester is indeed<00:01:50.760> maxed<00:01:51.080> out<00:01:51.200> with<00:01:51.320> this<00:01:51.520> sample<00:01:51.880> at 00:01:51.990 --> 00:01:52.000 align:start position:0% indeed maxed out with this sample at 00:01:52.000 --> 00:01:53.750 align:start position:0% indeed maxed out with this sample at over<00:01:52.160> five<00:01:52.440> parts<00:01:52.760> per<00:01:52.880> million.<00:01:53.440> At<00:01:53.520> a<00:01:53.560> price 00:01:53.750 --> 00:01:53.760 align:start position:0% over five parts per million. At a price 00:01:53.760 --> 00:01:56.070 align:start position:0% over five parts per million. At a price of<00:01:53.840> $25,<00:01:54.760> is<00:01:54.880> this<00:01:55.120> is<00:01:55.360> brand?<00:01:55.840> It<00:01:55.920> has<00:01:56.040> a 00:01:56.070 --> 00:01:56.080 align:start position:0% of $25, is this is brand? It has a 00:01:56.080 --> 00:01:57.990 align:start position:0% of $25, is this is brand? It has a capacity<00:01:56.640> of<00:01:56.800> eight<00:01:57.120> cups.<00:01:57.600> They<00:01:57.720> claim<00:01:57.920> it's 00:01:57.990 --> 00:01:58.000 align:start position:0% capacity of eight cups. They claim it's 00:01:58.000 --> 00:01:59.510 align:start position:0% capacity of eight cups. They claim it's certified<00:01:58.440> to<00:01:58.480> reduce<00:01:58.800> two<00:01:58.960> times<00:01:59.320> more 00:01:59.510 --> 00:01:59.520 align:start position:0% certified to reduce two times more 00:01:59.520 --> 00:02:01.070 align:start position:0% certified to reduce two times more chemical<00:01:59.960> and<00:02:00.080> physical<00:02:00.440> substances 00:02:01.070 --> 00:02:01.080 align:start position:0% chemical and physical substances 00:02:01.080 --> 00:02:02.510 align:start position:0% chemical and physical substances compared<00:02:01.440> to<00:02:01.520> Brita.<00:02:01.960> They<00:02:02.000> claim<00:02:02.240> that<00:02:02.360> their 00:02:02.510 --> 00:02:02.520 align:start position:0% compared to Brita. They claim that their 00:02:02.520 --> 00:02:04.750 align:start position:0% compared to Brita. They claim that their water<00:02:02.800> pitcher<00:02:03.160> is<00:02:03.280> BPA-free.<00:02:04.240> The<00:02:04.320> Pure<00:02:04.640> is 00:02:04.750 --> 00:02:04.760 align:start position:0% water pitcher is BPA-free. The Pure is 00:02:04.760 --> 00:02:06.310 align:start position:0% water pitcher is BPA-free. The Pure is made<00:02:04.920> in<00:02:05.040> Mexico<00:02:05.479> and<00:02:05.600> the<00:02:05.680> filter<00:02:06.000> is<00:02:06.080> made<00:02:06.240> in 00:02:06.310 --> 00:02:06.320 align:start position:0% made in Mexico and the filter is made in 00:02:06.320 --> 00:02:08.190 align:start position:0% made in Mexico and the filter is made in Mexico<00:02:06.720> or<00:02:06.840> Thailand.<00:02:07.440> Rinse<00:02:07.640> the<00:02:07.720> filter<00:02:08.080> in 00:02:08.190 --> 00:02:08.200 align:start position:0% Mexico or Thailand. Rinse the filter in 00:02:08.200 --> 00:02:10.469 align:start position:0% Mexico or Thailand. Rinse the filter in cold<00:02:08.440> water<00:02:08.720> for<00:02:08.880> 15<00:02:09.320> seconds<00:02:09.640> before<00:02:10.000> using. 00:02:10.469 --> 00:02:10.479 align:start position:0% cold water for 15 seconds before using. 00:02:10.479 --> 00:02:11.949 align:start position:0% cold water for 15 seconds before using. Carbon<00:02:10.800> dust<00:02:11.040> is<00:02:11.120> normal<00:02:11.480> in<00:02:11.600> the<00:02:11.680> first 00:02:11.949 --> 00:02:11.959 align:start position:0% Carbon dust is normal in the first 00:02:11.959 --> 00:02:13.790 align:start position:0% Carbon dust is normal in the first filling.<00:02:12.440> Insert<00:02:12.800> the<00:02:12.880> filter<00:02:13.280> and<00:02:13.440> twist<00:02:13.720> to 00:02:13.790 --> 00:02:13.800 align:start position:0% filling. Insert the filter and twist to 00:02:13.800 --> 00:02:15.310 align:start position:0% filling. Insert the filter and twist to lock.<00:02:14.240> Press<00:02:14.440> and<00:02:14.560> change<00:02:14.760> the<00:02:14.840> filter<00:02:15.120> light 00:02:15.310 --> 00:02:15.320 align:start position:0% lock. Press and change the filter light 00:02:15.320 --> 00:02:17.390 align:start position:0% lock. Press and change the filter light for<00:02:15.440> 5<00:02:15.720> seconds<00:02:16.080> to<00:02:16.200> reset.<00:02:16.880> Just<00:02:17.120> like<00:02:17.280> the 00:02:17.390 --> 00:02:17.400 align:start position:0% for 5 seconds to reset. Just like the 00:02:17.400 --> 00:02:18.750 align:start position:0% for 5 seconds to reset. Just like the Waterdrop,<00:02:17.959> I've<00:02:18.120> already<00:02:18.360> purged<00:02:18.640> the 00:02:18.750 --> 00:02:18.760 align:start position:0% Waterdrop, I've already purged the 00:02:18.760 --> 00:02:20.750 align:start position:0% Waterdrop, I've already purged the filter<00:02:19.120> and<00:02:19.240> I<00:02:19.320> did<00:02:19.600> use<00:02:19.840> distilled<00:02:20.200> water. 00:02:20.750 --> 00:02:20.760 align:start position:0% filter and I did use distilled water. 00:02:20.760 --> 00:02:22.550 align:start position:0% filter and I did use distilled water. The<00:02:20.880> Waterdrop<00:02:21.360> is<00:02:21.480> basically<00:02:21.959> an<00:02:22.080> activated 00:02:22.550 --> 00:02:22.560 align:start position:0% The Waterdrop is basically an activated 00:02:22.560 --> 00:02:23.949 align:start position:0% The Waterdrop is basically an activated carbon<00:02:22.880> filter<00:02:23.280> and<00:02:23.400> the<00:02:23.480> Pure<00:02:23.720> is<00:02:23.840> an 00:02:23.949 --> 00:02:23.959 align:start position:0% carbon filter and the Pure is an 00:02:23.959 --> 00:02:25.590 align:start position:0% carbon filter and the Pure is an activated<00:02:24.440> carbon<00:02:25.040> filter<00:02:25.080> with<00:02:25.240> an<00:02:25.360> ion 00:02:25.590 --> 00:02:25.600 align:start position:0% activated carbon filter with an ion 00:02:25.600 --> 00:02:27.590 align:start position:0% activated carbon filter with an ion exchange.<00:02:26.480> The<00:02:26.600> Pure<00:02:26.840> needs<00:02:27.040> more<00:02:27.200> than<00:02:27.320> twice 00:02:27.590 --> 00:02:27.600 align:start position:0% exchange. The Pure needs more than twice 00:02:27.600 --> 00:02:28.910 align:start position:0% exchange. The Pure needs more than twice as<00:02:27.720> much<00:02:27.920> time<00:02:28.160> to<00:02:28.280> filter<00:02:28.560> the<00:02:28.680> water 00:02:28.910 --> 00:02:28.920 align:start position:0% as much time to filter the water 00:02:28.920 --> 00:02:30.510 align:start position:0% as much time to filter the water compared<00:02:29.200> to<00:02:29.280> the<00:02:29.360> Waterdrop<00:02:29.920> at<00:02:30.080> 2<00:02:30.200> minutes 00:02:30.510 --> 00:02:30.520 align:start position:0% compared to the Waterdrop at 2 minutes 00:02:30.520 --> 00:02:32.910 align:start position:0% compared to the Waterdrop at 2 minutes and<00:02:30.640> 28<00:02:31.040> seconds<00:02:31.440> for<00:02:31.560> 2<00:02:31.760> cups<00:02:32.040> of<00:02:32.120> water.<00:02:32.760> I'll 00:02:32.910 --> 00:02:32.920 align:start position:0% and 28 seconds for 2 cups of water. I'll 00:02:32.920 --> 00:02:34.630 align:start position:0% and 28 seconds for 2 cups of water. I'll dispose<00:02:33.320> of<00:02:33.360> the<00:02:33.480> first<00:02:33.760> 2<00:02:33.920> cups<00:02:34.200> and<00:02:34.320> run<00:02:34.520> two 00:02:34.630 --> 00:02:34.640 align:start position:0% dispose of the first 2 cups and run two 00:02:34.640 --> 00:02:35.910 align:start position:0% dispose of the first 2 cups and run two more<00:02:34.840> cups<00:02:35.080> of<00:02:35.200> test<00:02:35.440> water<00:02:35.680> through<00:02:35.800> the 00:02:35.910 --> 00:02:35.920 align:start position:0% more cups of test water through the 00:02:35.920 --> 00:02:37.510 align:start position:0% more cups of test water through the water<00:02:36.160> filter.<00:02:36.640> The<00:02:36.720> water<00:02:36.959> started<00:02:37.240> off<00:02:37.400> at 00:02:37.510 --> 00:02:37.520 align:start position:0% water filter. The water started off at 00:02:37.520 --> 00:02:39.270 align:start position:0% water filter. The water started off at 94<00:02:37.959> parts<00:02:38.240> per<00:02:38.360> million<00:02:38.680> and<00:02:38.800> now<00:02:38.920> it's<00:02:39.040> very 00:02:39.270 --> 00:02:39.280 align:start position:0% 94 parts per million and now it's very 00:02:39.280 --> 00:02:41.110 align:start position:0% 94 parts per million and now it's very close<00:02:39.520> to<00:02:39.640> 68<00:02:40.120> parts<00:02:40.360> per<00:02:40.480> million<00:02:40.760> of<00:02:40.880> total 00:02:41.110 --> 00:02:41.120 align:start position:0% close to 68 parts per million of total 00:02:41.120 --> 00:02:42.990 align:start position:0% close to 68 parts per million of total dissolved<00:02:41.520> solids.<00:02:42.200> So,<00:02:42.320> the<00:02:42.440> Pure<00:02:42.680> seems<00:02:42.920> to 00:02:42.990 --> 00:02:43.000 align:start position:0% dissolved solids. So, the Pure seems to 00:02:43.000 --> 00:02:44.510 align:start position:0% dissolved solids. So, the Pure seems to be<00:02:43.120> removing<00:02:43.520> more<00:02:43.680> dissolved<00:02:44.040> solids<00:02:44.400> than 00:02:44.510 --> 00:02:44.520 align:start position:0% be removing more dissolved solids than 00:02:44.520 --> 00:02:46.070 align:start position:0% be removing more dissolved solids than the<00:02:44.600> Waterdrop.<00:02:45.320> The<00:02:45.400> test<00:02:45.640> strips<00:02:45.880> aren't 00:02:46.070 --> 00:02:46.080 align:start position:0% the Waterdrop. The test strips aren't 00:02:46.080 --> 00:02:47.350 align:start position:0% the Waterdrop. The test strips aren't too<00:02:46.240> precise,<00:02:46.720> but<00:02:46.840> it<00:02:46.880> appears<00:02:47.200> to<00:02:47.240> be 00:02:47.350 --> 00:02:47.360 align:start position:0% too precise, but it appears to be 00:02:47.360 --> 00:02:48.990 align:start position:0% too precise, but it appears to be between<00:02:47.760> 1<00:02:47.920> and<00:02:48.000> 3<00:02:48.200> parts<00:02:48.520> per<00:02:48.640> million<00:02:48.880> of 00:02:48.990 --> 00:02:49.000 align:start position:0% between 1 and 3 parts per million of 00:02:49.000 --> 00:02:50.830 align:start position:0% between 1 and 3 parts per million of copper.<00:02:49.560> Once<00:02:49.800> I<00:02:49.880> added<00:02:50.160> the<00:02:50.240> reagent,<00:02:50.760> the 00:02:50.830 --> 00:02:50.840 align:start position:0% copper. Once I added the reagent, the 00:02:50.840 --> 00:02:52.390 align:start position:0% copper. Once I added the reagent, the water<00:02:51.080> filtered<00:02:51.400> by<00:02:51.520> the<00:02:51.640> Pure<00:02:51.880> is<00:02:52.040> changing 00:02:52.390 --> 00:02:52.400 align:start position:0% water filtered by the Pure is changing 00:02:52.400 --> 00:02:53.750 align:start position:0% water filtered by the Pure is changing colors,<00:02:52.760> but<00:02:52.880> it<00:02:52.920> looks<00:02:53.120> quite<00:02:53.280> a<00:02:53.360> bit<00:02:53.520> better 00:02:53.750 --> 00:02:53.760 align:start position:0% colors, but it looks quite a bit better 00:02:53.760 --> 00:02:55.750 align:start position:0% colors, but it looks quite a bit better compared<00:02:54.080> to<00:02:54.120> the<00:02:54.240> Waterdrop.<00:02:55.000> And<00:02:55.080> 1.89 00:02:55.750 --> 00:02:55.760 align:start position:0% compared to the Waterdrop. And 1.89 00:02:55.760 --> 00:02:57.190 align:start position:0% compared to the Waterdrop. And 1.89 parts<00:02:56.040> per<00:02:56.160> million<00:02:56.400> of<00:02:56.520> copper<00:02:56.840> is<00:02:56.959> quite<00:02:57.160> a 00:02:57.190 --> 00:02:57.200 align:start position:0% parts per million of copper is quite a 00:02:57.200 --> 00:02:58.830 align:start position:0% parts per million of copper is quite a bit<00:02:57.360> better<00:02:57.600> than<00:02:57.720> the<00:02:57.840> Waterdrop.<00:02:58.680> At<00:02:58.800> a 00:02:58.830 --> 00:02:58.840 align:start position:0% bit better than the Waterdrop. At a 00:02:58.840 --> 00:03:01.670 align:start position:0% bit better than the Waterdrop. At a price<00:02:59.040> of<00:02:59.120> $28,<00:02:59.959> this<00:03:00.239> Amazon<00:03:00.720> Basics<00:03:01.160> brand 00:03:01.670 --> 00:03:01.680 align:start position:0% price of $28, this Amazon Basics brand 00:03:01.680 --> 00:03:04.670 align:start position:0% price of $28, this Amazon Basics brand has<00:03:01.920> a<00:03:01.959> capacity<00:03:02.560> of<00:03:02.720> 10<00:03:02.959> cups.<00:03:03.480> WQA<00:03:04.120> certified 00:03:04.670 --> 00:03:04.680 align:start position:0% has a capacity of 10 cups. WQA certified 00:03:04.680 --> 00:03:08.030 align:start position:0% has a capacity of 10 cups. WQA certified against<00:03:05.040> NSF<00:03:05.560> 42,<00:03:06.080> 53,<00:03:06.680> 401,<00:03:07.200> and<00:03:07.280> 372 00:03:08.030 --> 00:03:08.040 align:start position:0% against NSF 42, 53, 401, and 372 00:03:08.040 --> 00:03:09.670 align:start position:0% against NSF 42, 53, 401, and 372 standards.<00:03:08.760> It's<00:03:08.880> supposed<00:03:09.160> to<00:03:09.200> remove<00:03:09.480> quite 00:03:09.670 --> 00:03:09.680 align:start position:0% standards. It's supposed to remove quite 00:03:09.680 --> 00:03:11.110 align:start position:0% standards. It's supposed to remove quite a<00:03:09.760> few<00:03:09.920> different<00:03:10.239> contaminants.<00:03:11.040> The 00:03:11.110 --> 00:03:11.120 align:start position:0% a few different contaminants. The 00:03:11.120 --> 00:03:12.750 align:start position:0% a few different contaminants. The pitcher<00:03:11.440> is<00:03:11.560> made<00:03:11.720> in<00:03:11.840> Poland<00:03:12.280> and<00:03:12.400> the<00:03:12.480> filter 00:03:12.750 --> 00:03:12.760 align:start position:0% pitcher is made in Poland and the filter 00:03:12.760 --> 00:03:14.990 align:start position:0% pitcher is made in Poland and the filter cartridge<00:03:13.239> is<00:03:13.400> made<00:03:13.600> in<00:03:13.680> the<00:03:13.800> UK.<00:03:14.480> The<00:03:14.600> Amazon 00:03:14.990 --> 00:03:15.000 align:start position:0% cartridge is made in the UK. The Amazon 00:03:15.000 --> 00:03:16.830 align:start position:0% cartridge is made in the UK. The Amazon Basics<00:03:15.400> is<00:03:15.519> making<00:03:15.840> a<00:03:15.880> lot<00:03:16.120> faster<00:03:16.480> progress 00:03:16.830 --> 00:03:16.840 align:start position:0% Basics is making a lot faster progress 00:03:16.840 --> 00:03:18.430 align:start position:0% Basics is making a lot faster progress than<00:03:16.959> the<00:03:17.080> Pure<00:03:17.360> at<00:03:17.480> filtering<00:03:17.880> 2<00:03:18.040> cups<00:03:18.320> of 00:03:18.430 --> 00:03:18.440 align:start position:0% than the Pure at filtering 2 cups of 00:03:18.440 --> 00:03:20.430 align:start position:0% than the Pure at filtering 2 cups of water.<00:03:18.920> And<00:03:19.080> the<00:03:19.160> Amazon<00:03:19.560> Basics<00:03:19.959> is<00:03:20.080> finished 00:03:20.430 --> 00:03:20.440 align:start position:0% water. And the Amazon Basics is finished 00:03:20.440 --> 00:03:22.070 align:start position:0% water. And the Amazon Basics is finished in<00:03:20.519> a<00:03:20.560> minute<00:03:20.800> and<00:03:20.920> 28<00:03:21.320> seconds<00:03:21.720> or<00:03:21.800> about<00:03:22.040> a 00:03:22.070 --> 00:03:22.080 align:start position:0% in a minute and 28 seconds or about a 00:03:22.080 --> 00:03:24.070 align:start position:0% in a minute and 28 seconds or about a minute<00:03:22.360> faster.<00:03:23.040> I'll<00:03:23.160> continue<00:03:23.480> to<00:03:23.600> toss<00:03:23.920> out 00:03:24.070 --> 00:03:24.080 align:start position:0% minute faster. I'll continue to toss out 00:03:24.080 --> 00:03:25.949 align:start position:0% minute faster. I'll continue to toss out the<00:03:24.160> first<00:03:24.440> 2<00:03:24.600> cups<00:03:25.280> and<00:03:25.400> I'll<00:03:25.519> filter<00:03:25.800> two 00:03:25.949 --> 00:03:25.959 align:start position:0% the first 2 cups and I'll filter two 00:03:25.959 --> 00:03:27.270 align:start position:0% the first 2 cups and I'll filter two more<00:03:26.120> cups<00:03:26.400> of<00:03:26.480> water<00:03:26.720> that<00:03:26.840> have<00:03:27.000> the<00:03:27.120> high 00:03:27.270 --> 00:03:27.280 align:start position:0% more cups of water that have the high 00:03:27.280 --> 00:03:29.550 align:start position:0% more cups of water that have the high copper<00:03:27.680> levels.<00:03:28.239> And<00:03:28.400> 72<00:03:28.880> parts<00:03:29.160> per<00:03:29.280> million 00:03:29.550 --> 00:03:29.560 align:start position:0% copper levels. And 72 parts per million 00:03:29.560 --> 00:03:31.070 align:start position:0% copper levels. And 72 parts per million is<00:03:29.720> a<00:03:29.760> little<00:03:29.920> bit<00:03:30.040> higher<00:03:30.320> than<00:03:30.480> the<00:03:30.560> Pure. 00:03:31.070 --> 00:03:31.080 align:start position:0% is a little bit higher than the Pure. 00:03:31.080 --> 00:03:32.550 align:start position:0% is a little bit higher than the Pure. After<00:03:31.360> adding<00:03:31.600> the<00:03:31.680> reagent,<00:03:32.120> there<00:03:32.239> appears 00:03:32.550 --> 00:03:32.560 align:start position:0% After adding the reagent, there appears 00:03:32.560 --> 00:03:33.990 align:start position:0% After adding the reagent, there appears to<00:03:32.640> be<00:03:32.760> quite<00:03:32.959> a<00:03:33.000> bit<00:03:33.120> of<00:03:33.200> copper<00:03:33.519> remaining<00:03:33.920> in 00:03:33.990 --> 00:03:34.000 align:start position:0% to be quite a bit of copper remaining in 00:03:34.000 --> 00:03:35.590 align:start position:0% to be quite a bit of copper remaining in this<00:03:34.200> water.<00:03:34.760> And<00:03:34.920> the<00:03:34.959> results<00:03:35.360> from<00:03:35.480> the 00:03:35.590 --> 00:03:35.600 align:start position:0% this water. And the results from the 00:03:35.600 --> 00:03:37.710 align:start position:0% this water. And the results from the tester<00:03:35.959> show<00:03:36.160> 3.12<00:03:37.000> parts<00:03:37.280> per<00:03:37.400> million, 00:03:37.710 --> 00:03:37.720 align:start position:0% tester show 3.12 parts per million, 00:03:37.720 --> 00:03:39.070 align:start position:0% tester show 3.12 parts per million, which<00:03:37.920> is<00:03:38.000> better<00:03:38.239> than<00:03:38.360> the<00:03:38.440> Waterdrop,<00:03:38.959> but 00:03:39.070 --> 00:03:39.080 align:start position:0% which is better than the Waterdrop, but 00:03:39.080 --> 00:03:40.550 align:start position:0% which is better than the Waterdrop, but not<00:03:39.280> quite<00:03:39.480> as<00:03:39.600> good<00:03:39.760> as<00:03:39.840> the<00:03:39.959> Pure.<00:03:40.400> At<00:03:40.519> a 00:03:40.550 --> 00:03:40.560 align:start position:0% not quite as good as the Pure. At a 00:03:40.560 --> 00:03:43.430 align:start position:0% not quite as good as the Pure. At a price<00:03:40.800> of<00:03:40.880> $34,<00:03:41.760> this<00:03:42.000> Zero<00:03:42.320> Water<00:03:42.600> brand<00:03:43.160> is<00:03:43.360> a 00:03:43.430 --> 00:03:43.440 align:start position:0% price of $34, this Zero Water brand is a 00:03:43.440 --> 00:03:45.430 align:start position:0% price of $34, this Zero Water brand is a 10-cup<00:03:44.000> ready<00:03:44.160> to<00:03:44.280> pour<00:03:44.519> five-stage<00:03:45.160> water 00:03:45.430 --> 00:03:45.440 align:start position:0% 10-cup ready to pour five-stage water 00:03:45.440 --> 00:03:47.430 align:start position:0% 10-cup ready to pour five-stage water filter.<00:03:46.080> They<00:03:46.200> claim<00:03:46.480> zero<00:03:46.760> total<00:03:47.040> dissolved 00:03:47.430 --> 00:03:47.440 align:start position:0% filter. They claim zero total dissolved 00:03:47.440 --> 00:03:49.270 align:start position:0% filter. They claim zero total dissolved solids<00:03:47.760> for<00:03:47.880> improved<00:03:48.239> tap<00:03:48.480> water<00:03:48.760> taste. 00:03:49.270 --> 00:03:49.280 align:start position:0% solids for improved tap water taste. 00:03:49.280 --> 00:03:50.750 align:start position:0% solids for improved tap water taste. Just<00:03:49.480> like<00:03:49.600> the<00:03:49.680> previous<00:03:50.000> brands,<00:03:50.400> this<00:03:50.600> one 00:03:50.750 --> 00:03:50.760 align:start position:0% Just like the previous brands, this one 00:03:50.760 --> 00:03:52.830 align:start position:0% Just like the previous brands, this one is<00:03:50.880> also<00:03:51.160> certified.<00:03:51.920> The<00:03:52.000> Zero<00:03:52.239> Water<00:03:52.560> is 00:03:52.830 --> 00:03:52.840 align:start position:0% is also certified. The Zero Water is 00:03:52.840 --> 00:03:54.310 align:start position:0% is also certified. The Zero Water is assembled<00:03:53.160> in<00:03:53.240> Mexico<00:03:53.720> with<00:03:53.880> imported 00:03:54.310 --> 00:03:54.320 align:start position:0% assembled in Mexico with imported 00:03:54.320 --> 00:03:56.230 align:start position:0% assembled in Mexico with imported components.<00:03:55.080> And<00:03:55.200> the<00:03:55.240> ZeroWater<00:03:55.760> even<00:03:56.000> comes 00:03:56.230 --> 00:03:56.240 align:start position:0% components. And the ZeroWater even comes 00:03:56.240 --> 00:03:58.350 align:start position:0% components. And the ZeroWater even comes with<00:03:56.360> a<00:03:56.400> TDS<00:03:56.920> meter.<00:03:57.480> Twist<00:03:57.800> filter<00:03:58.120> into<00:03:58.280> the 00:03:58.350 --> 00:03:58.360 align:start position:0% with a TDS meter. Twist filter into the 00:03:58.360 --> 00:03:59.790 align:start position:0% with a TDS meter. Twist filter into the bottom<00:03:58.680> of<00:03:58.760> the<00:03:58.840> reservoir.<00:03:59.480> Tighten<00:03:59.720> the 00:03:59.790 --> 00:03:59.800 align:start position:0% bottom of the reservoir. Tighten the 00:03:59.800 --> 00:04:01.270 align:start position:0% bottom of the reservoir. Tighten the filter<00:04:00.160> until<00:04:00.360> there's<00:04:00.560> a<00:04:00.600> complete<00:04:01.040> seal 00:04:01.270 --> 00:04:01.280 align:start position:0% filter until there's a complete seal 00:04:01.280 --> 00:04:02.990 align:start position:0% filter until there's a complete seal between<00:04:01.600> the<00:04:01.680> filter,<00:04:02.120> blue<00:04:02.400> o-ring,<00:04:02.840> and 00:04:02.990 --> 00:04:03.000 align:start position:0% between the filter, blue o-ring, and 00:04:03.000 --> 00:04:04.910 align:start position:0% between the filter, blue o-ring, and reservoir.<00:04:03.680> Fill<00:04:03.840> reservoir<00:04:04.320> with<00:04:04.520> cool<00:04:04.800> or 00:04:04.910 --> 00:04:04.920 align:start position:0% reservoir. Fill reservoir with cool or 00:04:04.920 --> 00:04:06.949 align:start position:0% reservoir. Fill reservoir with cool or ambient<00:04:05.280> water<00:04:05.560> directly<00:04:06.000> onto<00:04:06.280> the<00:04:06.360> filter. 00:04:06.949 --> 00:04:06.959 align:start position:0% ambient water directly onto the filter. 00:04:06.959 --> 00:04:08.550 align:start position:0% ambient water directly onto the filter. Discard<00:04:07.400> the<00:04:07.480> first<00:04:07.760> two<00:04:07.920> reservoirs<00:04:08.440> of 00:04:08.550 --> 00:04:08.560 align:start position:0% Discard the first two reservoirs of 00:04:08.560 --> 00:04:10.150 align:start position:0% Discard the first two reservoirs of water<00:04:08.840> and<00:04:08.959> replace<00:04:09.360> the<00:04:09.480> lid.<00:04:09.920> With<00:04:10.080> the 00:04:10.150 --> 00:04:10.160 align:start position:0% water and replace the lid. With the 00:04:10.160 --> 00:04:11.790 align:start position:0% water and replace the lid. With the ZeroWater,<00:04:10.800> the<00:04:10.920> water<00:04:11.160> has<00:04:11.400> to<00:04:11.480> travel 00:04:11.790 --> 00:04:11.800 align:start position:0% ZeroWater, the water has to travel 00:04:11.800 --> 00:04:13.230 align:start position:0% ZeroWater, the water has to travel through<00:04:11.959> five<00:04:12.200> different<00:04:12.480> stages<00:04:12.880> before<00:04:13.120> the 00:04:13.230 --> 00:04:13.240 align:start position:0% through five different stages before the 00:04:13.240 --> 00:04:15.150 align:start position:0% through five different stages before the filtering<00:04:13.640> process<00:04:14.120> is<00:04:14.280> finished.<00:04:14.920> As<00:04:15.080> you 00:04:15.150 --> 00:04:15.160 align:start position:0% filtering process is finished. As you 00:04:15.160 --> 00:04:16.710 align:start position:0% filtering process is finished. As you might<00:04:15.360> expect,<00:04:15.760> the<00:04:15.840> ZeroWater<00:04:16.400> takes<00:04:16.640> the 00:04:16.710 --> 00:04:16.720 align:start position:0% might expect, the ZeroWater takes the 00:04:16.720 --> 00:04:18.470 align:start position:0% might expect, the ZeroWater takes the most<00:04:16.959> amount<00:04:17.200> of<00:04:17.239> time<00:04:17.560> yet<00:04:17.799> at<00:04:17.920> 2<00:04:18.040> minutes<00:04:18.359> and 00:04:18.470 --> 00:04:18.480 align:start position:0% most amount of time yet at 2 minutes and 00:04:18.480 --> 00:04:21.030 align:start position:0% most amount of time yet at 2 minutes and 48<00:04:18.880> seconds<00:04:19.239> for<00:04:19.400> two<00:04:19.600> cups<00:04:19.840> of<00:04:20.000> water.<00:04:20.400> Let's 00:04:21.030 --> 00:04:21.040 align:start position:0% 48 seconds for two cups of water. Let's 00:04:21.040 --> 00:04:22.510 align:start position:0% 48 seconds for two cups of water. Let's repeat<00:04:21.280> the<00:04:21.359> process<00:04:21.480> one<00:04:21.640> more<00:04:21.840> time.<00:04:22.400> And 00:04:22.510 --> 00:04:22.520 align:start position:0% repeat the process one more time. And 00:04:22.520 --> 00:04:24.070 align:start position:0% repeat the process one more time. And the<00:04:22.600> ZeroWater<00:04:23.160> is<00:04:23.280> at<00:04:23.400> zero<00:04:23.680> parts<00:04:23.960> per 00:04:24.070 --> 00:04:24.080 align:start position:0% the ZeroWater is at zero parts per 00:04:24.080 --> 00:04:25.470 align:start position:0% the ZeroWater is at zero parts per million<00:04:24.320> of<00:04:24.400> total<00:04:24.640> dissolved<00:04:25.000> solids,<00:04:25.400> the 00:04:25.470 --> 00:04:25.480 align:start position:0% million of total dissolved solids, the 00:04:25.480 --> 00:04:27.350 align:start position:0% million of total dissolved solids, the lowest<00:04:25.800> number<00:04:26.120> yet.<00:04:26.440> The<00:04:26.560> water<00:04:26.800> test<00:04:27.080> strip 00:04:27.350 --> 00:04:27.360 align:start position:0% lowest number yet. The water test strip 00:04:27.360 --> 00:04:28.790 align:start position:0% lowest number yet. The water test strip is<00:04:27.480> showing<00:04:27.760> that<00:04:27.880> there's<00:04:28.080> no<00:04:28.240> detectable 00:04:28.790 --> 00:04:28.800 align:start position:0% is showing that there's no detectable 00:04:28.800 --> 00:04:30.310 align:start position:0% is showing that there's no detectable amounts<00:04:29.080> of<00:04:29.160> copper<00:04:29.520> in<00:04:29.600> the<00:04:29.720> ZeroWater's 00:04:30.310 --> 00:04:30.320 align:start position:0% amounts of copper in the ZeroWater's 00:04:30.320 --> 00:04:32.030 align:start position:0% amounts of copper in the ZeroWater's filtered<00:04:30.680> water.<00:04:31.080> And<00:04:31.200> the<00:04:31.280> ZeroWater<00:04:31.840> took 00:04:32.030 --> 00:04:32.040 align:start position:0% filtered water. And the ZeroWater took 00:04:32.040 --> 00:04:33.630 align:start position:0% filtered water. And the ZeroWater took some<00:04:32.200> really<00:04:32.440> contaminated<00:04:33.040> water<00:04:33.320> down<00:04:33.520> to 00:04:33.630 --> 00:04:33.640 align:start position:0% some really contaminated water down to 00:04:33.640 --> 00:04:36.150 align:start position:0% some really contaminated water down to only<00:04:33.840> 0.07<00:04:35.040> parts<00:04:35.320> per<00:04:35.400> million<00:04:35.680> of<00:04:35.760> copper. 00:04:36.150 --> 00:04:36.160 align:start position:0% only 0.07 parts per million of copper. 00:04:36.160 --> 00:04:38.150 align:start position:0% only 0.07 parts per million of copper. Very<00:04:36.640> impressive.<00:04:37.400> This<00:04:37.600> is<00:04:37.720> definitely<00:04:38.080> a 00:04:38.150 --> 00:04:38.160 align:start position:0% Very impressive. This is definitely a 00:04:38.160 --> 00:04:39.750 align:start position:0% Very impressive. This is definitely a safe<00:04:38.480> number<00:04:38.760> and<00:04:38.880> the<00:04:38.919> drinking<00:04:39.280> water<00:04:39.600> is 00:04:39.750 --> 00:04:39.760 align:start position:0% safe number and the drinking water is 00:04:39.760 --> 00:04:42.110 align:start position:0% safe number and the drinking water is safe.<00:04:40.240> At<00:04:40.320> a<00:04:40.360> price<00:04:40.600> of<00:04:40.680> $41,<00:04:41.520> is<00:04:41.640> this<00:04:41.800> Brita 00:04:42.110 --> 00:04:42.120 align:start position:0% safe. At a price of $41, is this Brita 00:04:42.120 --> 00:04:44.630 align:start position:0% safe. At a price of $41, is this Brita filter?<00:04:42.680> It's<00:04:42.800> supposed<00:04:43.120> to<00:04:43.160> remove<00:04:43.520> 99%<00:04:44.440> lead 00:04:44.630 --> 00:04:44.640 align:start position:0% filter? It's supposed to remove 99% lead 00:04:44.640 --> 00:04:46.150 align:start position:0% filter? It's supposed to remove 99% lead and<00:04:44.760> a<00:04:44.800> whole<00:04:44.919> bunch<00:04:45.120> of<00:04:45.200> other<00:04:45.400> chemicals.<00:04:46.040> It 00:04:46.150 --> 00:04:46.160 align:start position:0% and a whole bunch of other chemicals. It 00:04:46.160 --> 00:04:48.270 align:start position:0% and a whole bunch of other chemicals. It has<00:04:46.320> a<00:04:46.400> 10-cup<00:04:46.840> capacity.<00:04:47.640> The<00:04:47.720> water<00:04:47.960> filter 00:04:48.270 --> 00:04:48.280 align:start position:0% has a 10-cup capacity. The water filter 00:04:48.280 --> 00:04:49.990 align:start position:0% has a 10-cup capacity. The water filter is<00:04:48.360> supposed<00:04:48.640> to<00:04:48.720> last<00:04:48.960> 6<00:04:49.200> months.<00:04:49.760> It's<00:04:49.960> a 00:04:49.990 --> 00:04:50.000 align:start position:0% is supposed to last 6 months. It's a 00:04:50.000 --> 00:04:51.630 align:start position:0% is supposed to last 6 months. It's a product<00:04:50.360> of<00:04:50.440> the<00:04:50.520> Dominican<00:04:51.040> Republic<00:04:51.480> with 00:04:51.630 --> 00:04:51.640 align:start position:0% product of the Dominican Republic with 00:04:51.640 --> 00:04:53.430 align:start position:0% product of the Dominican Republic with global<00:04:51.919> materials.<00:04:52.600> The<00:04:52.680> ZeroWater<00:04:53.160> filter 00:04:53.430 --> 00:04:53.440 align:start position:0% global materials. The ZeroWater filter 00:04:53.440 --> 00:04:54.830 align:start position:0% global materials. The ZeroWater filter is<00:04:53.560> on<00:04:53.680> the<00:04:53.760> right<00:04:54.080> and<00:04:54.200> the<00:04:54.240> Brita<00:04:54.480> is<00:04:54.600> on<00:04:54.720> the 00:04:54.830 --> 00:04:54.840 align:start position:0% is on the right and the Brita is on the 00:04:54.840 --> 00:04:56.510 align:start position:0% is on the right and the Brita is on the left.<00:04:55.120> There's<00:04:55.280> a<00:04:55.360> huge<00:04:55.720> difference<00:04:56.120> in<00:04:56.240> size 00:04:56.510 --> 00:04:56.520 align:start position:0% left. There's a huge difference in size 00:04:56.520 --> 00:04:58.550 align:start position:0% left. There's a huge difference in size between<00:04:56.880> the<00:04:56.960> two<00:04:57.160> filters.<00:04:57.880> Press<00:04:58.120> firmly<00:04:58.440> to 00:04:58.550 --> 00:04:58.560 align:start position:0% between the two filters. Press firmly to 00:04:58.560 --> 00:05:00.390 align:start position:0% between the two filters. Press firmly to ensure<00:04:58.840> that<00:04:59.000> the<00:04:59.080> filter<00:04:59.400> is<00:04:59.560> secure.<00:05:00.120> Go<00:05:00.280> and 00:05:00.390 --> 00:05:00.400 align:start position:0% ensure that the filter is secure. Go and 00:05:00.400 --> 00:05:02.350 align:start position:0% ensure that the filter is secure. Go and add<00:05:00.600> cold<00:05:00.880> tap<00:05:01.120> water.<00:05:01.680> Pour<00:05:01.840> out<00:05:01.960> the<00:05:02.080> first 00:05:02.350 --> 00:05:02.360 align:start position:0% add cold tap water. Pour out the first 00:05:02.360 --> 00:05:04.030 align:start position:0% add cold tap water. Pour out the first three<00:05:02.560> pitchers<00:05:02.919> of<00:05:03.040> water.<00:05:03.520> Brita<00:05:03.760> has<00:05:03.960> a 00:05:04.030 --> 00:05:04.040 align:start position:0% three pitchers of water. Brita has a 00:05:04.040 --> 00:05:05.630 align:start position:0% three pitchers of water. Brita has a much<00:05:04.240> smaller<00:05:04.560> filter<00:05:04.840> than<00:05:05.000> the<00:05:05.080> ZeroWater 00:05:05.630 --> 00:05:05.640 align:start position:0% much smaller filter than the ZeroWater 00:05:05.640 --> 00:05:07.150 align:start position:0% much smaller filter than the ZeroWater and<00:05:05.760> it's<00:05:05.880> also<00:05:06.160> filtering<00:05:06.600> water<00:05:06.880> a<00:05:06.919> lot 00:05:07.150 --> 00:05:07.160 align:start position:0% and it's also filtering water a lot 00:05:07.160 --> 00:05:08.870 align:start position:0% and it's also filtering water a lot faster.<00:05:07.800> This<00:05:07.960> is<00:05:08.080> probably<00:05:08.560> the<00:05:08.640> most 00:05:08.870 --> 00:05:08.880 align:start position:0% faster. This is probably the most 00:05:08.880 --> 00:05:11.070 align:start position:0% faster. This is probably the most popular<00:05:09.280> water<00:05:09.520> filter<00:05:09.800> brand<00:05:10.160> in<00:05:10.240> the<00:05:10.360> US. 00:05:11.070 --> 00:05:11.080 align:start position:0% popular water filter brand in the US. 00:05:11.080 --> 00:05:12.710 align:start position:0% popular water filter brand in the US. The<00:05:11.160> question<00:05:11.520> is,<00:05:11.800> is<00:05:11.960> it<00:05:12.080> the<00:05:12.160> best<00:05:12.480> water 00:05:12.710 --> 00:05:12.720 align:start position:0% The question is, is it the best water 00:05:12.720 --> 00:05:14.270 align:start position:0% The question is, is it the best water filter?<00:05:13.280> And<00:05:13.400> the<00:05:13.480> Brita<00:05:13.720> is<00:05:13.880> finished<00:05:14.200> in 00:05:14.270 --> 00:05:14.280 align:start position:0% filter? And the Brita is finished in 00:05:14.280 --> 00:05:15.909 align:start position:0% filter? And the Brita is finished in about<00:05:14.480> a<00:05:14.560> minute<00:05:14.840> and<00:05:14.960> 30<00:05:15.240> seconds,<00:05:15.640> which<00:05:15.800> is 00:05:15.909 --> 00:05:15.919 align:start position:0% about a minute and 30 seconds, which is 00:05:15.919 --> 00:05:17.830 align:start position:0% about a minute and 30 seconds, which is pretty<00:05:16.120> fast.<00:05:16.600> Brita<00:05:17.080> feminine<00:05:17.480> name<00:05:17.720> with 00:05:17.830 --> 00:05:17.840 align:start position:0% pretty fast. Brita feminine name with 00:05:17.840 --> 00:05:19.790 align:start position:0% pretty fast. Brita feminine name with Scandinavian<00:05:18.520> and<00:05:18.640> Germanic<00:05:19.120> origins<00:05:19.600> and<00:05:19.720> it 00:05:19.790 --> 00:05:19.800 align:start position:0% Scandinavian and Germanic origins and it 00:05:19.800 --> 00:05:21.950 align:start position:0% Scandinavian and Germanic origins and it means<00:05:20.040> exalted<00:05:20.480> one,<00:05:20.760> strength<00:05:21.160> or<00:05:21.240> high<00:05:21.520> one. 00:05:21.950 --> 00:05:21.960 align:start position:0% means exalted one, strength or high one. 00:05:21.960 --> 00:05:23.710 align:start position:0% means exalted one, strength or high one. And<00:05:22.120> the<00:05:22.160> Brita<00:05:22.480> is<00:05:22.680> at<00:05:22.800> 73<00:05:23.320> parts<00:05:23.600> per 00:05:23.710 --> 00:05:23.720 align:start position:0% And the Brita is at 73 parts per 00:05:23.720 --> 00:05:25.150 align:start position:0% And the Brita is at 73 parts per million,<00:05:24.040> but<00:05:24.160> the<00:05:24.240> question<00:05:24.560> remains,<00:05:25.040> is 00:05:25.150 --> 00:05:25.160 align:start position:0% million, but the question remains, is 00:05:25.160 --> 00:05:26.710 align:start position:0% million, but the question remains, is that<00:05:25.360> copper<00:05:25.720> or<00:05:25.800> did<00:05:25.960> the<00:05:26.040> filter<00:05:26.360> exchange 00:05:26.710 --> 00:05:26.720 align:start position:0% that copper or did the filter exchange 00:05:26.720 --> 00:05:28.390 align:start position:0% that copper or did the filter exchange the<00:05:26.800> copper<00:05:27.160> for<00:05:27.320> something<00:05:27.760> else?<00:05:28.280> And 00:05:28.390 --> 00:05:28.400 align:start position:0% the copper for something else? And 00:05:28.400 --> 00:05:29.630 align:start position:0% the copper for something else? And there's<00:05:28.560> definitely<00:05:28.919> a<00:05:28.960> lot<00:05:29.120> of<00:05:29.200> copper<00:05:29.520> in 00:05:29.630 --> 00:05:29.640 align:start position:0% there's definitely a lot of copper in 00:05:29.640 --> 00:05:31.430 align:start position:0% there's definitely a lot of copper in this<00:05:29.880> water<00:05:30.160> as<00:05:30.320> it<00:05:30.440> now<00:05:30.600> looks<00:05:30.840> purple.<00:05:31.320> And 00:05:31.430 --> 00:05:31.440 align:start position:0% this water as it now looks purple. And 00:05:31.440 --> 00:05:33.230 align:start position:0% this water as it now looks purple. And the<00:05:31.560> tester<00:05:31.880> is<00:05:32.000> completely<00:05:32.480> pegged<00:05:32.840> at<00:05:32.960> five 00:05:33.230 --> 00:05:33.240 align:start position:0% the tester is completely pegged at five 00:05:33.240 --> 00:05:35.710 align:start position:0% the tester is completely pegged at five parts<00:05:33.560> per<00:05:33.680> million.<00:05:34.240> At<00:05:34.320> a<00:05:34.360> price<00:05:34.600> of<00:05:34.680> $52,<00:05:35.600> is 00:05:35.710 --> 00:05:35.720 align:start position:0% parts per million. At a price of $52, is 00:05:35.720 --> 00:05:37.630 align:start position:0% parts per million. At a price of $52, is this<00:05:35.919> LifeStraw<00:05:36.480> brand?<00:05:37.040> The<00:05:37.160> pitcher<00:05:37.440> has<00:05:37.600> a 00:05:37.630 --> 00:05:37.640 align:start position:0% this LifeStraw brand? The pitcher has a 00:05:37.640 --> 00:05:39.670 align:start position:0% this LifeStraw brand? The pitcher has a capacity<00:05:38.200> of<00:05:38.360> seven<00:05:38.680> cups.<00:05:39.280> They<00:05:39.360> claim<00:05:39.560> the 00:05:39.670 --> 00:05:39.680 align:start position:0% capacity of seven cups. They claim the 00:05:39.680 --> 00:05:42.150 align:start position:0% capacity of seven cups. They claim the filter<00:05:39.960> will<00:05:40.080> last<00:05:40.360> for<00:05:40.480> 264<00:05:41.360> gallons<00:05:41.800> or<00:05:41.919> 1 00:05:42.150 --> 00:05:42.160 align:start position:0% filter will last for 264 gallons or 1 00:05:42.160 --> 00:05:43.990 align:start position:0% filter will last for 264 gallons or 1 year.<00:05:42.560> The<00:05:42.680> activated<00:05:43.120> carbon<00:05:43.480> plus<00:05:43.760> ion 00:05:43.990 --> 00:05:44.000 align:start position:0% year. The activated carbon plus ion 00:05:44.000 --> 00:05:45.950 align:start position:0% year. The activated carbon plus ion exchange<00:05:44.400> cartridges<00:05:44.840> last<00:05:45.080> 40<00:05:45.320> gallons. 00:05:45.950 --> 00:05:45.960 align:start position:0% exchange cartridges last 40 gallons. 00:05:45.960 --> 00:05:47.470 align:start position:0% exchange cartridges last 40 gallons. They<00:05:46.040> claim<00:05:46.240> it<00:05:46.320> reduces<00:05:46.720> chlorine,<00:05:47.200> lead, 00:05:47.470 --> 00:05:47.480 align:start position:0% They claim it reduces chlorine, lead, 00:05:47.480 --> 00:05:48.990 align:start position:0% They claim it reduces chlorine, lead, and<00:05:47.600> a<00:05:47.640> whole<00:05:47.760> bunch<00:05:47.960> of<00:05:48.080> other<00:05:48.240> chemicals. 00:05:48.990 --> 00:05:49.000 align:start position:0% and a whole bunch of other chemicals. 00:05:49.000 --> 00:05:50.310 align:start position:0% and a whole bunch of other chemicals. They<00:05:49.120> also<00:05:49.360> claim<00:05:49.600> protection<00:05:50.040> against 00:05:50.310 --> 00:05:50.320 align:start position:0% They also claim protection against 00:05:50.320 --> 00:05:51.910 align:start position:0% They also claim protection against bacteria<00:05:50.800> and<00:05:50.880> parasites.<00:05:51.760> And<00:05:51.880> the 00:05:51.910 --> 00:05:51.920 align:start position:0% bacteria and parasites. And the 00:05:51.920 --> 00:05:54.070 align:start position:0% bacteria and parasites. And the Lifestraw<00:05:52.520> is<00:05:52.680> made<00:05:52.920> in<00:05:53.040> South<00:05:53.320> Korea.<00:05:53.880> Rinse 00:05:54.070 --> 00:05:54.080 align:start position:0% Lifestraw is made in South Korea. Rinse 00:05:54.080 --> 00:05:55.830 align:start position:0% Lifestraw is made in South Korea. Rinse the<00:05:54.160> carbon<00:05:54.520> filter<00:05:54.800> under<00:05:55.000> cold<00:05:55.200> water<00:05:55.480> for<00:05:55.640> 1 00:05:55.830 --> 00:05:55.840 align:start position:0% the carbon filter under cold water for 1 00:05:55.840 --> 00:05:57.390 align:start position:0% the carbon filter under cold water for 1 minute.<00:05:56.160> Put<00:05:56.280> the<00:05:56.360> filter<00:05:56.680> housing<00:05:57.040> back<00:05:57.280> in 00:05:57.390 --> 00:05:57.400 align:start position:0% minute. Put the filter housing back in 00:05:57.400 --> 00:05:59.030 align:start position:0% minute. Put the filter housing back in the<00:05:57.480> pitcher<00:05:57.880> and<00:05:58.040> run<00:05:58.240> one<00:05:58.440> batch<00:05:58.720> of<00:05:58.800> water 00:05:59.030 --> 00:05:59.040 align:start position:0% the pitcher and run one batch of water 00:05:59.040 --> 00:06:00.550 align:start position:0% the pitcher and run one batch of water through<00:05:59.240> the<00:05:59.320> filter.<00:05:59.880> Remove<00:06:00.160> the<00:06:00.240> filter 00:06:00.550 --> 00:06:00.560 align:start position:0% through the filter. Remove the filter 00:06:00.560 --> 00:06:02.590 align:start position:0% through the filter. Remove the filter housing<00:06:00.920> and<00:06:01.080> pat<00:06:01.280> dry.<00:06:01.760> Pull<00:06:01.920> down<00:06:02.200> and<00:06:02.320> twist 00:06:02.590 --> 00:06:02.600 align:start position:0% housing and pat dry. Pull down and twist 00:06:02.600 --> 00:06:04.150 align:start position:0% housing and pat dry. Pull down and twist the<00:06:02.680> bottom<00:06:02.960> cap<00:06:03.240> of<00:06:03.320> the<00:06:03.400> filter<00:06:03.680> housing<00:06:04.040> to 00:06:04.150 --> 00:06:04.160 align:start position:0% the bottom cap of the filter housing to 00:06:04.160 --> 00:06:06.190 align:start position:0% the bottom cap of the filter housing to remove.<00:06:04.760> Install<00:06:05.160> carbon<00:06:05.520> filter<00:06:05.920> into<00:06:06.120> the 00:06:06.190 --> 00:06:06.200 align:start position:0% remove. Install carbon filter into the 00:06:06.200 --> 00:06:08.070 align:start position:0% remove. Install carbon filter into the housing<00:06:06.600> cap.<00:06:07.080> Press<00:06:07.320> cap<00:06:07.600> back<00:06:07.840> onto 00:06:08.070 --> 00:06:08.080 align:start position:0% housing cap. Press cap back onto 00:06:08.080 --> 00:06:09.750 align:start position:0% housing cap. Press cap back onto housing.<00:06:08.680> They<00:06:08.800> don't<00:06:09.000> call<00:06:09.200> this<00:06:09.360> system<00:06:09.680> the 00:06:09.750 --> 00:06:09.760 align:start position:0% housing. They don't call this system the 00:06:09.760 --> 00:06:11.710 align:start position:0% housing. They don't call this system the Lifestraw<00:06:10.240> for<00:06:10.400> nothing.<00:06:10.880> After<00:06:11.120> 6<00:06:11.400> minutes, 00:06:11.710 --> 00:06:11.720 align:start position:0% Lifestraw for nothing. After 6 minutes, 00:06:11.720 --> 00:06:13.550 align:start position:0% Lifestraw for nothing. After 6 minutes, I<00:06:11.800> stopped<00:06:12.120> the<00:06:12.240> camera<00:06:12.800> and<00:06:12.920> we're<00:06:13.040> now<00:06:13.240> back 00:06:13.550 --> 00:06:13.560 align:start position:0% I stopped the camera and we're now back 00:06:13.560 --> 00:06:15.190 align:start position:0% I stopped the camera and we're now back at<00:06:13.640> 33<00:06:14.080> minutes<00:06:14.440> and<00:06:14.560> the<00:06:14.640> Lifestraw<00:06:15.040> is 00:06:15.190 --> 00:06:15.200 align:start position:0% at 33 minutes and the Lifestraw is 00:06:15.200 --> 00:06:16.790 align:start position:0% at 33 minutes and the Lifestraw is finally<00:06:15.520> finished<00:06:15.800> filtering<00:06:16.240> two<00:06:16.400> cups<00:06:16.680> of 00:06:16.790 --> 00:06:16.800 align:start position:0% finally finished filtering two cups of 00:06:16.800 --> 00:06:18.190 align:start position:0% finally finished filtering two cups of water.<00:06:17.240> Let's<00:06:17.400> go<00:06:17.520> ahead<00:06:17.640> and<00:06:17.720> filter<00:06:18.040> two 00:06:18.190 --> 00:06:18.200 align:start position:0% water. Let's go ahead and filter two 00:06:18.200 --> 00:06:20.150 align:start position:0% water. Let's go ahead and filter two more<00:06:18.400> cups<00:06:18.680> of<00:06:18.800> water.<00:06:19.280> Lifestraw<00:06:19.760> uses<00:06:20.080> a 00:06:20.150 --> 00:06:20.160 align:start position:0% more cups of water. Lifestraw uses a 00:06:20.160 --> 00:06:22.190 align:start position:0% more cups of water. Lifestraw uses a microfiltration<00:06:21.200> membrane,<00:06:21.720> activated 00:06:22.190 --> 00:06:22.200 align:start position:0% microfiltration membrane, activated 00:06:22.200 --> 00:06:24.150 align:start position:0% microfiltration membrane, activated carbon,<00:06:22.640> and<00:06:22.880> ion<00:06:23.160> exchange.<00:06:23.960> And<00:06:24.080> the 00:06:24.150 --> 00:06:24.160 align:start position:0% carbon, and ion exchange. And the 00:06:24.160 --> 00:06:26.150 align:start position:0% carbon, and ion exchange. And the Lifestraw<00:06:24.600> is<00:06:24.680> showing<00:06:25.000> around<00:06:25.280> 28<00:06:25.720> parts<00:06:26.000> per 00:06:26.150 --> 00:06:26.160 align:start position:0% Lifestraw is showing around 28 parts per 00:06:26.160 --> 00:06:28.070 align:start position:0% Lifestraw is showing around 28 parts per million.<00:06:26.680> Since<00:06:26.880> this<00:06:27.040> filter<00:06:27.360> does<00:06:27.640> use<00:06:27.880> ion 00:06:28.070 --> 00:06:28.080 align:start position:0% million. Since this filter does use ion 00:06:28.080 --> 00:06:29.750 align:start position:0% million. Since this filter does use ion exchange,<00:06:28.640> is<00:06:28.800> there<00:06:28.919> still<00:06:29.200> copper<00:06:29.560> in<00:06:29.680> the 00:06:29.750 --> 00:06:29.760 align:start position:0% exchange, is there still copper in the 00:06:29.760 --> 00:06:31.230 align:start position:0% exchange, is there still copper in the water?<00:06:30.280> Is<00:06:30.400> it<00:06:30.520> possible<00:06:30.919> that<00:06:31.040> those 00:06:31.230 --> 00:06:31.240 align:start position:0% water? Is it possible that those 00:06:31.240 --> 00:06:33.310 align:start position:0% water? Is it possible that those dissolved<00:06:31.640> solids<00:06:32.040> are<00:06:32.120> now<00:06:32.320> safer<00:06:32.800> ions<00:06:33.080> such 00:06:33.310 --> 00:06:33.320 align:start position:0% dissolved solids are now safer ions such 00:06:33.320 --> 00:06:35.150 align:start position:0% dissolved solids are now safer ions such as<00:06:33.440> sodium?<00:06:34.080> And<00:06:34.160> the<00:06:34.240> Lifestraw<00:06:34.680> did<00:06:34.840> a<00:06:34.880> great 00:06:35.150 --> 00:06:35.160 align:start position:0% as sodium? And the Lifestraw did a great 00:06:35.160 --> 00:06:37.630 align:start position:0% as sodium? And the Lifestraw did a great job<00:06:35.400> of<00:06:35.480> removing<00:06:35.800> the<00:06:35.880> copper<00:06:36.280> at<00:06:36.400> only<00:06:36.560> 0.03 00:06:37.630 --> 00:06:37.640 align:start position:0% job of removing the copper at only 0.03 00:06:37.640 --> 00:06:39.710 align:start position:0% job of removing the copper at only 0.03 parts<00:06:37.919> per<00:06:38.040> million.<00:06:38.360> Very<00:06:38.840> impressive.<00:06:39.560> At<00:06:39.680> a 00:06:39.710 --> 00:06:39.720 align:start position:0% parts per million. Very impressive. At a 00:06:39.720 --> 00:06:42.230 align:start position:0% parts per million. Very impressive. At a price<00:06:39.960> of<00:06:40.080> $70,<00:06:40.800> is<00:06:40.919> this<00:06:41.120> AquaGear<00:06:41.680> brand. 00:06:42.230 --> 00:06:42.240 align:start position:0% price of $70, is this AquaGear brand. 00:06:42.240 --> 00:06:43.710 align:start position:0% price of $70, is this AquaGear brand. They<00:06:42.320> claim<00:06:42.560> it<00:06:42.640> removes<00:06:43.000> 20<00:06:43.240> times<00:06:43.560> more 00:06:43.710 --> 00:06:43.720 align:start position:0% They claim it removes 20 times more 00:06:43.720 --> 00:06:45.550 align:start position:0% They claim it removes 20 times more contaminants<00:06:44.280> than<00:06:44.400> a<00:06:44.440> traditional<00:06:45.080> pitcher. 00:06:45.550 --> 00:06:45.560 align:start position:0% contaminants than a traditional pitcher. 00:06:45.560 --> 00:06:47.270 align:start position:0% contaminants than a traditional pitcher. They<00:06:45.680> claim<00:06:45.919> third-party<00:06:46.520> tested<00:06:46.919> to<00:06:47.000> filter 00:06:47.270 --> 00:06:47.280 align:start position:0% They claim third-party tested to filter 00:06:47.280 --> 00:06:49.110 align:start position:0% They claim third-party tested to filter lead<00:06:47.560> and<00:06:47.680> chlorine.<00:06:48.360> They<00:06:48.480> also<00:06:48.720> claim<00:06:49.000> that 00:06:49.110 --> 00:06:49.120 align:start position:0% lead and chlorine. They also claim that 00:06:49.120 --> 00:06:50.630 align:start position:0% lead and chlorine. They also claim that it<00:06:49.200> keeps<00:06:49.440> the<00:06:49.520> good<00:06:49.760> minerals<00:06:50.160> in.<00:06:50.560> They 00:06:50.630 --> 00:06:50.640 align:start position:0% it keeps the good minerals in. They 00:06:50.640 --> 00:06:52.430 align:start position:0% it keeps the good minerals in. They claim<00:06:50.840> the<00:06:50.919> filter<00:06:51.200> is<00:06:51.280> supposed<00:06:51.600> to<00:06:51.640> last<00:06:51.880> 120 00:06:52.430 --> 00:06:52.440 align:start position:0% claim the filter is supposed to last 120 00:06:52.440 --> 00:06:54.030 align:start position:0% claim the filter is supposed to last 120 gallons<00:06:52.840> or<00:06:52.919> three<00:06:53.120> times<00:06:53.440> longer<00:06:53.680> than<00:06:53.840> most 00:06:54.030 --> 00:06:54.040 align:start position:0% gallons or three times longer than most 00:06:54.040 --> 00:06:55.990 align:start position:0% gallons or three times longer than most standard<00:06:54.400> filters.<00:06:55.040> And<00:06:55.120> the<00:06:55.200> AquaGear<00:06:55.800> is 00:06:55.990 --> 00:06:56.000 align:start position:0% standard filters. And the AquaGear is 00:06:56.000 --> 00:06:58.070 align:start position:0% standard filters. And the AquaGear is made<00:06:56.320> in<00:06:56.400> the<00:06:56.520> USA.<00:06:57.320> Attach<00:06:57.720> or<00:06:57.800> hold<00:06:58.000> the 00:06:58.070 --> 00:06:58.080 align:start position:0% made in the USA. Attach or hold the 00:06:58.080 --> 00:06:59.950 align:start position:0% made in the USA. Attach or hold the flushing<00:06:58.480> assembly<00:06:58.919> to<00:06:59.080> the<00:06:59.160> faucet.<00:06:59.760> Run 00:06:59.950 --> 00:06:59.960 align:start position:0% flushing assembly to the faucet. Run 00:06:59.960 --> 00:07:01.390 align:start position:0% flushing assembly to the faucet. Run water<00:07:00.200> for<00:07:00.320> 2<00:07:00.520> minutes<00:07:00.800> through<00:07:00.919> the<00:07:01.000> filter 00:07:01.390 --> 00:07:01.400 align:start position:0% water for 2 minutes through the filter 00:07:01.400 --> 00:07:02.830 align:start position:0% water for 2 minutes through the filter at<00:07:01.520> low<00:07:01.680> pressure.<00:07:02.240> Screw<00:07:02.440> the<00:07:02.560> filter 00:07:02.830 --> 00:07:02.840 align:start position:0% at low pressure. Screw the filter 00:07:02.840 --> 00:07:04.909 align:start position:0% at low pressure. Screw the filter cartridge<00:07:03.320> onto<00:07:03.520> the<00:07:03.640> reservoir<00:07:04.080> securely. 00:07:04.909 --> 00:07:04.919 align:start position:0% cartridge onto the reservoir securely. 00:07:04.919 --> 00:07:06.310 align:start position:0% cartridge onto the reservoir securely. Place<00:07:05.120> the<00:07:05.200> reservoir<00:07:05.640> into<00:07:05.800> the<00:07:05.880> pitcher<00:07:06.200> and 00:07:06.310 --> 00:07:06.320 align:start position:0% Place the reservoir into the pitcher and 00:07:06.320 --> 00:07:07.990 align:start position:0% Place the reservoir into the pitcher and secure<00:07:06.640> the<00:07:06.720> lid<00:07:06.919> on<00:07:07.040> top<00:07:07.320> of<00:07:07.400> the<00:07:07.480> pitcher. 00:07:07.990 --> 00:07:08.000 align:start position:0% secure the lid on top of the pitcher. 00:07:08.000 --> 00:07:09.550 align:start position:0% secure the lid on top of the pitcher. The<00:07:08.120> AquaGear<00:07:08.560> is<00:07:08.680> quite<00:07:08.880> a<00:07:08.919> bit<00:07:09.080> faster<00:07:09.440> than 00:07:09.550 --> 00:07:09.560 align:start position:0% The AquaGear is quite a bit faster than 00:07:09.560 --> 00:07:11.630 align:start position:0% The AquaGear is quite a bit faster than the<00:07:09.640> Lifestraw<00:07:10.120> at<00:07:10.240> around<00:07:10.480> 3<00:07:10.720> minutes<00:07:11.040> and<00:07:11.160> 43 00:07:11.630 --> 00:07:11.640 align:start position:0% the Lifestraw at around 3 minutes and 43 00:07:11.640 --> 00:07:13.550 align:start position:0% the Lifestraw at around 3 minutes and 43 seconds<00:07:12.040> for<00:07:12.200> two<00:07:12.360> cups<00:07:12.640> of<00:07:12.760> water.<00:07:13.200> I<00:07:13.320> had<00:07:13.480> to 00:07:13.550 --> 00:07:13.560 align:start position:0% seconds for two cups of water. I had to 00:07:13.560 --> 00:07:15.350 align:start position:0% seconds for two cups of water. I had to condition<00:07:14.000> the<00:07:14.120> AquaFilter<00:07:14.720> using<00:07:15.000> my<00:07:15.120> home 00:07:15.350 --> 00:07:15.360 align:start position:0% condition the AquaFilter using my home 00:07:15.360 --> 00:07:17.710 align:start position:0% condition the AquaFilter using my home tap<00:07:15.680> water,<00:07:16.000> which<00:07:16.200> is<00:07:16.280> around<00:07:16.560> 250<00:07:17.280> parts<00:07:17.560> per 00:07:17.710 --> 00:07:17.720 align:start position:0% tap water, which is around 250 parts per 00:07:17.720 --> 00:07:19.030 align:start position:0% tap water, which is around 250 parts per million.<00:07:18.240> This<00:07:18.360> is<00:07:18.480> definitely<00:07:18.800> going<00:07:18.960> to 00:07:19.030 --> 00:07:19.040 align:start position:0% million. This is definitely going to 00:07:19.040 --> 00:07:20.830 align:start position:0% million. This is definitely going to throw<00:07:19.280> off<00:07:19.440> the<00:07:19.560> TDS<00:07:20.040> results,<00:07:20.440> but<00:07:20.600> let's<00:07:20.760> go 00:07:20.830 --> 00:07:20.840 align:start position:0% throw off the TDS results, but let's go 00:07:20.840 --> 00:07:21.950 align:start position:0% throw off the TDS results, but let's go ahead<00:07:20.960> and<00:07:21.040> test<00:07:21.280> the<00:07:21.400> total<00:07:21.600> dissolved 00:07:21.950 --> 00:07:21.960 align:start position:0% ahead and test the total dissolved 00:07:21.960 --> 00:07:24.150 align:start position:0% ahead and test the total dissolved solids<00:07:22.360> anyway.<00:07:22.960> 92<00:07:23.440> parts<00:07:23.680> per<00:07:23.800> million<00:07:24.080> is 00:07:24.150 --> 00:07:24.160 align:start position:0% solids anyway. 92 parts per million is 00:07:24.160 --> 00:07:25.430 align:start position:0% solids anyway. 92 parts per million is pretty<00:07:24.400> high,<00:07:24.600> but<00:07:24.760> some<00:07:24.919> of<00:07:25.000> that<00:07:25.160> is<00:07:25.280> from 00:07:25.430 --> 00:07:25.440 align:start position:0% pretty high, but some of that is from 00:07:25.440 --> 00:07:27.070 align:start position:0% pretty high, but some of that is from the<00:07:25.560> tap<00:07:25.880> water.<00:07:26.320> And<00:07:26.400> the<00:07:26.520> AquaGear's 00:07:27.070 --> 00:07:27.080 align:start position:0% the tap water. And the AquaGear's 00:07:27.080 --> 00:07:28.750 align:start position:0% the tap water. And the AquaGear's filtered<00:07:27.400> water<00:07:27.680> appears<00:07:28.000> safe<00:07:28.200> to<00:07:28.320> drink<00:07:28.640> at 00:07:28.750 --> 00:07:28.760 align:start position:0% filtered water appears safe to drink at 00:07:28.760 --> 00:07:31.070 align:start position:0% filtered water appears safe to drink at only<00:07:28.919> 0.24<00:07:29.880> parts<00:07:30.200> per<00:07:30.320> million,<00:07:30.680> which<00:07:30.840> seems 00:07:31.070 --> 00:07:31.080 align:start position:0% only 0.24 parts per million, which seems 00:07:31.080 --> 00:07:33.390 align:start position:0% only 0.24 parts per million, which seems pretty<00:07:31.320> good.<00:07:31.680> At<00:07:31.800> a<00:07:31.840> price<00:07:32.040> of<00:07:32.120> $79,<00:07:33.080> is<00:07:33.200> this 00:07:33.390 --> 00:07:33.400 align:start position:0% pretty good. At a price of $79, is this 00:07:33.400 --> 00:07:34.950 align:start position:0% pretty good. At a price of $79, is this Epic<00:07:33.720> Water<00:07:34.000> brand.<00:07:34.560> They<00:07:34.640> claim<00:07:34.880> it 00:07:34.950 --> 00:07:34.960 align:start position:0% Epic Water brand. They claim it 00:07:34.960 --> 00:07:37.830 align:start position:0% Epic Water brand. They claim it eliminates<00:07:35.480> 99.9%<00:07:36.760> of<00:07:36.840> contaminants.<00:07:37.720> They 00:07:37.830 --> 00:07:37.840 align:start position:0% eliminates 99.9% of contaminants. They 00:07:37.840 --> 00:07:39.590 align:start position:0% eliminates 99.9% of contaminants. They claim<00:07:38.040> it<00:07:38.120> removes<00:07:38.480> 2,000%<00:07:39.440> more 00:07:39.590 --> 00:07:39.600 align:start position:0% claim it removes 2,000% more 00:07:39.600 --> 00:07:41.230 align:start position:0% claim it removes 2,000% more contaminants<00:07:40.200> than<00:07:40.360> leading<00:07:40.640> water<00:07:40.919> filter 00:07:41.230 --> 00:07:41.240 align:start position:0% contaminants than leading water filter 00:07:41.240 --> 00:07:42.910 align:start position:0% contaminants than leading water filter pitchers.<00:07:41.880> It's<00:07:42.040> supposed<00:07:42.320> to<00:07:42.360> be<00:07:42.520> good<00:07:42.800> for 00:07:42.910 --> 00:07:42.920 align:start position:0% pitchers. It's supposed to be good for 00:07:42.920 --> 00:07:44.990 align:start position:0% pitchers. It's supposed to be good for 150<00:07:43.520> gallons<00:07:43.920> of<00:07:44.040> fresh<00:07:44.320> water.<00:07:44.760> They<00:07:44.840> claim 00:07:44.990 --> 00:07:45.000 align:start position:0% 150 gallons of fresh water. They claim 00:07:45.000 --> 00:07:46.310 align:start position:0% 150 gallons of fresh water. They claim it's<00:07:45.120> been<00:07:45.320> tested<00:07:45.640> against<00:07:45.960> official 00:07:46.310 --> 00:07:46.320 align:start position:0% it's been tested against official 00:07:46.320 --> 00:07:48.430 align:start position:0% it's been tested against official testing<00:07:46.760> standards.<00:07:47.440> It<00:07:47.560> has<00:07:47.720> a<00:07:47.800> capacity<00:07:48.320> of 00:07:48.430 --> 00:07:48.440 align:start position:0% testing standards. It has a capacity of 00:07:48.440 --> 00:07:49.950 align:start position:0% testing standards. It has a capacity of up<00:07:48.600> to<00:07:48.720> 10<00:07:48.960> cups.<00:07:49.520> According<00:07:49.840> to<00:07:49.880> the 00:07:49.950 --> 00:07:49.960 align:start position:0% up to 10 cups. According to the 00:07:49.960 --> 00:07:51.550 align:start position:0% up to 10 cups. According to the manufacturer,<00:07:50.600> this<00:07:50.760> filter<00:07:51.080> system<00:07:51.400> does 00:07:51.550 --> 00:07:51.560 align:start position:0% manufacturer, this filter system does 00:07:51.560 --> 00:07:53.710 align:start position:0% manufacturer, this filter system does not<00:07:51.760> remove<00:07:52.120> 100%<00:07:52.800> of<00:07:52.920> the<00:07:53.000> contaminants<00:07:53.640> in 00:07:53.710 --> 00:07:53.720 align:start position:0% not remove 100% of the contaminants in 00:07:53.720 --> 00:07:55.470 align:start position:0% not remove 100% of the contaminants in the<00:07:53.800> water.<00:07:54.240> And<00:07:54.320> the<00:07:54.440> Epic<00:07:54.680> Water<00:07:54.920> system<00:07:55.320> is 00:07:55.470 --> 00:07:55.480 align:start position:0% the water. And the Epic Water system is 00:07:55.480 --> 00:07:57.270 align:start position:0% the water. And the Epic Water system is made<00:07:55.800> in<00:07:55.880> the<00:07:56.000> USA.<00:07:56.720> I'll<00:07:56.840> go<00:07:56.920> ahead<00:07:57.040> and<00:07:57.120> fill 00:07:57.270 --> 00:07:57.280 align:start position:0% made in the USA. I'll go ahead and fill 00:07:57.280 --> 00:07:58.990 align:start position:0% made in the USA. I'll go ahead and fill the<00:07:57.400> reservoir<00:07:57.880> with<00:07:58.080> cold<00:07:58.320> tap<00:07:58.560> water<00:07:58.880> and 00:07:58.990 --> 00:07:59.000 align:start position:0% the reservoir with cold tap water and 00:07:59.000 --> 00:08:00.510 align:start position:0% the reservoir with cold tap water and let<00:07:59.120> it<00:07:59.240> filter<00:07:59.520> through<00:07:59.720> completely.<00:08:00.400> I'll 00:08:00.510 --> 00:08:00.520 align:start position:0% let it filter through completely. I'll 00:08:00.520 --> 00:08:01.630 align:start position:0% let it filter through completely. I'll go<00:08:00.600> ahead<00:08:00.720> and<00:08:00.840> throw<00:08:01.000> out<00:08:01.120> the<00:08:01.240> first<00:08:01.480> two 00:08:01.630 --> 00:08:01.640 align:start position:0% go ahead and throw out the first two 00:08:01.640 --> 00:08:03.310 align:start position:0% go ahead and throw out the first two jugs<00:08:02.000> of<00:08:02.120> filtered<00:08:02.440> water.<00:08:02.880> I<00:08:02.960> believe<00:08:03.200> that 00:08:03.310 --> 00:08:03.320 align:start position:0% jugs of filtered water. I believe that 00:08:03.320 --> 00:08:05.230 align:start position:0% jugs of filtered water. I believe that the<00:08:03.480> Epic<00:08:03.760> Water<00:08:04.000> system<00:08:04.360> uses<00:08:04.640> both<00:08:04.840> carbon 00:08:05.230 --> 00:08:05.240 align:start position:0% the Epic Water system uses both carbon 00:08:05.240 --> 00:08:07.110 align:start position:0% the Epic Water system uses both carbon as<00:08:05.360> well<00:08:05.520> as<00:08:05.600> an<00:08:05.800> ion<00:08:05.960> exchange<00:08:06.440> system.<00:08:07.000> And 00:08:07.110 --> 00:08:07.120 align:start position:0% as well as an ion exchange system. And 00:08:07.120 --> 00:08:08.710 align:start position:0% as well as an ion exchange system. And the<00:08:07.240> Epic<00:08:07.520> Water<00:08:07.800> takes<00:08:08.040> quite<00:08:08.240> a<00:08:08.280> bit<00:08:08.440> longer 00:08:08.710 --> 00:08:08.720 align:start position:0% the Epic Water takes quite a bit longer 00:08:08.720 --> 00:08:10.190 align:start position:0% the Epic Water takes quite a bit longer than<00:08:08.840> most<00:08:09.080> of<00:08:09.120> the<00:08:09.240> other<00:08:09.400> brands<00:08:09.800> at<00:08:10.000> around 00:08:10.190 --> 00:08:10.200 align:start position:0% than most of the other brands at around 00:08:10.200 --> 00:08:12.270 align:start position:0% than most of the other brands at around 5<00:08:10.480> minutes<00:08:10.760> and<00:08:10.880> 8<00:08:11.080> seconds.<00:08:11.720> According<00:08:12.160> to 00:08:12.270 --> 00:08:12.280 align:start position:0% 5 minutes and 8 seconds. According to 00:08:12.280 --> 00:08:14.070 align:start position:0% 5 minutes and 8 seconds. According to the<00:08:12.400> TDS<00:08:12.800> meter,<00:08:13.120> only<00:08:13.360> four<00:08:13.600> parts<00:08:13.919> per 00:08:14.070 --> 00:08:14.080 align:start position:0% the TDS meter, only four parts per 00:08:14.080 --> 00:08:15.830 align:start position:0% the TDS meter, only four parts per million.<00:08:14.600> The<00:08:14.720> Epic<00:08:14.960> Water<00:08:15.200> doesn't<00:08:15.600> seem<00:08:15.760> to 00:08:15.830 --> 00:08:15.840 align:start position:0% million. The Epic Water doesn't seem to 00:08:15.840 --> 00:08:17.590 align:start position:0% million. The Epic Water doesn't seem to be<00:08:15.960> experiencing<00:08:16.560> too<00:08:16.720> much<00:08:16.919> color<00:08:17.240> change 00:08:17.590 --> 00:08:17.600 align:start position:0% be experiencing too much color change 00:08:17.600 --> 00:08:19.710 align:start position:0% be experiencing too much color change with<00:08:17.720> the<00:08:17.800> reagent.<00:08:18.440> And<00:08:18.560> 0.26<00:08:19.360> parts<00:08:19.600> per 00:08:19.710 --> 00:08:19.720 align:start position:0% with the reagent. And 0.26 parts per 00:08:19.720 --> 00:08:21.070 align:start position:0% with the reagent. And 0.26 parts per million<00:08:19.960> of<00:08:20.040> copper<00:08:20.360> should<00:08:20.560> be<00:08:20.680> safe<00:08:20.960> to 00:08:21.070 --> 00:08:21.080 align:start position:0% million of copper should be safe to 00:08:21.080 --> 00:08:23.150 align:start position:0% million of copper should be safe to drink.<00:08:21.560> At<00:08:21.640> a<00:08:21.680> price<00:08:21.919> of<00:08:22.040> $80,<00:08:22.600> is<00:08:22.720> this<00:08:22.880> Sante 00:08:23.150 --> 00:08:23.160 align:start position:0% drink. At a price of $80, is this Sante 00:08:23.160 --> 00:08:24.790 align:start position:0% drink. At a price of $80, is this Sante Shay<00:08:23.320> brand.<00:08:23.919> They<00:08:24.000> claim<00:08:24.240> it's<00:08:24.360> a<00:08:24.440> pH 00:08:24.790 --> 00:08:24.800 align:start position:0% Shay brand. They claim it's a pH 00:08:24.800 --> 00:08:26.909 align:start position:0% Shay brand. They claim it's a pH enhancing<00:08:25.240> filtration<00:08:25.880> system.<00:08:26.520> Designed<00:08:26.840> to 00:08:26.909 --> 00:08:26.919 align:start position:0% enhancing filtration system. Designed to 00:08:26.919 --> 00:08:28.510 align:start position:0% enhancing filtration system. Designed to remove<00:08:27.280> lead,<00:08:27.520> mercury,<00:08:27.880> asbestos,<00:08:28.440> and 00:08:28.510 --> 00:08:28.520 align:start position:0% remove lead, mercury, asbestos, and 00:08:28.520 --> 00:08:30.390 align:start position:0% remove lead, mercury, asbestos, and chromium<00:08:28.960> and<00:08:29.080> several<00:08:29.400> other<00:08:29.560> contaminants. 00:08:30.390 --> 00:08:30.400 align:start position:0% chromium and several other contaminants. 00:08:30.400 --> 00:08:31.830 align:start position:0% chromium and several other contaminants. Water<00:08:30.640> has<00:08:30.800> to<00:08:30.919> pass<00:08:31.160> through<00:08:31.320> both<00:08:31.600> water 00:08:31.830 --> 00:08:31.840 align:start position:0% Water has to pass through both water 00:08:31.840 --> 00:08:33.149 align:start position:0% Water has to pass through both water filters<00:08:32.200> for<00:08:32.320> several<00:08:32.640> minutes<00:08:33.000> under 00:08:33.149 --> 00:08:33.159 align:start position:0% filters for several minutes under 00:08:33.159 --> 00:08:34.870 align:start position:0% filters for several minutes under pressure<00:08:33.520> from<00:08:33.719> a<00:08:33.800> faucet.<00:08:34.400> It's<00:08:34.520> supposed<00:08:34.800> to 00:08:34.870 --> 00:08:34.880 align:start position:0% pressure from a faucet. It's supposed to 00:08:34.880 --> 00:08:37.390 align:start position:0% pressure from a faucet. It's supposed to enhance<00:08:35.240> the<00:08:35.320> pH<00:08:35.800> up<00:08:35.919> to<00:08:36.000> 9.5.<00:08:37.080> They<00:08:37.200> claim<00:08:37.360> a 00:08:37.390 --> 00:08:37.400 align:start position:0% enhance the pH up to 9.5. They claim a 00:08:37.400 --> 00:08:39.950 align:start position:0% enhance the pH up to 9.5. They claim a capacity<00:08:37.919> of<00:08:38.000> 64<00:08:38.479> oz<00:08:38.840> or<00:08:39.000> 8<00:08:39.159> cups.<00:08:39.760> And<00:08:39.880> the 00:08:39.950 --> 00:08:39.960 align:start position:0% capacity of 64 oz or 8 cups. And the 00:08:39.960 --> 00:08:42.230 align:start position:0% capacity of 64 oz or 8 cups. And the Sante<00:08:40.200> Shay<00:08:40.400> is<00:08:40.680> made<00:08:41.000> in<00:08:41.120> USA.<00:08:41.880> The<00:08:42.000> Sante 00:08:42.230 --> 00:08:42.240 align:start position:0% Sante Shay is made in USA. The Sante 00:08:42.240 --> 00:08:43.550 align:start position:0% Sante Shay is made in USA. The Sante Shay<00:08:42.440> seems<00:08:42.680> to<00:08:42.719> be<00:08:42.840> making<00:08:43.200> a<00:08:43.240> little<00:08:43.400> bit 00:08:43.550 --> 00:08:43.560 align:start position:0% Shay seems to be making a little bit 00:08:43.560 --> 00:08:45.430 align:start position:0% Shay seems to be making a little bit faster<00:08:43.919> progress<00:08:44.320> than<00:08:44.440> the<00:08:44.600> Epic<00:08:44.880> Water.<00:08:45.360> And 00:08:45.430 --> 00:08:45.440 align:start position:0% faster progress than the Epic Water. And 00:08:45.440 --> 00:08:47.070 align:start position:0% faster progress than the Epic Water. And the<00:08:45.520> Sante<00:08:45.760> Shay<00:08:45.920> is<00:08:46.040> finished<00:08:46.360> in<00:08:46.520> just<00:08:46.880> over 00:08:47.070 --> 00:08:47.080 align:start position:0% the Sante Shay is finished in just over 00:08:47.080 --> 00:08:49.110 align:start position:0% the Sante Shay is finished in just over 4<00:08:47.360> minutes.<00:08:47.880> I<00:08:48.000> did<00:08:48.240> have<00:08:48.400> to<00:08:48.480> condition<00:08:48.920> both 00:08:49.110 --> 00:08:49.120 align:start position:0% 4 minutes. I did have to condition both 00:08:49.120 --> 00:08:50.910 align:start position:0% 4 minutes. I did have to condition both filters<00:08:49.480> using<00:08:49.720> tap<00:08:50.040> water,<00:08:50.320> which<00:08:50.520> has<00:08:50.720> over 00:08:50.910 --> 00:08:50.920 align:start position:0% filters using tap water, which has over 00:08:50.920 --> 00:08:53.150 align:start position:0% filters using tap water, which has over 250<00:08:51.560> parts<00:08:51.880> per<00:08:52.040> million.<00:08:52.480> So,<00:08:52.600> the<00:08:52.720> TDS 00:08:53.150 --> 00:08:53.160 align:start position:0% 250 parts per million. So, the TDS 00:08:53.160 --> 00:08:55.670 align:start position:0% 250 parts per million. So, the TDS results<00:08:53.560> are<00:08:53.640> no<00:08:53.800> surprise<00:08:54.320> at<00:08:54.400> 138<00:08:55.240> parts<00:08:55.560> per 00:08:55.670 --> 00:08:55.680 align:start position:0% results are no surprise at 138 parts per 00:08:55.680 --> 00:08:57.190 align:start position:0% results are no surprise at 138 parts per million.<00:08:56.200> And<00:08:56.360> the<00:08:56.400> Sante<00:08:56.680> Shay<00:08:56.839> is<00:08:56.960> also 00:08:57.190 --> 00:08:57.200 align:start position:0% million. And the Sante Shay is also 00:08:57.200 --> 00:08:59.750 align:start position:0% million. And the Sante Shay is also delivering<00:08:57.640> safe<00:08:57.880> drinking<00:08:58.240> water<00:08:58.520> at<00:08:58.680> 0.72 00:08:59.750 --> 00:08:59.760 align:start position:0% delivering safe drinking water at 0.72 00:08:59.760 --> 00:09:01.510 align:start position:0% delivering safe drinking water at 0.72 parts<00:09:00.080> per<00:09:00.200> million.<00:09:00.800> At<00:09:00.920> a<00:09:00.960> price<00:09:01.200> of<00:09:01.280> around 00:09:01.510 --> 00:09:01.520 align:start position:0% parts per million. At a price of around 00:09:01.520 --> 00:09:03.829 align:start position:0% parts per million. At a price of around $100,<00:09:02.200> is<00:09:02.320> this<00:09:02.480> Clearly<00:09:02.880> Filtered<00:09:03.320> brand. 00:09:03.829 --> 00:09:03.839 align:start position:0% $100, is this Clearly Filtered brand. 00:09:03.839 --> 00:09:05.750 align:start position:0% $100, is this Clearly Filtered brand. They<00:09:03.920> claim<00:09:04.120> it<00:09:04.200> targets<00:09:04.560> 365<00:09:05.520> plus 00:09:05.750 --> 00:09:05.760 align:start position:0% They claim it targets 365 plus 00:09:05.760 --> 00:09:07.590 align:start position:0% They claim it targets 365 plus contaminants.<00:09:06.640> They<00:09:06.720> specifically<00:09:07.280> mention 00:09:07.590 --> 00:09:07.600 align:start position:0% contaminants. They specifically mention 00:09:07.600 --> 00:09:09.230 align:start position:0% contaminants. They specifically mention fluoride<00:09:08.000> and<00:09:08.120> chlorine.<00:09:08.720> It's<00:09:08.880> supposed<00:09:09.200> to 00:09:09.230 --> 00:09:09.240 align:start position:0% fluoride and chlorine. It's supposed to 00:09:09.240 --> 00:09:11.910 align:start position:0% fluoride and chlorine. It's supposed to remove<00:09:09.680> up<00:09:09.800> to<00:09:10.000> 99.9%.<00:09:11.480> They<00:09:11.600> claim<00:09:11.800> that 00:09:11.910 --> 00:09:11.920 align:start position:0% remove up to 99.9%. They claim that 00:09:11.920 --> 00:09:13.470 align:start position:0% remove up to 99.9%. They claim that their<00:09:12.080> filter<00:09:12.320> is<00:09:12.400> supposed<00:09:12.640> to<00:09:12.720> last<00:09:12.960> for<00:09:13.080> 100 00:09:13.470 --> 00:09:13.480 align:start position:0% their filter is supposed to last for 100 00:09:13.480 --> 00:09:15.190 align:start position:0% their filter is supposed to last for 100 gallons.<00:09:14.120> Third<00:09:14.320> party<00:09:14.640> independently 00:09:15.190 --> 00:09:15.200 align:start position:0% gallons. Third party independently 00:09:15.200 --> 00:09:17.190 align:start position:0% gallons. Third party independently tested<00:09:15.600> to<00:09:15.640> comply<00:09:16.040> with<00:09:16.240> NSF<00:09:16.760> and<00:09:16.880> ANSI 00:09:17.190 --> 00:09:17.200 align:start position:0% tested to comply with NSF and ANSI 00:09:17.200 --> 00:09:18.950 align:start position:0% tested to comply with NSF and ANSI standards.<00:09:17.880> Remove<00:09:18.080> the<00:09:18.160> protective<00:09:18.600> sticker 00:09:18.950 --> 00:09:18.960 align:start position:0% standards. Remove the protective sticker 00:09:18.960 --> 00:09:20.829 align:start position:0% standards. Remove the protective sticker covering<00:09:19.280> the<00:09:19.360> filter's<00:09:19.760> intake<00:09:20.160> holes.<00:09:20.600> Flip 00:09:20.829 --> 00:09:20.839 align:start position:0% covering the filter's intake holes. Flip 00:09:20.839 --> 00:09:22.470 align:start position:0% covering the filter's intake holes. Flip the<00:09:20.920> priming<00:09:21.280> bag<00:09:21.520> upside<00:09:21.920> down<00:09:22.240> so<00:09:22.360> the 00:09:22.470 --> 00:09:22.480 align:start position:0% the priming bag upside down so the 00:09:22.480 --> 00:09:24.390 align:start position:0% the priming bag upside down so the priming<00:09:22.800> disc<00:09:23.120> is<00:09:23.240> facing<00:09:23.600> the<00:09:23.720> faucet.<00:09:24.200> Hold 00:09:24.390 --> 00:09:24.400 align:start position:0% priming disc is facing the faucet. Hold 00:09:24.400 --> 00:09:25.990 align:start position:0% priming disc is facing the faucet. Hold the<00:09:24.480> disc<00:09:24.760> below<00:09:25.000> the<00:09:25.120> faucet<00:09:25.560> and<00:09:25.720> fill<00:09:25.920> the 00:09:25.990 --> 00:09:26.000 align:start position:0% the disc below the faucet and fill the 00:09:26.000 --> 00:09:27.750 align:start position:0% the disc below the faucet and fill the priming<00:09:26.360> bag<00:09:26.600> with<00:09:26.720> cold<00:09:27.000> water.<00:09:27.480> Once<00:09:27.680> the 00:09:27.750 --> 00:09:27.760 align:start position:0% priming bag with cold water. Once the 00:09:27.760 --> 00:09:29.310 align:start position:0% priming bag with cold water. Once the bag<00:09:28.000> is<00:09:28.120> full,<00:09:28.360> twist<00:09:28.600> the<00:09:28.680> threaded<00:09:29.000> base<00:09:29.200> on 00:09:29.310 --> 00:09:29.320 align:start position:0% bag is full, twist the threaded base on 00:09:29.320 --> 00:09:31.110 align:start position:0% bag is full, twist the threaded base on the<00:09:29.400> filter<00:09:29.760> onto<00:09:30.000> the<00:09:30.120> disc<00:09:30.440> until<00:09:30.720> snug<00:09:31.040> to 00:09:31.110 --> 00:09:31.120 align:start position:0% the filter onto the disc until snug to 00:09:31.120 --> 00:09:32.910 align:start position:0% the filter onto the disc until snug to create<00:09:31.360> a<00:09:31.440> seal<00:09:31.680> between<00:09:32.040> the<00:09:32.160> two.<00:09:32.600> Flip<00:09:32.800> the 00:09:32.910 --> 00:09:32.920 align:start position:0% create a seal between the two. Flip the 00:09:32.920 --> 00:09:34.550 align:start position:0% create a seal between the two. Flip the bag<00:09:33.200> right<00:09:33.400> side<00:09:33.680> up<00:09:33.839> so<00:09:33.960> the<00:09:34.080> filter<00:09:34.360> is 00:09:34.550 --> 00:09:34.560 align:start position:0% bag right side up so the filter is 00:09:34.560 --> 00:09:36.150 align:start position:0% bag right side up so the filter is oriented<00:09:34.960> beneath<00:09:35.280> the<00:09:35.360> bag.<00:09:35.760> Forcefully 00:09:36.150 --> 00:09:36.160 align:start position:0% oriented beneath the bag. Forcefully 00:09:36.160 --> 00:09:37.870 align:start position:0% oriented beneath the bag. Forcefully squeeze<00:09:36.440> the<00:09:36.520> bag<00:09:36.760> with<00:09:36.920> both<00:09:37.160> hands<00:09:37.480> to<00:09:37.600> force 00:09:37.870 --> 00:09:37.880 align:start position:0% squeeze the bag with both hands to force 00:09:37.880 --> 00:09:39.550 align:start position:0% squeeze the bag with both hands to force water<00:09:38.160> out<00:09:38.320> of<00:09:38.360> the<00:09:38.440> filter.<00:09:39.040> And<00:09:39.160> the<00:09:39.240> Clearly 00:09:39.550 --> 00:09:39.560 align:start position:0% water out of the filter. And the Clearly 00:09:39.560 --> 00:09:41.750 align:start position:0% water out of the filter. And the Clearly Filtered<00:09:39.920> System<00:09:40.320> is<00:09:40.480> made<00:09:40.760> in<00:09:40.840> the<00:09:40.960> USA.<00:09:41.680> The 00:09:41.750 --> 00:09:41.760 align:start position:0% Filtered System is made in the USA. The 00:09:41.760 --> 00:09:43.390 align:start position:0% Filtered System is made in the USA. The Clearly<00:09:42.080> Filtered<00:09:42.440> Water<00:09:42.680> System<00:09:43.040> is<00:09:43.160> quite<00:09:43.360> a 00:09:43.390 --> 00:09:43.400 align:start position:0% Clearly Filtered Water System is quite a 00:09:43.400 --> 00:09:44.870 align:start position:0% Clearly Filtered Water System is quite a bit<00:09:43.560> slower<00:09:43.840> than<00:09:44.000> average<00:09:44.360> and<00:09:44.480> is<00:09:44.560> finally 00:09:44.870 --> 00:09:44.880 align:start position:0% bit slower than average and is finally 00:09:44.880 --> 00:09:46.630 align:start position:0% bit slower than average and is finally finished<00:09:45.200> in<00:09:45.280> around<00:09:45.560> 13<00:09:46.000> minutes<00:09:46.280> for<00:09:46.440> two 00:09:46.630 --> 00:09:46.640 align:start position:0% finished in around 13 minutes for two 00:09:46.640 --> 00:09:48.430 align:start position:0% finished in around 13 minutes for two cups<00:09:46.920> of<00:09:47.040> water.<00:09:47.520> We<00:09:47.640> just<00:09:47.880> finished<00:09:48.160> running 00:09:48.430 --> 00:09:48.440 align:start position:0% cups of water. We just finished running 00:09:48.440 --> 00:09:49.750 align:start position:0% cups of water. We just finished running another<00:09:48.800> two<00:09:48.960> cups<00:09:49.200> of<00:09:49.320> water<00:09:49.520> through<00:09:49.680> the 00:09:49.750 --> 00:09:49.760 align:start position:0% another two cups of water through the 00:09:49.760 --> 00:09:51.510 align:start position:0% another two cups of water through the filter<00:09:50.120> and<00:09:50.240> there's<00:09:50.400> a<00:09:50.440> total<00:09:50.760> of<00:09:50.840> 60<00:09:51.200> parts 00:09:51.510 --> 00:09:51.520 align:start position:0% filter and there's a total of 60 parts 00:09:51.520 --> 00:09:53.310 align:start position:0% filter and there's a total of 60 parts per<00:09:51.680> million<00:09:51.960> of<00:09:52.080> total<00:09:52.320> dissolved<00:09:52.760> solids. 00:09:53.310 --> 00:09:53.320 align:start position:0% per million of total dissolved solids. 00:09:53.320 --> 00:09:54.830 align:start position:0% per million of total dissolved solids. Some<00:09:53.520> of<00:09:53.600> that<00:09:53.760> might<00:09:53.960> be<00:09:54.080> sodium<00:09:54.520> or<00:09:54.640> some 00:09:54.830 --> 00:09:54.840 align:start position:0% Some of that might be sodium or some 00:09:54.840 --> 00:09:56.630 align:start position:0% Some of that might be sodium or some other<00:09:55.040> exchanged<00:09:55.600> ion.<00:09:56.160> And<00:09:56.280> the<00:09:56.360> Clearly 00:09:56.630 --> 00:09:56.640 align:start position:0% other exchanged ion. And the Clearly 00:09:56.640 --> 00:09:58.390 align:start position:0% other exchanged ion. And the Clearly Filtered<00:09:57.000> Water<00:09:57.240> System<00:09:57.560> did<00:09:57.720> a<00:09:57.760> great<00:09:58.040> job<00:09:58.320> at 00:09:58.390 --> 00:09:58.400 align:start position:0% Filtered Water System did a great job at 00:09:58.400 --> 00:10:00.790 align:start position:0% Filtered Water System did a great job at only<00:09:58.560> 0.05<00:09:59.760> parts<00:10:00.040> per<00:10:00.160> million,<00:10:00.480> which<00:10:00.680> is 00:10:00.790 --> 00:10:00.800 align:start position:0% only 0.05 parts per million, which is 00:10:00.800 --> 00:10:02.270 align:start position:0% only 0.05 parts per million, which is safe<00:10:01.040> to<00:10:01.120> drink.<00:10:01.520> At<00:10:01.600> a<00:10:01.640> price<00:10:01.880> of<00:10:01.960> around 00:10:02.270 --> 00:10:02.280 align:start position:0% safe to drink. At a price of around 00:10:02.280 --> 00:10:05.190 align:start position:0% safe to drink. At a price of around $270,<00:10:03.400> is<00:10:03.520> this<00:10:03.760> Drio<00:10:04.160> Reverse<00:10:04.600> Osmosis 00:10:05.190 --> 00:10:05.200 align:start position:0% $270, is this Drio Reverse Osmosis 00:10:05.200 --> 00:10:07.110 align:start position:0% $270, is this Drio Reverse Osmosis Countertop<00:10:05.800> System.<00:10:06.400> What's<00:10:06.560> nice<00:10:06.760> about<00:10:07.000> the 00:10:07.110 --> 00:10:07.120 align:start position:0% Countertop System. What's nice about the 00:10:07.120 --> 00:10:08.790 align:start position:0% Countertop System. What's nice about the Drio<00:10:07.440> is<00:10:07.560> that<00:10:07.720> you<00:10:07.800> do<00:10:07.960> not<00:10:08.200> have<00:10:08.360> to<00:10:08.440> hook<00:10:08.640> up 00:10:08.790 --> 00:10:08.800 align:start position:0% Drio is that you do not have to hook up 00:10:08.800 --> 00:10:10.230 align:start position:0% Drio is that you do not have to hook up any<00:10:08.960> sort<00:10:09.160> of<00:10:09.240> water<00:10:09.520> lines.<00:10:10.040> It's<00:10:10.200> a 00:10:10.230 --> 00:10:10.240 align:start position:0% any sort of water lines. It's a 00:10:10.240 --> 00:10:12.350 align:start position:0% any sort of water lines. It's a seven-stage<00:10:10.880> reverse<00:10:11.200> osmosis<00:10:11.760> water<00:10:12.040> filter 00:10:12.350 --> 00:10:12.360 align:start position:0% seven-stage reverse osmosis water filter 00:10:12.360 --> 00:10:14.350 align:start position:0% seven-stage reverse osmosis water filter system.<00:10:12.960> The<00:10:13.040> reverse<00:10:13.360> osmosis<00:10:13.920> membrane 00:10:14.350 --> 00:10:14.360 align:start position:0% system. The reverse osmosis membrane 00:10:14.360 --> 00:10:16.910 align:start position:0% system. The reverse osmosis membrane filters<00:10:14.720> down<00:10:14.920> to<00:10:15.040> 0.0001 00:10:16.910 --> 00:10:16.920 align:start position:0% filters down to 0.0001 00:10:16.920 --> 00:10:18.750 align:start position:0% filters down to 0.0001 microns.<00:10:17.720> They<00:10:17.800> claim<00:10:18.000> to<00:10:18.120> remove<00:10:18.520> up<00:10:18.640> to 00:10:18.750 --> 00:10:18.760 align:start position:0% microns. They claim to remove up to 00:10:18.760 --> 00:10:21.830 align:start position:0% microns. They claim to remove up to 99.9%<00:10:20.160> of<00:10:20.240> a<00:10:20.320> thousand<00:10:20.720> plus<00:10:20.960> contaminants. 00:10:21.830 --> 00:10:21.840 align:start position:0% 99.9% of a thousand plus contaminants. 00:10:21.840 --> 00:10:23.710 align:start position:0% 99.9% of a thousand plus contaminants. It's<00:10:22.000> very<00:10:22.240> simple,<00:10:22.640> you<00:10:22.760> plug<00:10:23.040> it<00:10:23.160> in,<00:10:23.400> flush 00:10:23.710 --> 00:10:23.720 align:start position:0% It's very simple, you plug it in, flush 00:10:23.720 --> 00:10:25.670 align:start position:0% It's very simple, you plug it in, flush twice,<00:10:24.120> and<00:10:24.240> enjoy<00:10:24.560> purified<00:10:25.160> water.<00:10:25.600> They 00:10:25.670 --> 00:10:25.680 align:start position:0% twice, and enjoy purified water. They 00:10:25.680 --> 00:10:26.870 align:start position:0% twice, and enjoy purified water. They claim<00:10:25.880> that<00:10:26.040> the<00:10:26.120> filters<00:10:26.480> that<00:10:26.600> come<00:10:26.720> with 00:10:26.870 --> 00:10:26.880 align:start position:0% claim that the filters that come with 00:10:26.880 --> 00:10:29.790 align:start position:0% claim that the filters that come with this<00:10:27.040> kit<00:10:27.240> can<00:10:27.400> purify<00:10:27.920> up<00:10:28.040> to<00:10:28.160> 1,050<00:10:29.160> gallons. 00:10:29.790 --> 00:10:29.800 align:start position:0% this kit can purify up to 1,050 gallons. 00:10:29.800 --> 00:10:31.710 align:start position:0% this kit can purify up to 1,050 gallons. And<00:10:29.960> the<00:10:30.040> Drio<00:10:30.400> is<00:10:30.560> made<00:10:30.800> in<00:10:30.920> China.<00:10:31.440> Fill<00:10:31.600> the 00:10:31.710 --> 00:10:31.720 align:start position:0% And the Drio is made in China. Fill the 00:10:31.720 --> 00:10:33.510 align:start position:0% And the Drio is made in China. Fill the water<00:10:31.960> tank<00:10:32.280> only<00:10:32.520> with<00:10:32.720> fresh<00:10:32.960> tap<00:10:33.240> water 00:10:33.510 --> 00:10:33.520 align:start position:0% water tank only with fresh tap water 00:10:33.520 --> 00:10:35.670 align:start position:0% water tank only with fresh tap water just<00:10:33.840> below<00:10:34.120> the<00:10:34.240> max<00:10:34.520> water<00:10:34.840> line.<00:10:35.320> Place<00:10:35.560> the 00:10:35.670 --> 00:10:35.680 align:start position:0% just below the max water line. Place the 00:10:35.680 --> 00:10:37.790 align:start position:0% just below the max water line. Place the raw<00:10:35.880> water<00:10:36.120> tank<00:10:36.440> in<00:10:36.520> position.<00:10:37.320> The<00:10:37.440> system 00:10:37.790 --> 00:10:37.800 align:start position:0% raw water tank in position. The system 00:10:37.800 --> 00:10:39.470 align:start position:0% raw water tank in position. The system automatically<00:10:38.360> flushes<00:10:38.840> and<00:10:38.960> refills<00:10:39.400> the 00:10:39.470 --> 00:10:39.480 align:start position:0% automatically flushes and refills the 00:10:39.480 --> 00:10:41.190 align:start position:0% automatically flushes and refills the pure<00:10:39.720> water<00:10:40.000> pitcher.<00:10:40.480> The<00:10:40.560> Drio<00:10:40.839> is<00:10:40.920> making 00:10:41.190 --> 00:10:41.200 align:start position:0% pure water pitcher. The Drio is making 00:10:41.200 --> 00:10:42.430 align:start position:0% pure water pitcher. The Drio is making pretty<00:10:41.440> quick<00:10:41.680> progress<00:10:42.080> and<00:10:42.200> I'm<00:10:42.280> not 00:10:42.430 --> 00:10:42.440 align:start position:0% pretty quick progress and I'm not 00:10:42.440 --> 00:10:44.310 align:start position:0% pretty quick progress and I'm not entirely<00:10:42.880> sure<00:10:43.080> when<00:10:43.240> we<00:10:43.360> reach<00:10:43.600> two<00:10:43.760> cups. 00:10:44.310 --> 00:10:44.320 align:start position:0% entirely sure when we reach two cups. 00:10:44.320 --> 00:10:45.670 align:start position:0% entirely sure when we reach two cups. So,<00:10:44.520> I'll<00:10:44.640> go<00:10:44.720> ahead<00:10:44.839> and<00:10:44.920> stop<00:10:45.120> the<00:10:45.240> test<00:10:45.560> at 00:10:45.670 --> 00:10:45.680 align:start position:0% So, I'll go ahead and stop the test at 00:10:45.680 --> 00:10:47.430 align:start position:0% So, I'll go ahead and stop the test at two<00:10:45.839> minutes.<00:10:46.360> And<00:10:46.480> the<00:10:46.560> Drio<00:10:46.839> filtered<00:10:47.200> three 00:10:47.430 --> 00:10:47.440 align:start position:0% two minutes. And the Drio filtered three 00:10:47.440 --> 00:10:48.910 align:start position:0% two minutes. And the Drio filtered three cups<00:10:47.720> in<00:10:47.839> two<00:10:48.000> minutes,<00:10:48.280> which<00:10:48.440> works<00:10:48.680> out<00:10:48.839> to 00:10:48.910 --> 00:10:48.920 align:start position:0% cups in two minutes, which works out to 00:10:48.920 --> 00:10:51.070 align:start position:0% cups in two minutes, which works out to around<00:10:49.200> a<00:10:49.240> minute<00:10:49.480> 20<00:10:49.800> seconds<00:10:50.200> for<00:10:50.360> two<00:10:50.560> cups. 00:10:51.070 --> 00:10:51.080 align:start position:0% around a minute 20 seconds for two cups. 00:10:51.080 --> 00:10:52.630 align:start position:0% around a minute 20 seconds for two cups. And<00:10:51.200> the<00:10:51.280> Drio<00:10:51.560> is<00:10:51.680> showing<00:10:51.960> zero<00:10:52.240> parts<00:10:52.520> per 00:10:52.630 --> 00:10:52.640 align:start position:0% And the Drio is showing zero parts per 00:10:52.640 --> 00:10:54.430 align:start position:0% And the Drio is showing zero parts per million<00:10:52.960> of<00:10:53.040> total<00:10:53.280> dissolved<00:10:53.720> solids.<00:10:54.360> The 00:10:54.430 --> 00:10:54.440 align:start position:0% million of total dissolved solids. The 00:10:54.440 --> 00:10:55.990 align:start position:0% million of total dissolved solids. The Drio<00:10:54.760> also<00:10:55.000> removed<00:10:55.360> just<00:10:55.600> about<00:10:55.839> all<00:10:55.920> the 00:10:55.990 --> 00:10:56.000 align:start position:0% Drio also removed just about all the 00:10:56.000 --> 00:10:58.829 align:start position:0% Drio also removed just about all the copper<00:10:56.440> at<00:10:56.600> 0.04<00:10:57.760> parts<00:10:58.040> per<00:10:58.200> million.<00:10:58.720> And 00:10:58.829 --> 00:10:58.839 align:start position:0% copper at 0.04 parts per million. And 00:10:58.839 --> 00:11:00.110 align:start position:0% copper at 0.04 parts per million. And the<00:10:58.880> most<00:10:59.120> expensive<00:10:59.600> system<00:10:59.920> we'll<00:11:00.040> be 00:11:00.110 --> 00:11:00.120 align:start position:0% the most expensive system we'll be 00:11:00.120 --> 00:11:02.430 align:start position:0% the most expensive system we'll be testing<00:11:00.520> costs<00:11:00.800> about<00:11:01.040> $300<00:11:01.880> and<00:11:01.960> is<00:11:02.040> made<00:11:02.280> by 00:11:02.430 --> 00:11:02.440 align:start position:0% testing costs about $300 and is made by 00:11:02.440 --> 00:11:04.470 align:start position:0% testing costs about $300 and is made by MegaHome.<00:11:03.080> Unlike<00:11:03.440> the<00:11:03.560> other<00:11:03.720> systems,<00:11:04.280> this 00:11:04.470 --> 00:11:04.480 align:start position:0% MegaHome. Unlike the other systems, this 00:11:04.480 --> 00:11:06.190 align:start position:0% MegaHome. Unlike the other systems, this one<00:11:04.600> is<00:11:04.720> an<00:11:05.000> actual<00:11:05.160> water<00:11:05.440> distiller.<00:11:06.080> It 00:11:06.190 --> 00:11:06.200 align:start position:0% one is an actual water distiller. It 00:11:06.200 --> 00:11:08.670 align:start position:0% one is an actual water distiller. It distills<00:11:06.600> the<00:11:06.680> water<00:11:07.000> at<00:11:07.080> 212°<00:11:08.120> Fahrenheit. 00:11:08.670 --> 00:11:08.680 align:start position:0% distills the water at 212° Fahrenheit. 00:11:08.680 --> 00:11:10.910 align:start position:0% distills the water at 212° Fahrenheit. It<00:11:08.800> takes<00:11:09.000> approximately<00:11:09.560> 5.5<00:11:10.360> hours<00:11:10.640> to<00:11:10.720> make 00:11:10.910 --> 00:11:10.920 align:start position:0% It takes approximately 5.5 hours to make 00:11:10.920 --> 00:11:12.510 align:start position:0% It takes approximately 5.5 hours to make one<00:11:11.160> gallon<00:11:11.480> of<00:11:11.560> distilled<00:11:12.000> water.<00:11:12.360> The 00:11:12.510 --> 00:11:12.520 align:start position:0% one gallon of distilled water. The 00:11:12.520 --> 00:11:14.230 align:start position:0% one gallon of distilled water. The interior<00:11:13.080> and<00:11:13.200> the<00:11:13.320> exterior<00:11:13.839> are<00:11:13.960> made<00:11:14.160> of 00:11:14.230 --> 00:11:14.240 align:start position:0% interior and the exterior are made of 00:11:14.240 --> 00:11:16.470 align:start position:0% interior and the exterior are made of 304<00:11:14.800> stainless<00:11:15.240> steel.<00:11:15.760> Water<00:11:16.040> does<00:11:16.240> not 00:11:16.470 --> 00:11:16.480 align:start position:0% 304 stainless steel. Water does not 00:11:16.480 --> 00:11:18.350 align:start position:0% 304 stainless steel. Water does not touch<00:11:16.720> plastic.<00:11:17.440> This<00:11:17.560> is<00:11:17.720> a<00:11:17.760> used<00:11:18.040> system 00:11:18.350 --> 00:11:18.360 align:start position:0% touch plastic. This is a used system 00:11:18.360 --> 00:11:20.190 align:start position:0% touch plastic. This is a used system that's<00:11:18.560> been<00:11:18.720> in<00:11:18.800> use<00:11:19.040> for<00:11:19.160> about<00:11:19.440> two<00:11:19.640> years. 00:11:20.190 --> 00:11:20.200 align:start position:0% that's been in use for about two years. 00:11:20.200 --> 00:11:21.910 align:start position:0% that's been in use for about two years. As<00:11:20.360> the<00:11:20.440> water<00:11:20.720> boils,<00:11:21.160> vapor<00:11:21.480> enters<00:11:21.720> this 00:11:21.910 --> 00:11:21.920 align:start position:0% As the water boils, vapor enters this 00:11:21.920 --> 00:11:23.510 align:start position:0% As the water boils, vapor enters this tube<00:11:22.200> and<00:11:22.320> exits<00:11:22.680> here.<00:11:23.120> Water<00:11:23.360> then 00:11:23.510 --> 00:11:23.520 align:start position:0% tube and exits here. Water then 00:11:23.520 --> 00:11:25.150 align:start position:0% tube and exits here. Water then transfers<00:11:24.040> into<00:11:24.320> a<00:11:24.360> one-gallon<00:11:24.839> glass 00:11:25.150 --> 00:11:25.160 align:start position:0% transfers into a one-gallon glass 00:11:25.160 --> 00:11:26.790 align:start position:0% transfers into a one-gallon glass pitcher.<00:11:25.640> The<00:11:25.720> system<00:11:26.080> also<00:11:26.320> includes<00:11:26.760> a 00:11:26.790 --> 00:11:26.800 align:start position:0% pitcher. The system also includes a 00:11:26.800 --> 00:11:28.870 align:start position:0% pitcher. The system also includes a charcoal<00:11:27.280> filter.<00:11:27.839> I'll<00:11:27.960> run<00:11:28.200> just<00:11:28.440> one<00:11:28.600> batch 00:11:28.870 --> 00:11:28.880 align:start position:0% charcoal filter. I'll run just one batch 00:11:28.880 --> 00:11:30.310 align:start position:0% charcoal filter. I'll run just one batch of<00:11:28.960> water<00:11:29.200> through<00:11:29.360> the<00:11:29.440> water<00:11:29.680> distiller. 00:11:30.310 --> 00:11:30.320 align:start position:0% of water through the water distiller. 00:11:30.320 --> 00:11:32.750 align:start position:0% of water through the water distiller. The<00:11:30.400> water<00:11:30.640> distiller<00:11:31.080> is<00:11:31.200> using<00:11:31.480> around<00:11:31.760> 575 00:11:32.750 --> 00:11:32.760 align:start position:0% The water distiller is using around 575 00:11:32.760 --> 00:11:33.790 align:start position:0% The water distiller is using around 575 watts,<00:11:33.120> which<00:11:33.320> is<00:11:33.400> quite<00:11:33.560> a<00:11:33.600> bit<00:11:33.720> of 00:11:33.790 --> 00:11:33.800 align:start position:0% watts, which is quite a bit of 00:11:33.800 --> 00:11:35.350 align:start position:0% watts, which is quite a bit of electricity<00:11:34.400> and<00:11:34.520> heat.<00:11:34.920> I<00:11:35.000> know<00:11:35.160> from 00:11:35.350 --> 00:11:35.360 align:start position:0% electricity and heat. I know from 00:11:35.360 --> 00:11:36.790 align:start position:0% electricity and heat. I know from experience<00:11:35.840> that<00:11:35.960> this<00:11:36.160> distiller<00:11:36.560> takes 00:11:36.790 --> 00:11:36.800 align:start position:0% experience that this distiller takes 00:11:36.800 --> 00:11:39.430 align:start position:0% experience that this distiller takes about<00:11:37.040> 5.5<00:11:37.800> hours<00:11:38.120> for<00:11:38.240> 1<00:11:38.480> gallon<00:11:38.800> of<00:11:38.920> water. 00:11:39.430 --> 00:11:39.440 align:start position:0% about 5.5 hours for 1 gallon of water. 00:11:39.440 --> 00:11:40.750 align:start position:0% about 5.5 hours for 1 gallon of water. The<00:11:39.520> water<00:11:39.720> distiller<00:11:40.200> is<00:11:40.360> the<00:11:40.400> slowest 00:11:40.750 --> 00:11:40.760 align:start position:0% The water distiller is the slowest 00:11:40.760 --> 00:11:42.390 align:start position:0% The water distiller is the slowest system<00:11:41.040> in<00:11:41.120> the<00:11:41.200> lineup<00:11:41.560> at<00:11:41.640> around<00:11:41.920> 41 00:11:42.390 --> 00:11:42.400 align:start position:0% system in the lineup at around 41 00:11:42.400 --> 00:11:44.070 align:start position:0% system in the lineup at around 41 minutes<00:11:42.680> for<00:11:42.800> 2<00:11:43.000> cups<00:11:43.280> of<00:11:43.400> water,<00:11:43.880> and<00:11:44.000> the 00:11:44.070 --> 00:11:44.080 align:start position:0% minutes for 2 cups of water, and the 00:11:44.080 --> 00:11:45.790 align:start position:0% minutes for 2 cups of water, and the distilled<00:11:44.480> water<00:11:44.760> is<00:11:44.920> at<00:11:45.040> zero<00:11:45.320> parts<00:11:45.640> per 00:11:45.790 --> 00:11:45.800 align:start position:0% distilled water is at zero parts per 00:11:45.800 --> 00:11:48.350 align:start position:0% distilled water is at zero parts per million.<00:11:46.320> There's<00:11:46.520> right<00:11:46.720> at<00:11:46.880> 0.04<00:11:47.920> parts<00:11:48.240> per 00:11:48.350 --> 00:11:48.360 align:start position:0% million. There's right at 0.04 parts per 00:11:48.360 --> 00:11:49.950 align:start position:0% million. There's right at 0.04 parts per million<00:11:48.680> of<00:11:48.800> copper,<00:11:49.120> the<00:11:49.240> same<00:11:49.480> as<00:11:49.600> the<00:11:49.680> Drip 00:11:49.950 --> 00:11:49.960 align:start position:0% million of copper, the same as the Drip 00:11:49.960 --> 00:11:51.270 align:start position:0% million of copper, the same as the Drip O.<00:11:50.280> Let's<00:11:50.480> go<00:11:50.600> ahead<00:11:50.720> and<00:11:50.800> test<00:11:51.000> the<00:11:51.080> water 00:11:51.270 --> 00:11:51.280 align:start position:0% O. Let's go ahead and test the water 00:11:51.280 --> 00:11:53.110 align:start position:0% O. Let's go ahead and test the water that's<00:11:51.480> inside<00:11:51.880> the<00:11:52.000> water<00:11:52.240> distiller,<00:11:52.960> and 00:11:53.110 --> 00:11:53.120 align:start position:0% that's inside the water distiller, and 00:11:53.120 --> 00:11:54.790 align:start position:0% that's inside the water distiller, and there's<00:11:53.240> just<00:11:53.520> under<00:11:53.720> 400<00:11:54.080> parts<00:11:54.360> per<00:11:54.480> million 00:11:54.790 --> 00:11:54.800 align:start position:0% there's just under 400 parts per million 00:11:54.800 --> 00:11:56.390 align:start position:0% there's just under 400 parts per million of<00:11:54.920> total<00:11:55.160> dissolved<00:11:55.560> solids<00:11:55.920> in<00:11:56.000> the<00:11:56.120> water 00:11:56.390 --> 00:11:56.400 align:start position:0% of total dissolved solids in the water 00:11:56.400 --> 00:11:57.750 align:start position:0% of total dissolved solids in the water that<00:11:56.560> is<00:11:56.680> still<00:11:56.920> left<00:11:57.200> and<00:11:57.320> yet<00:11:57.520> to<00:11:57.600> be 00:11:57.750 --> 00:11:57.760 align:start position:0% that is still left and yet to be 00:11:57.760 --> 00:11:59.990 align:start position:0% that is still left and yet to be distilled.<00:11:58.440> So,<00:11:58.560> the<00:11:58.680> Lifestraw<00:11:59.240> Drip<00:11:59.560> O<00:11:59.800> made 00:11:59.990 --> 00:12:00.000 align:start position:0% distilled. So, the Lifestraw Drip O made 00:12:00.000 --> 00:12:01.870 align:start position:0% distilled. So, the Lifestraw Drip O made at<00:12:00.120> home<00:12:00.360> clearly<00:12:00.720> filtered,<00:12:01.200> and<00:12:01.320> Zero<00:12:01.640> Water 00:12:01.870 --> 00:12:01.880 align:start position:0% at home clearly filtered, and Zero Water 00:12:01.880 --> 00:12:03.350 align:start position:0% at home clearly filtered, and Zero Water did<00:12:02.080> an<00:12:02.200> excellent<00:12:02.560> job<00:12:02.840> in<00:12:02.920> reducing<00:12:03.280> the 00:12:03.350 --> 00:12:03.360 align:start position:0% did an excellent job in reducing the 00:12:03.360 --> 00:12:05.630 align:start position:0% did an excellent job in reducing the copper<00:12:03.680> content<00:12:04.160> below<00:12:04.400> 0.1<00:12:05.200> parts<00:12:05.480> per 00:12:05.630 --> 00:12:05.640 align:start position:0% copper content below 0.1 parts per 00:12:05.640 --> 00:12:07.630 align:start position:0% copper content below 0.1 parts per million.<00:12:06.240> Aquagear<00:12:06.840> Epic<00:12:07.160> and<00:12:07.280> Seychelle 00:12:07.630 --> 00:12:07.640 align:start position:0% million. Aquagear Epic and Seychelle 00:12:07.640 --> 00:12:09.310 align:start position:0% million. Aquagear Epic and Seychelle reduced<00:12:07.920> the<00:12:08.000> copper<00:12:08.320> levels<00:12:08.640> below<00:12:08.840> 1<00:12:09.080> part 00:12:09.310 --> 00:12:09.320 align:start position:0% reduced the copper levels below 1 part 00:12:09.320 --> 00:12:11.030 align:start position:0% reduced the copper levels below 1 part per<00:12:09.440> million.<00:12:10.040> The<00:12:10.160> amount<00:12:10.400> of<00:12:10.520> time<00:12:10.720> a<00:12:10.800> water 00:12:11.030 --> 00:12:11.040 align:start position:0% per million. The amount of time a water 00:12:11.040 --> 00:12:12.590 align:start position:0% per million. The amount of time a water filter<00:12:11.320> takes<00:12:11.600> to<00:12:11.680> do<00:12:11.800> its<00:12:11.960> job<00:12:12.240> might<00:12:12.400> be<00:12:12.520> a 00:12:12.590 --> 00:12:12.600 align:start position:0% filter takes to do its job might be a 00:12:12.600 --> 00:12:14.390 align:start position:0% filter takes to do its job might be a factor<00:12:12.960> to<00:12:13.000> consider,<00:12:13.560> and<00:12:13.680> the<00:12:13.760> Waterdrop<00:12:14.280> is 00:12:14.390 --> 00:12:14.400 align:start position:0% factor to consider, and the Waterdrop is 00:12:14.400 --> 00:12:16.230 align:start position:0% factor to consider, and the Waterdrop is the<00:12:14.480> fastest<00:12:14.920> at<00:12:15.000> filtering<00:12:15.400> 2<00:12:15.600> cups<00:12:15.840> of<00:12:15.960> water 00:12:16.230 --> 00:12:16.240 align:start position:0% the fastest at filtering 2 cups of water 00:12:16.240 --> 00:12:18.270 align:start position:0% the fastest at filtering 2 cups of water in<00:12:16.360> very<00:12:16.640> close<00:12:16.920> to<00:12:17.040> just<00:12:17.280> 1<00:12:17.480> minute.<00:12:18.000> The<00:12:18.080> Drip 00:12:18.270 --> 00:12:18.280 align:start position:0% in very close to just 1 minute. The Drip 00:12:18.280 --> 00:12:20.070 align:start position:0% in very close to just 1 minute. The Drip O<00:12:18.320> reverse<00:12:18.720> osmosis<00:12:19.280> 1<00:12:19.440> minute<00:12:19.680> and<00:12:19.760> 20 00:12:20.070 --> 00:12:20.080 align:start position:0% O reverse osmosis 1 minute and 20 00:12:20.080 --> 00:12:21.950 align:start position:0% O reverse osmosis 1 minute and 20 seconds,<00:12:20.520> and<00:12:20.640> Amazon<00:12:21.000> Basics<00:12:21.440> is<00:12:21.560> close<00:12:21.800> to<00:12:21.920> a 00:12:21.950 --> 00:12:21.960 align:start position:0% seconds, and Amazon Basics is close to a 00:12:21.960 --> 00:12:24.070 align:start position:0% seconds, and Amazon Basics is close to a minute<00:12:22.240> and<00:12:22.360> 28<00:12:22.840> seconds.<00:12:23.520> Let's<00:12:23.720> add<00:12:23.880> 1 00:12:24.070 --> 00:12:24.080 align:start position:0% minute and 28 seconds. Let's add 1 00:12:24.080 --> 00:12:25.830 align:start position:0% minute and 28 seconds. Let's add 1 gallon<00:12:24.360> of<00:12:24.480> very<00:12:24.720> dirty<00:12:25.000> pond<00:12:25.320> water<00:12:25.520> to<00:12:25.640> 4 00:12:25.830 --> 00:12:25.840 align:start position:0% gallon of very dirty pond water to 4 00:12:25.840 --> 00:12:27.590 align:start position:0% gallon of very dirty pond water to 4 gallons<00:12:26.200> of<00:12:26.280> distilled<00:12:26.680> water.<00:12:27.120> Let's<00:12:27.320> also 00:12:27.590 --> 00:12:27.600 align:start position:0% gallons of distilled water. Let's also 00:12:27.600 --> 00:12:29.350 align:start position:0% gallons of distilled water. Let's also add<00:12:27.760> some<00:12:27.920> red<00:12:28.120> food<00:12:28.400> coloring.<00:12:28.960> Let's<00:12:29.120> also 00:12:29.350 --> 00:12:29.360 align:start position:0% add some red food coloring. Let's also 00:12:29.360 --> 00:12:31.150 align:start position:0% add some red food coloring. Let's also toss<00:12:29.640> in<00:12:29.800> some<00:12:30.040> probiotics.<00:12:30.800> Right<00:12:31.000> on<00:12:31.080> the 00:12:31.150 --> 00:12:31.160 align:start position:0% toss in some probiotics. Right on the 00:12:31.160 --> 00:12:33.110 align:start position:0% toss in some probiotics. Right on the sodium<00:12:31.480> fluoride<00:12:31.920> bottle,<00:12:32.200> it<00:12:32.320> says<00:12:32.560> toxic<00:12:33.000> if 00:12:33.110 --> 00:12:33.120 align:start position:0% sodium fluoride bottle, it says toxic if 00:12:33.120 --> 00:12:34.350 align:start position:0% sodium fluoride bottle, it says toxic if swallowed.<00:12:33.640> So,<00:12:33.760> let's<00:12:33.960> go<00:12:34.040> ahead<00:12:34.160> and<00:12:34.240> add 00:12:34.350 --> 00:12:34.360 align:start position:0% swallowed. So, let's go ahead and add 00:12:34.360 --> 00:12:35.950 align:start position:0% swallowed. So, let's go ahead and add some<00:12:34.520> sodium<00:12:34.839> fluoride<00:12:35.200> to<00:12:35.320> the<00:12:35.440> water.<00:12:35.880> The 00:12:35.950 --> 00:12:35.960 align:start position:0% some sodium fluoride to the water. The 00:12:35.960 --> 00:12:37.430 align:start position:0% some sodium fluoride to the water. The water<00:12:36.200> is<00:12:36.320> definitely<00:12:36.680> rich<00:12:36.839> in<00:12:36.960> fluoride<00:12:37.360> and 00:12:37.430 --> 00:12:37.440 align:start position:0% water is definitely rich in fluoride and 00:12:37.440 --> 00:12:39.150 align:start position:0% water is definitely rich in fluoride and has<00:12:37.560> maxed<00:12:37.920> out<00:12:38.080> the<00:12:38.160> test<00:12:38.440> strip.<00:12:38.880> Let's<00:12:39.040> see 00:12:39.150 --> 00:12:39.160 align:start position:0% has maxed out the test strip. Let's see 00:12:39.160 --> 00:12:40.670 align:start position:0% has maxed out the test strip. Let's see which<00:12:39.400> water<00:12:39.600> filters<00:12:39.920> do<00:12:40.040> the<00:12:40.160> best<00:12:40.440> job<00:12:40.600> at 00:12:40.670 --> 00:12:40.680 align:start position:0% which water filters do the best job at 00:12:40.680 --> 00:12:42.470 align:start position:0% which water filters do the best job at reducing<00:12:41.120> fluoride<00:12:41.440> content<00:12:41.960> and<00:12:42.080> improving 00:12:42.470 --> 00:12:42.480 align:start position:0% reducing fluoride content and improving 00:12:42.480 --> 00:12:43.990 align:start position:0% reducing fluoride content and improving the<00:12:42.560> appearance<00:12:42.920> of<00:12:43.000> the<00:12:43.080> water.<00:12:43.560> Let's<00:12:43.760> first 00:12:43.990 --> 00:12:44.000 align:start position:0% the appearance of the water. Let's first 00:12:44.000 --> 00:12:45.550 align:start position:0% the appearance of the water. Let's first test<00:12:44.200> the<00:12:44.280> Waterdrop<00:12:44.839> after<00:12:45.120> I<00:12:45.160> add<00:12:45.400> some 00:12:45.550 --> 00:12:45.560 align:start position:0% test the Waterdrop after I add some 00:12:45.560 --> 00:12:47.510 align:start position:0% test the Waterdrop after I add some unfiltered<00:12:46.000> water<00:12:46.280> to<00:12:46.480> a<00:12:46.560> cup.<00:12:46.920> The<00:12:47.000> Waterdrop 00:12:47.510 --> 00:12:47.520 align:start position:0% unfiltered water to a cup. The Waterdrop 00:12:47.520 --> 00:12:48.990 align:start position:0% unfiltered water to a cup. The Waterdrop is<00:12:47.680> improving<00:12:48.080> the<00:12:48.160> appearance<00:12:48.560> of<00:12:48.640> the<00:12:48.720> water 00:12:48.990 --> 00:12:49.000 align:start position:0% is improving the appearance of the water 00:12:49.000 --> 00:12:50.790 align:start position:0% is improving the appearance of the water a<00:12:49.080> little,<00:12:49.480> but<00:12:49.600> it<00:12:49.720> still<00:12:49.920> looks<00:12:50.120> pretty<00:12:50.360> red. 00:12:50.790 --> 00:12:50.800 align:start position:0% a little, but it still looks pretty red. 00:12:50.800 --> 00:12:52.790 align:start position:0% a little, but it still looks pretty red. The<00:12:50.880> Waterdrop<00:12:51.360> has<00:12:51.520> around<00:12:51.800> 502<00:12:52.440> parts<00:12:52.680> per 00:12:52.790 --> 00:12:52.800 align:start position:0% The Waterdrop has around 502 parts per 00:12:52.800 --> 00:12:54.230 align:start position:0% The Waterdrop has around 502 parts per million,<00:12:53.160> and<00:12:53.280> the<00:12:53.400> unfiltered<00:12:53.880> water<00:12:54.120> is 00:12:54.230 --> 00:12:54.240 align:start position:0% million, and the unfiltered water is 00:12:54.240 --> 00:12:56.590 align:start position:0% million, and the unfiltered water is actually<00:12:54.600> lower<00:12:54.880> at<00:12:55.000> around<00:12:55.240> 461<00:12:56.160> parts<00:12:56.480> per 00:12:56.590 --> 00:12:56.600 align:start position:0% actually lower at around 461 parts per 00:12:56.600 --> 00:12:58.190 align:start position:0% actually lower at around 461 parts per million.<00:12:57.120> Before<00:12:57.360> we<00:12:57.480> test<00:12:57.720> the<00:12:57.800> fluoride 00:12:58.190 --> 00:12:58.200 align:start position:0% million. Before we test the fluoride 00:12:58.200 --> 00:12:59.670 align:start position:0% million. Before we test the fluoride level,<00:12:58.480> let's<00:12:58.640> first<00:12:58.920> test<00:12:59.120> the<00:12:59.200> color<00:12:59.480> of<00:12:59.560> the 00:12:59.670 --> 00:12:59.680 align:start position:0% level, let's first test the color of the 00:12:59.680 --> 00:13:01.750 align:start position:0% level, let's first test the color of the water<00:13:00.000> using<00:13:00.280> a<00:13:00.360> copper<00:13:00.720> tester.<00:13:01.320> I'll<00:13:01.440> start 00:13:01.750 --> 00:13:01.760 align:start position:0% water using a copper tester. I'll start 00:13:01.760 --> 00:13:03.390 align:start position:0% water using a copper tester. I'll start with<00:13:01.880> the<00:13:02.000> unfiltered<00:13:02.480> water.<00:13:02.960> The<00:13:03.040> tester 00:13:03.390 --> 00:13:03.400 align:start position:0% with the unfiltered water. The tester 00:13:03.400 --> 00:13:04.910 align:start position:0% with the unfiltered water. The tester only<00:13:03.640> measured<00:13:03.920> the<00:13:04.000> concentration<00:13:04.640> of<00:13:04.720> red 00:13:04.910 --> 00:13:04.920 align:start position:0% only measured the concentration of red 00:13:04.920 --> 00:13:06.390 align:start position:0% only measured the concentration of red dye<00:13:05.080> in<00:13:05.160> the<00:13:05.240> water<00:13:05.560> and<00:13:05.720> not<00:13:05.960> parts<00:13:06.280> per 00:13:06.390 --> 00:13:06.400 align:start position:0% dye in the water and not parts per 00:13:06.400 --> 00:13:08.030 align:start position:0% dye in the water and not parts per million.<00:13:06.880> And<00:13:07.000> the<00:13:07.120> unfiltered<00:13:07.520> water<00:13:07.800> has<00:13:07.960> a 00:13:08.030 --> 00:13:08.040 align:start position:0% million. And the unfiltered water has a 00:13:08.040 --> 00:13:10.870 align:start position:0% million. And the unfiltered water has a color<00:13:08.280> score<00:13:08.680> of<00:13:08.800> 0.33.<00:13:10.160> We<00:13:10.280> want<00:13:10.520> this<00:13:10.680> number 00:13:10.870 --> 00:13:10.880 align:start position:0% color score of 0.33. We want this number 00:13:10.880 --> 00:13:12.710 align:start position:0% color score of 0.33. We want this number to<00:13:10.960> be<00:13:11.080> as<00:13:11.200> close<00:13:11.440> to<00:13:11.560> zero<00:13:11.920> as<00:13:12.080> possible,<00:13:12.640> and 00:13:12.710 --> 00:13:12.720 align:start position:0% to be as close to zero as possible, and 00:13:12.720 --> 00:13:14.350 align:start position:0% to be as close to zero as possible, and the<00:13:12.800> filtered<00:13:13.120> water<00:13:13.360> by<00:13:13.520> the<00:13:13.640> Waterdrop<00:13:14.120> has 00:13:14.350 --> 00:13:14.360 align:start position:0% the filtered water by the Waterdrop has 00:13:14.360 --> 00:13:15.910 align:start position:0% the filtered water by the Waterdrop has just<00:13:14.600> about<00:13:14.839> as<00:13:14.920> much<00:13:15.160> color<00:13:15.400> with<00:13:15.520> the<00:13:15.640> score 00:13:15.910 --> 00:13:15.920 align:start position:0% just about as much color with the score 00:13:15.920 --> 00:13:18.310 align:start position:0% just about as much color with the score of<00:13:16.000> 0.31.<00:13:17.200> The<00:13:17.320> Pure<00:13:17.560> seems<00:13:17.800> to<00:13:17.880> be<00:13:18.000> doing<00:13:18.240> a 00:13:18.310 --> 00:13:18.320 align:start position:0% of 0.31. The Pure seems to be doing a 00:13:18.320 --> 00:13:20.190 align:start position:0% of 0.31. The Pure seems to be doing a better<00:13:18.600> job<00:13:18.880> at<00:13:18.960> removing<00:13:19.400> red<00:13:19.600> food<00:13:19.800> coloring 00:13:20.190 --> 00:13:20.200 align:start position:0% better job at removing red food coloring 00:13:20.200 --> 00:13:21.310 align:start position:0% better job at removing red food coloring and<00:13:20.360> improving<00:13:20.720> the<00:13:20.800> appearance<00:13:21.160> of<00:13:21.240> the 00:13:21.310 --> 00:13:21.320 align:start position:0% and improving the appearance of the 00:13:21.320 --> 00:13:23.670 align:start position:0% and improving the appearance of the water<00:13:21.560> than<00:13:21.760> the<00:13:21.839> Waterdrop.<00:13:22.480> And<00:13:22.640> 384<00:13:23.400> parts 00:13:23.670 --> 00:13:23.680 align:start position:0% water than the Waterdrop. And 384 parts 00:13:23.680 --> 00:13:25.270 align:start position:0% water than the Waterdrop. And 384 parts per<00:13:23.800> million<00:13:24.040> of<00:13:24.120> total<00:13:24.360> dissolved<00:13:24.720> solids<00:13:25.120> is 00:13:25.270 --> 00:13:25.280 align:start position:0% per million of total dissolved solids is 00:13:25.280 --> 00:13:26.829 align:start position:0% per million of total dissolved solids is better<00:13:25.520> than<00:13:25.640> the<00:13:25.760> unfiltered<00:13:26.280> water.<00:13:26.760> The 00:13:26.829 --> 00:13:26.839 align:start position:0% better than the unfiltered water. The 00:13:26.839 --> 00:13:28.310 align:start position:0% better than the unfiltered water. The Pure<00:13:27.080> also<00:13:27.360> performed<00:13:27.760> a<00:13:27.800> lot<00:13:27.960> better<00:13:28.160> for 00:13:28.310 --> 00:13:28.320 align:start position:0% Pure also performed a lot better for 00:13:28.320 --> 00:13:30.750 align:start position:0% Pure also performed a lot better for appearance<00:13:28.760> with<00:13:28.920> a<00:13:28.960> score<00:13:29.320> of<00:13:29.440> 0.21.<00:13:30.640> The 00:13:30.750 --> 00:13:30.760 align:start position:0% appearance with a score of 0.21. The 00:13:30.760 --> 00:13:32.470 align:start position:0% appearance with a score of 0.21. The Amazon<00:13:31.160> Basics<00:13:31.560> didn't<00:13:31.800> perform<00:13:32.160> quite<00:13:32.360> as 00:13:32.470 --> 00:13:32.480 align:start position:0% Amazon Basics didn't perform quite as 00:13:32.480 --> 00:13:34.190 align:start position:0% Amazon Basics didn't perform quite as well<00:13:32.680> as<00:13:32.760> the<00:13:32.880> Pur<00:13:33.120> removing<00:13:33.560> copper<00:13:33.960> and<00:13:34.080> the 00:13:34.190 --> 00:13:34.200 align:start position:0% well as the Pur removing copper and the 00:13:34.200 --> 00:13:35.830 align:start position:0% well as the Pur removing copper and the Amazon<00:13:34.560> Basics<00:13:34.960> water<00:13:35.200> doesn't<00:13:35.480> look<00:13:35.640> to<00:13:35.720> be 00:13:35.830 --> 00:13:35.840 align:start position:0% Amazon Basics water doesn't look to be 00:13:35.840 --> 00:13:38.390 align:start position:0% Amazon Basics water doesn't look to be quite<00:13:36.080> as<00:13:36.200> clear<00:13:36.440> as<00:13:36.560> the<00:13:36.640> Pur<00:13:36.920> water.<00:13:37.360> And<00:13:37.480> 427 00:13:38.390 --> 00:13:38.400 align:start position:0% quite as clear as the Pur water. And 427 00:13:38.400 --> 00:13:39.710 align:start position:0% quite as clear as the Pur water. And 427 parts<00:13:38.680> per<00:13:38.800> million<00:13:39.120> is<00:13:39.280> better<00:13:39.520> than<00:13:39.640> the 00:13:39.710 --> 00:13:39.720 align:start position:0% parts per million is better than the 00:13:39.720 --> 00:13:41.510 align:start position:0% parts per million is better than the unfiltered<00:13:40.200> water,<00:13:40.440> but<00:13:40.600> not<00:13:40.800> by<00:13:40.960> much.<00:13:41.440> The 00:13:41.510 --> 00:13:41.520 align:start position:0% unfiltered water, but not by much. The 00:13:41.520 --> 00:13:44.110 align:start position:0% unfiltered water, but not by much. The Pur<00:13:41.800> scored<00:13:42.160> 0.21<00:13:43.080> for<00:13:43.240> a<00:13:43.280> color<00:13:43.560> score<00:13:44.000> and 00:13:44.110 --> 00:13:44.120 align:start position:0% Pur scored 0.21 for a color score and 00:13:44.120 --> 00:13:46.830 align:start position:0% Pur scored 0.21 for a color score and the<00:13:44.240> Amazon<00:13:44.600> Basics<00:13:45.040> is<00:13:45.160> at<00:13:45.280> 0.23.<00:13:46.480> The<00:13:46.560> Zero 00:13:46.830 --> 00:13:46.840 align:start position:0% the Amazon Basics is at 0.23. The Zero 00:13:46.840 --> 00:13:48.830 align:start position:0% the Amazon Basics is at 0.23. The Zero water<00:13:47.120> has<00:13:47.280> a<00:13:47.360> five-stage<00:13:48.000> filter.<00:13:48.560> This<00:13:48.720> is 00:13:48.830 --> 00:13:48.840 align:start position:0% water has a five-stage filter. This is 00:13:48.840 --> 00:13:50.390 align:start position:0% water has a five-stage filter. This is some<00:13:49.000> really<00:13:49.200> nasty<00:13:49.600> water<00:13:49.880> full<00:13:50.040> of<00:13:50.160> food 00:13:50.390 --> 00:13:50.400 align:start position:0% some really nasty water full of food 00:13:50.400 --> 00:13:52.190 align:start position:0% some really nasty water full of food coloring,<00:13:50.760> bacteria,<00:13:51.320> and<00:13:51.480> fluoride.<00:13:52.080> And 00:13:52.190 --> 00:13:52.200 align:start position:0% coloring, bacteria, and fluoride. And 00:13:52.200 --> 00:13:53.710 align:start position:0% coloring, bacteria, and fluoride. And the<00:13:52.240> Zero<00:13:52.520> water<00:13:52.760> is<00:13:52.840> looking<00:13:53.160> very<00:13:53.480> clear 00:13:53.710 --> 00:13:53.720 align:start position:0% the Zero water is looking very clear 00:13:53.720 --> 00:13:55.190 align:start position:0% the Zero water is looking very clear compared<00:13:54.040> to<00:13:54.080> the<00:13:54.200> previous<00:13:54.560> three<00:13:54.800> brands. 00:13:55.190 --> 00:13:55.200 align:start position:0% compared to the previous three brands. 00:13:55.200 --> 00:13:57.350 align:start position:0% compared to the previous three brands. Very<00:13:55.680> impressive.<00:13:56.480> And<00:13:56.640> the<00:13:56.720> Zero<00:13:56.960> water<00:13:57.240> is 00:13:57.350 --> 00:13:57.360 align:start position:0% Very impressive. And the Zero water is 00:13:57.360 --> 00:13:59.310 align:start position:0% Very impressive. And the Zero water is now<00:13:57.600> at<00:13:57.680> zero<00:13:58.000> parts<00:13:58.320> per<00:13:58.440> million.<00:13:58.880> Very 00:13:59.310 --> 00:13:59.320 align:start position:0% now at zero parts per million. Very 00:13:59.320 --> 00:14:01.110 align:start position:0% now at zero parts per million. Very impressive.<00:14:00.080> At<00:14:00.200> zero<00:14:00.400> parts<00:14:00.680> per<00:14:00.800> million, 00:14:01.110 --> 00:14:01.120 align:start position:0% impressive. At zero parts per million, 00:14:01.120 --> 00:14:02.230 align:start position:0% impressive. At zero parts per million, I'm<00:14:01.240> looking<00:14:01.520> forward<00:14:01.720> to<00:14:01.800> testing<00:14:02.160> the 00:14:02.230 --> 00:14:02.240 align:start position:0% I'm looking forward to testing the 00:14:02.240 --> 00:14:04.110 align:start position:0% I'm looking forward to testing the fluoride<00:14:02.600> content<00:14:03.080> in<00:14:03.160> a<00:14:03.200> couple<00:14:03.480> of<00:14:03.560> minutes. 00:14:04.110 --> 00:14:04.120 align:start position:0% fluoride content in a couple of minutes. 00:14:04.120 --> 00:14:05.670 align:start position:0% fluoride content in a couple of minutes. And<00:14:04.240> the<00:14:04.320> Zero<00:14:04.560> water<00:14:04.800> scored<00:14:05.120> perfect<00:14:05.480> with<00:14:05.600> a 00:14:05.670 --> 00:14:05.680 align:start position:0% And the Zero water scored perfect with a 00:14:05.680 --> 00:14:07.990 align:start position:0% And the Zero water scored perfect with a color<00:14:05.920> score<00:14:06.280> of<00:14:06.400> zero.<00:14:06.800> Very<00:14:07.280> impressive. 00:14:07.990 --> 00:14:08.000 align:start position:0% color score of zero. Very impressive. 00:14:08.000 --> 00:14:09.470 align:start position:0% color score of zero. Very impressive. The<00:14:08.120> Brita<00:14:08.400> doesn't<00:14:08.720> seem<00:14:08.920> to<00:14:08.960> be<00:14:09.080> helping<00:14:09.400> the 00:14:09.470 --> 00:14:09.480 align:start position:0% The Brita doesn't seem to be helping the 00:14:09.480 --> 00:14:10.990 align:start position:0% The Brita doesn't seem to be helping the appearance<00:14:09.840> of<00:14:09.920> the<00:14:10.000> water<00:14:10.200> by<00:14:10.360> too<00:14:10.560> much,<00:14:10.840> but 00:14:10.990 --> 00:14:11.000 align:start position:0% appearance of the water by too much, but 00:14:11.000 --> 00:14:12.110 align:start position:0% appearance of the water by too much, but maybe<00:14:11.240> it's<00:14:11.400> helping<00:14:11.680> a<00:14:11.720> lot<00:14:11.920> with<00:14:12.040> the 00:14:12.110 --> 00:14:12.120 align:start position:0% maybe it's helping a lot with the 00:14:12.120 --> 00:14:14.550 align:start position:0% maybe it's helping a lot with the fluoride.<00:14:12.720> And<00:14:12.800> the<00:14:12.880> Brita<00:14:13.160> is<00:14:13.320> at<00:14:13.400> around<00:14:13.680> 397 00:14:14.550 --> 00:14:14.560 align:start position:0% fluoride. And the Brita is at around 397 00:14:14.560 --> 00:14:16.030 align:start position:0% fluoride. And the Brita is at around 397 parts<00:14:14.840> per<00:14:14.960> million<00:14:15.240> of<00:14:15.320> total<00:14:15.560> dissolved 00:14:16.030 --> 00:14:16.040 align:start position:0% parts per million of total dissolved 00:14:16.040 --> 00:14:18.750 align:start position:0% parts per million of total dissolved solids.<00:14:16.720> And<00:14:16.840> the<00:14:16.920> color<00:14:17.200> score<00:14:17.480> is<00:14:17.600> at<00:14:17.720> 0.14, 00:14:18.750 --> 00:14:18.760 align:start position:0% solids. And the color score is at 0.14, 00:14:18.760 --> 00:14:20.190 align:start position:0% solids. And the color score is at 0.14, which<00:14:18.960> is<00:14:19.080> good<00:14:19.200> enough<00:14:19.440> to<00:14:19.560> move<00:14:19.720> into<00:14:19.880> second 00:14:20.190 --> 00:14:20.200 align:start position:0% which is good enough to move into second 00:14:20.200 --> 00:14:21.950 align:start position:0% which is good enough to move into second place<00:14:20.480> behind<00:14:20.800> the<00:14:20.880> Zero<00:14:21.160> water.<00:14:21.640> It's<00:14:21.800> been 00:14:21.950 --> 00:14:21.960 align:start position:0% place behind the Zero water. It's been 00:14:21.960 --> 00:14:23.750 align:start position:0% place behind the Zero water. It's been around<00:14:22.240> 33<00:14:22.680> minutes<00:14:23.000> and<00:14:23.080> the<00:14:23.120> LifeStraw<00:14:23.600> is 00:14:23.750 --> 00:14:23.760 align:start position:0% around 33 minutes and the LifeStraw is 00:14:23.760 --> 00:14:25.110 align:start position:0% around 33 minutes and the LifeStraw is finished<00:14:24.040> filtering<00:14:24.440> the<00:14:24.520> water.<00:14:25.040> The 00:14:25.110 --> 00:14:25.120 align:start position:0% finished filtering the water. The 00:14:25.120 --> 00:14:27.310 align:start position:0% finished filtering the water. The LifeStraw<00:14:25.600> is<00:14:25.760> around<00:14:26.040> 357<00:14:26.920> parts<00:14:27.200> per 00:14:27.310 --> 00:14:27.320 align:start position:0% LifeStraw is around 357 parts per 00:14:27.320 --> 00:14:29.150 align:start position:0% LifeStraw is around 357 parts per million<00:14:27.640> of<00:14:27.720> total<00:14:27.960> dissolved<00:14:28.400> solids.<00:14:29.040> And 00:14:29.150 --> 00:14:29.160 align:start position:0% million of total dissolved solids. And 00:14:29.160 --> 00:14:30.550 align:start position:0% million of total dissolved solids. And the<00:14:29.240> LifeStraw<00:14:29.680> moves<00:14:29.920> into<00:14:30.080> third<00:14:30.320> place 00:14:30.550 --> 00:14:30.560 align:start position:0% the LifeStraw moves into third place 00:14:30.560 --> 00:14:32.190 align:start position:0% the LifeStraw moves into third place behind<00:14:30.839> the<00:14:30.920> Brita<00:14:31.200> with<00:14:31.360> the<00:14:31.440> color<00:14:31.720> score<00:14:32.080> of 00:14:32.190 --> 00:14:32.200 align:start position:0% behind the Brita with the color score of 00:14:32.200 --> 00:14:34.829 align:start position:0% behind the Brita with the color score of 0.18.<00:14:33.400> AquaGear<00:14:33.920> is<00:14:34.080> doing<00:14:34.320> a<00:14:34.400> really<00:14:34.640> good 00:14:34.829 --> 00:14:34.839 align:start position:0% 0.18. AquaGear is doing a really good 00:14:34.839 --> 00:14:36.270 align:start position:0% 0.18. AquaGear is doing a really good job<00:14:35.120> at<00:14:35.240> improving<00:14:35.640> the<00:14:35.720> clarity<00:14:36.080> of<00:14:36.160> the 00:14:36.270 --> 00:14:36.280 align:start position:0% job at improving the clarity of the 00:14:36.280 --> 00:14:37.670 align:start position:0% job at improving the clarity of the water<00:14:36.560> and<00:14:36.680> it<00:14:36.800> seems<00:14:37.040> to<00:14:37.120> have<00:14:37.240> a<00:14:37.280> lot<00:14:37.520> less 00:14:37.670 --> 00:14:37.680 align:start position:0% water and it seems to have a lot less 00:14:37.680 --> 00:14:39.150 align:start position:0% water and it seems to have a lot less color<00:14:37.960> compared<00:14:38.320> to<00:14:38.400> most<00:14:38.640> of<00:14:38.680> the<00:14:38.760> previous 00:14:39.150 --> 00:14:39.160 align:start position:0% color compared to most of the previous 00:14:39.160 --> 00:14:41.870 align:start position:0% color compared to most of the previous brands.<00:14:39.760> However,<00:14:40.160> there<00:14:40.360> are<00:14:40.440> now<00:14:40.680> 456<00:14:41.600> parts 00:14:41.870 --> 00:14:41.880 align:start position:0% brands. However, there are now 456 parts 00:14:41.880 --> 00:14:43.430 align:start position:0% brands. However, there are now 456 parts per<00:14:42.000> million<00:14:42.280> of<00:14:42.360> total<00:14:42.600> dissolved<00:14:43.000> solids<00:14:43.360> in 00:14:43.430 --> 00:14:43.440 align:start position:0% per million of total dissolved solids in 00:14:43.440 --> 00:14:44.950 align:start position:0% per million of total dissolved solids in the<00:14:43.560> water.<00:14:44.000> The<00:14:44.080> water<00:14:44.320> does<00:14:44.560> seem<00:14:44.720> to<00:14:44.800> be<00:14:44.920> a 00:14:44.950 --> 00:14:44.960 align:start position:0% the water. The water does seem to be a 00:14:44.960 --> 00:14:46.270 align:start position:0% the water. The water does seem to be a little<00:14:45.080> bit<00:14:45.200> more<00:14:45.400> cloudy<00:14:45.800> compared<00:14:46.160> to<00:14:46.200> the 00:14:46.270 --> 00:14:46.280 align:start position:0% little bit more cloudy compared to the 00:14:46.280 --> 00:14:48.190 align:start position:0% little bit more cloudy compared to the Zero<00:14:46.560> water.<00:14:47.000> However,<00:14:47.440> a<00:14:47.520> color<00:14:47.839> score<00:14:48.120> of 00:14:48.190 --> 00:14:48.200 align:start position:0% Zero water. However, a color score of 00:14:48.200 --> 00:14:50.150 align:start position:0% Zero water. However, a color score of 0.1<00:14:48.920> is<00:14:49.040> good<00:14:49.200> enough<00:14:49.400> to<00:14:49.480> move<00:14:49.680> into<00:14:49.839> second 00:14:50.150 --> 00:14:50.160 align:start position:0% 0.1 is good enough to move into second 00:14:50.160 --> 00:14:51.990 align:start position:0% 0.1 is good enough to move into second place<00:14:50.440> behind<00:14:50.720> the<00:14:50.800> Zero<00:14:51.120> water.<00:14:51.560> Epic<00:14:51.880> is 00:14:51.990 --> 00:14:52.000 align:start position:0% place behind the Zero water. Epic is 00:14:52.000 --> 00:14:53.430 align:start position:0% place behind the Zero water. Epic is also<00:14:52.240> doing<00:14:52.520> a<00:14:52.600> really<00:14:52.839> good<00:14:53.040> job<00:14:53.360> at 00:14:53.430 --> 00:14:53.440 align:start position:0% also doing a really good job at 00:14:53.440 --> 00:14:54.870 align:start position:0% also doing a really good job at improving<00:14:53.839> the<00:14:53.920> clarity<00:14:54.240> of<00:14:54.360> the<00:14:54.440> water<00:14:54.760> and 00:14:54.870 --> 00:14:54.880 align:start position:0% improving the clarity of the water and 00:14:54.880 --> 00:14:56.630 align:start position:0% improving the clarity of the water and looks<00:14:55.120> just<00:14:55.400> as<00:14:55.520> good<00:14:55.680> as<00:14:55.800> the<00:14:55.880> Zero<00:14:56.120> water. 00:14:56.630 --> 00:14:56.640 align:start position:0% looks just as good as the Zero water. 00:14:56.640 --> 00:14:58.350 align:start position:0% looks just as good as the Zero water. The<00:14:56.680> water<00:14:56.920> filtered<00:14:57.240> by<00:14:57.360> the<00:14:57.480> Epic<00:14:57.880> is<00:14:58.040> now<00:14:58.240> at 00:14:58.350 --> 00:14:58.360 align:start position:0% The water filtered by the Epic is now at 00:14:58.360 --> 00:15:00.829 align:start position:0% The water filtered by the Epic is now at 427<00:14:59.320> parts<00:14:59.640> per<00:14:59.760> million.<00:15:00.320> And<00:15:00.440> the<00:15:00.560> Epic 00:15:00.829 --> 00:15:00.839 align:start position:0% 427 parts per million. And the Epic 00:15:00.839 --> 00:15:02.430 align:start position:0% 427 parts per million. And the Epic moves<00:15:01.080> into<00:15:01.320> a<00:15:01.360> two-way<00:15:01.680> tie<00:15:01.920> with<00:15:02.040> the<00:15:02.160> Zero 00:15:02.430 --> 00:15:02.440 align:start position:0% moves into a two-way tie with the Zero 00:15:02.440 --> 00:15:04.470 align:start position:0% moves into a two-way tie with the Zero water<00:15:02.680> with<00:15:02.839> a<00:15:02.880> perfect<00:15:03.280> score<00:15:03.520> of<00:15:03.600> zero.<00:15:04.000> Very 00:15:04.470 --> 00:15:04.480 align:start position:0% water with a perfect score of zero. Very 00:15:04.480 --> 00:15:06.030 align:start position:0% water with a perfect score of zero. Very impressive.<00:15:05.240> The<00:15:05.320> Seychelle<00:15:05.680> is<00:15:05.760> doing<00:15:06.000> a 00:15:06.030 --> 00:15:06.040 align:start position:0% impressive. The Seychelle is doing a 00:15:06.040 --> 00:15:07.270 align:start position:0% impressive. The Seychelle is doing a pretty<00:15:06.280> good<00:15:06.440> job<00:15:06.680> at<00:15:06.760> cleaning<00:15:07.040> up<00:15:07.200> the 00:15:07.270 --> 00:15:07.280 align:start position:0% pretty good job at cleaning up the 00:15:07.280 --> 00:15:08.630 align:start position:0% pretty good job at cleaning up the water,<00:15:07.520> but<00:15:07.680> not<00:15:07.839> nearly<00:15:08.080> as<00:15:08.200> well<00:15:08.360> as<00:15:08.480> the 00:15:08.630 --> 00:15:08.640 align:start position:0% water, but not nearly as well as the 00:15:08.640 --> 00:15:09.870 align:start position:0% water, but not nearly as well as the Epic.<00:15:09.160> The<00:15:09.240> water<00:15:09.400> filtered<00:15:09.640> by<00:15:09.760> the 00:15:09.870 --> 00:15:09.880 align:start position:0% Epic. The water filtered by the 00:15:09.880 --> 00:15:12.150 align:start position:0% Epic. The water filtered by the Seychelle<00:15:10.280> is<00:15:10.400> now<00:15:10.560> at<00:15:10.680> 574<00:15:11.680> parts<00:15:12.000> per 00:15:12.150 --> 00:15:12.160 align:start position:0% Seychelle is now at 574 parts per 00:15:12.160 --> 00:15:13.790 align:start position:0% Seychelle is now at 574 parts per million.<00:15:12.760> The<00:15:12.880> Seychelle<00:15:13.160> performed<00:15:13.560> quite<00:15:13.760> a 00:15:13.790 --> 00:15:13.800 align:start position:0% million. The Seychelle performed quite a 00:15:13.800 --> 00:15:15.110 align:start position:0% million. The Seychelle performed quite a bit<00:15:14.000> better<00:15:14.160> than<00:15:14.360> average<00:15:14.680> with<00:15:14.800> a<00:15:14.839> color 00:15:15.110 --> 00:15:15.120 align:start position:0% bit better than average with a color 00:15:15.120 --> 00:15:17.190 align:start position:0% bit better than average with a color score<00:15:15.480> of<00:15:15.640> 0.07. 00:15:17.190 --> 00:15:17.200 align:start position:0% score of 0.07. 00:15:17.200 --> 00:15:18.590 align:start position:0% score of 0.07. The<00:15:17.280> Clearly<00:15:17.640> filter<00:15:17.960> is<00:15:18.040> doing<00:15:18.280> a<00:15:18.360> really 00:15:18.590 --> 00:15:18.600 align:start position:0% The Clearly filter is doing a really 00:15:18.600 --> 00:15:20.590 align:start position:0% The Clearly filter is doing a really good<00:15:18.839> job<00:15:19.160> at<00:15:19.240> clearing<00:15:19.600> up<00:15:19.760> the<00:15:19.839> water.<00:15:20.440> It's 00:15:20.590 --> 00:15:20.600 align:start position:0% good job at clearing up the water. It's 00:15:20.600 --> 00:15:22.470 align:start position:0% good job at clearing up the water. It's been<00:15:20.760> around<00:15:21.040> 13<00:15:21.440> minutes<00:15:21.760> and<00:15:21.880> the<00:15:21.960> water<00:15:22.280> is 00:15:22.470 --> 00:15:22.480 align:start position:0% been around 13 minutes and the water is 00:15:22.480 --> 00:15:24.710 align:start position:0% been around 13 minutes and the water is worth<00:15:22.720> the<00:15:22.800> wait<00:15:23.040> at<00:15:23.160> only<00:15:23.320> 177<00:15:24.280> parts<00:15:24.600> per 00:15:24.710 --> 00:15:24.720 align:start position:0% worth the wait at only 177 parts per 00:15:24.720 --> 00:15:26.470 align:start position:0% worth the wait at only 177 parts per million.<00:15:25.360> And<00:15:25.520> the<00:15:25.560> Clearly<00:15:25.920> Filtered<00:15:26.240> water 00:15:26.470 --> 00:15:26.480 align:start position:0% million. And the Clearly Filtered water 00:15:26.480 --> 00:15:28.110 align:start position:0% million. And the Clearly Filtered water scored<00:15:26.800> perfect<00:15:27.120> on<00:15:27.240> the<00:15:27.280> water<00:15:27.520> color<00:15:27.800> test 00:15:28.110 --> 00:15:28.120 align:start position:0% scored perfect on the water color test 00:15:28.120 --> 00:15:29.830 align:start position:0% scored perfect on the water color test with<00:15:28.240> a<00:15:28.320> score<00:15:28.600> of<00:15:28.680> zero.<00:15:29.280> The<00:15:29.400> DYLN<00:15:29.680> is<00:15:29.800> a 00:15:29.830 --> 00:15:29.840 align:start position:0% with a score of zero. The DYLN is a 00:15:29.840 --> 00:15:31.910 align:start position:0% with a score of zero. The DYLN is a reverse<00:15:30.200> osmosis<00:15:30.800> system,<00:15:31.360> and<00:15:31.480> it's<00:15:31.600> working 00:15:31.910 --> 00:15:31.920 align:start position:0% reverse osmosis system, and it's working 00:15:31.920 --> 00:15:33.150 align:start position:0% reverse osmosis system, and it's working very<00:15:32.160> quickly,<00:15:32.520> and<00:15:32.640> the<00:15:32.720> water<00:15:32.960> looks 00:15:33.150 --> 00:15:33.160 align:start position:0% very quickly, and the water looks 00:15:33.160 --> 00:15:34.990 align:start position:0% very quickly, and the water looks crystal<00:15:33.560> clear.<00:15:34.160> And<00:15:34.280> the<00:15:34.360> water<00:15:34.600> filtered<00:15:34.880> by 00:15:34.990 --> 00:15:35.000 align:start position:0% crystal clear. And the water filtered by 00:15:35.000 --> 00:15:36.750 align:start position:0% crystal clear. And the water filtered by the<00:15:35.120> DYLN<00:15:35.520> is<00:15:35.680> at<00:15:35.800> 10<00:15:36.040> parts<00:15:36.320> per<00:15:36.440> million, 00:15:36.750 --> 00:15:36.760 align:start position:0% the DYLN is at 10 parts per million, 00:15:36.760 --> 00:15:38.390 align:start position:0% the DYLN is at 10 parts per million, which<00:15:36.960> is<00:15:37.040> pretty<00:15:37.240> good.<00:15:37.600> And<00:15:37.680> the<00:15:37.760> DYLN<00:15:38.080> also 00:15:38.390 --> 00:15:38.400 align:start position:0% which is pretty good. And the DYLN also 00:15:38.400 --> 00:15:40.390 align:start position:0% which is pretty good. And the DYLN also scored<00:15:38.640> a<00:15:38.680> perfect<00:15:39.040> zero<00:15:39.360> on<00:15:39.480> the<00:15:39.560> color<00:15:39.880> test. 00:15:40.390 --> 00:15:40.400 align:start position:0% scored a perfect zero on the color test. 00:15:40.400 --> 00:15:42.230 align:start position:0% scored a perfect zero on the color test. The<00:15:40.480> MegaHome<00:15:41.000> Water<00:15:41.240> Distiller<00:15:41.680> system<00:15:42.080> is 00:15:42.230 --> 00:15:42.240 align:start position:0% The MegaHome Water Distiller system is 00:15:42.240 --> 00:15:43.710 align:start position:0% The MegaHome Water Distiller system is the<00:15:42.320> slowest<00:15:42.680> water<00:15:42.880> filtering<00:15:43.240> system<00:15:43.600> in 00:15:43.710 --> 00:15:43.720 align:start position:0% the slowest water filtering system in 00:15:43.720 --> 00:15:45.270 align:start position:0% the slowest water filtering system in the<00:15:43.800> lineup,<00:15:44.160> but<00:15:44.280> is<00:15:44.400> it<00:15:44.520> worth<00:15:44.760> the<00:15:44.880> wait? 00:15:45.270 --> 00:15:45.280 align:start position:0% the lineup, but is it worth the wait? 00:15:45.280 --> 00:15:46.790 align:start position:0% the lineup, but is it worth the wait? The<00:15:45.360> MegaHome<00:15:45.760> water<00:15:46.000> does<00:15:46.280> look<00:15:46.440> crystal 00:15:46.790 --> 00:15:46.800 align:start position:0% The MegaHome water does look crystal 00:15:46.800 --> 00:15:48.230 align:start position:0% The MegaHome water does look crystal clear,<00:15:47.040> just<00:15:47.320> like<00:15:47.440> the<00:15:47.560> water<00:15:47.800> filtered<00:15:48.120> by 00:15:48.230 --> 00:15:48.240 align:start position:0% clear, just like the water filtered by 00:15:48.240 --> 00:15:50.030 align:start position:0% clear, just like the water filtered by the<00:15:48.360> DYLN.<00:15:49.080> And<00:15:49.200> there's<00:15:49.360> only<00:15:49.520> three<00:15:49.760> parts 00:15:50.030 --> 00:15:50.040 align:start position:0% the DYLN. And there's only three parts 00:15:50.040 --> 00:15:51.910 align:start position:0% the DYLN. And there's only three parts per<00:15:50.160> million<00:15:50.480> of<00:15:50.600> total<00:15:50.840> dissolved<00:15:51.240> solids. 00:15:51.910 --> 00:15:51.920 align:start position:0% per million of total dissolved solids. 00:15:51.920 --> 00:15:53.470 align:start position:0% per million of total dissolved solids. And<00:15:52.040> the<00:15:52.120> water<00:15:52.360> distiller<00:15:52.760> did<00:15:52.880> a<00:15:52.960> great<00:15:53.240> job 00:15:53.470 --> 00:15:53.480 align:start position:0% And the water distiller did a great job 00:15:53.480 --> 00:15:55.270 align:start position:0% And the water distiller did a great job with<00:15:53.600> a<00:15:53.680> perfect<00:15:54.040> score<00:15:54.280> of<00:15:54.400> zero.<00:15:55.080> Just 00:15:55.270 --> 00:15:55.280 align:start position:0% with a perfect score of zero. Just 00:15:55.280 --> 00:15:57.110 align:start position:0% with a perfect score of zero. Just because<00:15:55.640> water<00:15:55.920> has<00:15:56.120> total<00:15:56.360> dissolved<00:15:56.760> solids 00:15:57.110 --> 00:15:57.120 align:start position:0% because water has total dissolved solids 00:15:57.120 --> 00:15:58.790 align:start position:0% because water has total dissolved solids doesn't<00:15:57.440> mean<00:15:57.600> that<00:15:57.720> the<00:15:57.800> water<00:15:58.080> is<00:15:58.240> unsafe<00:15:58.680> to 00:15:58.790 --> 00:15:58.800 align:start position:0% doesn't mean that the water is unsafe to 00:15:58.800 --> 00:16:00.790 align:start position:0% doesn't mean that the water is unsafe to drink.<00:15:59.360> However,<00:15:59.720> the<00:15:59.840> ZeroWater<00:16:00.440> came<00:16:00.680> out 00:16:00.790 --> 00:16:00.800 align:start position:0% drink. However, the ZeroWater came out 00:16:00.800 --> 00:16:02.750 align:start position:0% drink. However, the ZeroWater came out on<00:16:00.920> top<00:16:01.200> at<00:16:01.320> zero<00:16:01.600> parts<00:16:01.960> per<00:16:02.080> million.<00:16:02.640> The 00:16:02.750 --> 00:16:02.760 align:start position:0% on top at zero parts per million. The 00:16:02.760 --> 00:16:04.430 align:start position:0% on top at zero parts per million. The water<00:16:03.000> distiller<00:16:03.440> finished<00:16:03.720> in<00:16:03.840> second<00:16:04.160> place 00:16:04.430 --> 00:16:04.440 align:start position:0% water distiller finished in second place 00:16:04.440 --> 00:16:05.910 align:start position:0% water distiller finished in second place at<00:16:04.520> three<00:16:04.760> parts<00:16:05.080> per<00:16:05.160> million,<00:16:05.520> and<00:16:05.640> DYLN 00:16:05.910 --> 00:16:05.920 align:start position:0% at three parts per million, and DYLN 00:16:05.920 --> 00:16:08.350 align:start position:0% at three parts per million, and DYLN reverse<00:16:06.280> osmosis<00:16:06.880> third<00:16:07.120> at<00:16:07.280> 10.<00:16:07.840> So,<00:16:08.040> five<00:16:08.320> of 00:16:08.350 --> 00:16:08.360 align:start position:0% reverse osmosis third at 10. So, five of 00:16:08.360 --> 00:16:09.830 align:start position:0% reverse osmosis third at 10. So, five of the<00:16:08.480> water<00:16:08.720> filters<00:16:09.080> cleaned<00:16:09.320> up<00:16:09.440> the<00:16:09.520> water 00:16:09.830 --> 00:16:09.840 align:start position:0% the water filters cleaned up the water 00:16:09.840 --> 00:16:11.310 align:start position:0% the water filters cleaned up the water and<00:16:09.960> scored<00:16:10.200> a<00:16:10.240> perfect<00:16:10.640> zero<00:16:10.880> for<00:16:11.040> water 00:16:11.310 --> 00:16:11.320 align:start position:0% and scored a perfect zero for water 00:16:11.320 --> 00:16:13.150 align:start position:0% and scored a perfect zero for water clarity.<00:16:11.880> According<00:16:12.280> to<00:16:12.400> a<00:16:12.480> study<00:16:12.800> referenced 00:16:13.150 --> 00:16:13.160 align:start position:0% clarity. According to a study referenced 00:16:13.160 --> 00:16:14.710 align:start position:0% clarity. According to a study referenced by<00:16:13.320> the<00:16:13.440> US<00:16:13.640> Department<00:16:14.120> of<00:16:14.200> Health<00:16:14.400> and<00:16:14.480> Human 00:16:14.710 --> 00:16:14.720 align:start position:0% by the US Department of Health and Human 00:16:14.720 --> 00:16:16.430 align:start position:0% by the US Department of Health and Human Services<00:16:15.200> website,<00:16:15.840> high<00:16:16.040> levels<00:16:16.360> of 00:16:16.430 --> 00:16:16.440 align:start position:0% Services website, high levels of 00:16:16.440 --> 00:16:18.190 align:start position:0% Services website, high levels of fluoride<00:16:16.800> exposure<00:16:17.320> were<00:16:17.440> associated<00:16:18.080> with 00:16:18.190 --> 00:16:18.200 align:start position:0% fluoride exposure were associated with 00:16:18.200 --> 00:16:20.550 align:start position:0% fluoride exposure were associated with lower<00:16:18.480> IQ<00:16:18.800> in<00:16:18.960> children.<00:16:19.360> Not<00:16:19.640> good.<00:16:20.360> In<00:16:20.440> the 00:16:20.550 --> 00:16:20.560 align:start position:0% lower IQ in children. Not good. In the 00:16:20.560 --> 00:16:22.110 align:start position:0% lower IQ in children. Not good. In the next<00:16:20.840> test,<00:16:21.200> let's<00:16:21.360> see<00:16:21.440> how<00:16:21.560> much<00:16:21.720> fluoride 00:16:22.110 --> 00:16:22.120 align:start position:0% next test, let's see how much fluoride 00:16:22.120 --> 00:16:24.030 align:start position:0% next test, let's see how much fluoride is<00:16:22.240> still<00:16:22.520> in<00:16:22.600> the<00:16:22.680> filtered<00:16:23.080> water.<00:16:23.640> The<00:16:23.760> test 00:16:24.030 --> 00:16:24.040 align:start position:0% is still in the filtered water. The test 00:16:24.040 --> 00:16:25.710 align:start position:0% is still in the filtered water. The test strips<00:16:24.280> will<00:16:24.400> not<00:16:24.560> provide<00:16:24.920> a<00:16:24.960> precise<00:16:25.400> parts 00:16:25.710 --> 00:16:25.720 align:start position:0% strips will not provide a precise parts 00:16:25.720 --> 00:16:27.190 align:start position:0% strips will not provide a precise parts per<00:16:25.839> million<00:16:26.120> count,<00:16:26.440> but<00:16:26.560> it<00:16:26.680> appears<00:16:27.000> to<00:16:27.080> be 00:16:27.190 --> 00:16:27.200 align:start position:0% per million count, but it appears to be 00:16:27.200 --> 00:16:29.150 align:start position:0% per million count, but it appears to be between<00:16:27.560> 50<00:16:27.960> but<00:16:28.120> less<00:16:28.280> than<00:16:28.400> 100<00:16:28.720> parts<00:16:29.000> per 00:16:29.150 --> 00:16:29.160 align:start position:0% between 50 but less than 100 parts per 00:16:29.160 --> 00:16:31.030 align:start position:0% between 50 but less than 100 parts per million.<00:16:29.720> Based<00:16:30.000> upon<00:16:30.240> the<00:16:30.360> lighter<00:16:30.640> color<00:16:30.960> of 00:16:31.030 --> 00:16:31.040 align:start position:0% million. Based upon the lighter color of 00:16:31.040 --> 00:16:32.430 align:start position:0% million. Based upon the lighter color of the<00:16:31.160> test<00:16:31.440> strip<00:16:31.720> compared<00:16:32.040> to<00:16:32.120> the<00:16:32.200> water 00:16:32.430 --> 00:16:32.440 align:start position:0% the test strip compared to the water 00:16:32.440 --> 00:16:34.070 align:start position:0% the test strip compared to the water drop,<00:16:32.760> the<00:16:32.880> PUR<00:16:33.120> appears<00:16:33.480> to<00:16:33.560> be<00:16:33.640> closer<00:16:33.960> to 00:16:34.070 --> 00:16:34.080 align:start position:0% drop, the PUR appears to be closer to 00:16:34.080 --> 00:16:36.150 align:start position:0% drop, the PUR appears to be closer to 100<00:16:34.520> than<00:16:34.640> the<00:16:34.720> water<00:16:35.000> drop.<00:16:35.520> Again,<00:16:35.839> this<00:16:36.040> is 00:16:36.150 --> 00:16:36.160 align:start position:0% 100 than the water drop. Again, this is 00:16:36.160 --> 00:16:37.910 align:start position:0% 100 than the water drop. Again, this is just<00:16:36.400> an<00:16:36.480> estimate,<00:16:36.920> and<00:16:37.040> the<00:16:37.120> Amazon<00:16:37.520> Basics 00:16:37.910 --> 00:16:37.920 align:start position:0% just an estimate, and the Amazon Basics 00:16:37.920 --> 00:16:40.110 align:start position:0% just an estimate, and the Amazon Basics appears<00:16:38.320> to<00:16:38.400> be<00:16:38.520> between<00:16:38.839> 25<00:16:39.440> and<00:16:39.560> 50<00:16:39.839> parts 00:16:40.110 --> 00:16:40.120 align:start position:0% appears to be between 25 and 50 parts 00:16:40.120 --> 00:16:41.630 align:start position:0% appears to be between 25 and 50 parts per<00:16:40.240> million,<00:16:40.600> the<00:16:40.680> best<00:16:41.000> yet.<00:16:41.400> And<00:16:41.520> it 00:16:41.630 --> 00:16:41.640 align:start position:0% per million, the best yet. And it 00:16:41.640 --> 00:16:43.470 align:start position:0% per million, the best yet. And it appears<00:16:42.000> that<00:16:42.120> the<00:16:42.240> ZeroWater<00:16:42.839> did<00:16:43.080> remove 00:16:43.470 --> 00:16:43.480 align:start position:0% appears that the ZeroWater did remove 00:16:43.480 --> 00:16:45.110 align:start position:0% appears that the ZeroWater did remove all<00:16:43.600> the<00:16:43.680> fluoride<00:16:44.160> as<00:16:44.320> a<00:16:44.360> color<00:16:44.640> matches<00:16:45.040> the 00:16:45.110 --> 00:16:45.120 align:start position:0% all the fluoride as a color matches the 00:16:45.120 --> 00:16:46.870 align:start position:0% all the fluoride as a color matches the zero<00:16:45.400> parts<00:16:45.640> per<00:16:45.760> million<00:16:46.120> color.<00:16:46.480> Very 00:16:46.870 --> 00:16:46.880 align:start position:0% zero parts per million color. Very 00:16:46.880 --> 00:16:48.750 align:start position:0% zero parts per million color. Very impressive.<00:16:47.760> The<00:16:47.839> Brita<00:16:48.120> appears<00:16:48.520> to<00:16:48.600> have 00:16:48.750 --> 00:16:48.760 align:start position:0% impressive. The Brita appears to have 00:16:48.760 --> 00:16:49.990 align:start position:0% impressive. The Brita appears to have performed<00:16:49.120> a<00:16:49.160> little<00:16:49.320> bit<00:16:49.440> better<00:16:49.720> than 00:16:49.990 --> 00:16:50.000 align:start position:0% performed a little bit better than 00:16:50.000 --> 00:16:51.550 align:start position:0% performed a little bit better than average<00:16:50.240> at<00:16:50.400> just<00:16:50.640> over<00:16:50.839> 50<00:16:51.160> parts<00:16:51.440> per 00:16:51.550 --> 00:16:51.560 align:start position:0% average at just over 50 parts per 00:16:51.560 --> 00:16:53.190 align:start position:0% average at just over 50 parts per million.<00:16:52.120> The<00:16:52.240> LifeStraw<00:16:52.680> looks<00:16:52.880> close<00:16:53.120> to 00:16:53.190 --> 00:16:53.200 align:start position:0% million. The LifeStraw looks close to 00:16:53.200 --> 00:16:54.870 align:start position:0% million. The LifeStraw looks close to the<00:16:53.280> same<00:16:53.520> as<00:16:53.600> the<00:16:53.680> Brita<00:16:54.000> at<00:16:54.120> just<00:16:54.400> over<00:16:54.560> 50 00:16:54.870 --> 00:16:54.880 align:start position:0% the same as the Brita at just over 50 00:16:54.880 --> 00:16:56.750 align:start position:0% the same as the Brita at just over 50 parts<00:16:55.200> per<00:16:55.320> million.<00:16:55.920> So,<00:16:56.040> let's<00:16:56.240> consider<00:16:56.680> it 00:16:56.750 --> 00:16:56.760 align:start position:0% parts per million. So, let's consider it 00:16:56.760 --> 00:16:58.550 align:start position:0% parts per million. So, let's consider it a<00:16:56.839> tie.<00:16:57.360> The<00:16:57.560> AquaGear<00:16:58.000> performed<00:16:58.360> better 00:16:58.550 --> 00:16:58.560 align:start position:0% a tie. The AquaGear performed better 00:16:58.560 --> 00:16:59.910 align:start position:0% a tie. The AquaGear performed better than<00:16:58.680> most<00:16:58.920> of<00:16:58.960> the<00:16:59.080> other<00:16:59.240> brands<00:16:59.600> on<00:16:59.720> this 00:16:59.910 --> 00:16:59.920 align:start position:0% than most of the other brands on this 00:16:59.920 --> 00:17:02.030 align:start position:0% than most of the other brands on this test<00:17:00.240> at<00:17:00.320> around<00:17:00.560> 25<00:17:01.120> to<00:17:01.240> 40<00:17:01.560> parts<00:17:01.880> per 00:17:02.030 --> 00:17:02.040 align:start position:0% test at around 25 to 40 parts per 00:17:02.040 --> 00:17:03.630 align:start position:0% test at around 25 to 40 parts per million.<00:17:02.680> Again,<00:17:03.040> this<00:17:03.240> is<00:17:03.360> just<00:17:03.520> an 00:17:03.630 --> 00:17:03.640 align:start position:0% million. Again, this is just an 00:17:03.640 --> 00:17:04.949 align:start position:0% million. Again, this is just an estimate,<00:17:04.079> and<00:17:04.160> the<00:17:04.240> color<00:17:04.520> of<00:17:04.600> the<00:17:04.720> water 00:17:04.949 --> 00:17:04.959 align:start position:0% estimate, and the color of the water 00:17:04.959 --> 00:17:06.309 align:start position:0% estimate, and the color of the water filtered<00:17:05.199> by<00:17:05.319> the<00:17:05.480> Epic<00:17:05.800> appears<00:17:06.120> to<00:17:06.199> be 00:17:06.309 --> 00:17:06.319 align:start position:0% filtered by the Epic appears to be 00:17:06.319 --> 00:17:08.270 align:start position:0% filtered by the Epic appears to be around<00:17:06.680> 10<00:17:06.880> parts<00:17:07.199> per<00:17:07.319> million.<00:17:07.920> The<00:17:08.040> test 00:17:08.270 --> 00:17:08.280 align:start position:0% around 10 parts per million. The test 00:17:08.280 --> 00:17:09.829 align:start position:0% around 10 parts per million. The test strip<00:17:08.480> for<00:17:08.600> the<00:17:08.720> Seychelle<00:17:09.079> is<00:17:09.199> a<00:17:09.240> light<00:17:09.520> pink, 00:17:09.829 --> 00:17:09.839 align:start position:0% strip for the Seychelle is a light pink, 00:17:09.839 --> 00:17:11.710 align:start position:0% strip for the Seychelle is a light pink, and<00:17:09.920> it<00:17:10.000> appears<00:17:10.400> to<00:17:10.480> be<00:17:10.640> between<00:17:11.000> 50<00:17:11.280> and<00:17:11.400> 100 00:17:11.710 --> 00:17:11.720 align:start position:0% and it appears to be between 50 and 100 00:17:11.720 --> 00:17:13.189 align:start position:0% and it appears to be between 50 and 100 parts<00:17:12.000> per<00:17:12.160> million.<00:17:12.720> Just<00:17:12.959> like<00:17:13.120> the 00:17:13.189 --> 00:17:13.199 align:start position:0% parts per million. Just like the 00:17:13.199 --> 00:17:14.750 align:start position:0% parts per million. Just like the ZeroWater,<00:17:13.760> the<00:17:13.880> Clearly<00:17:14.199> Filtered<00:17:14.560> did<00:17:14.680> a 00:17:14.750 --> 00:17:14.760 align:start position:0% ZeroWater, the Clearly Filtered did a 00:17:14.760 --> 00:17:16.350 align:start position:0% ZeroWater, the Clearly Filtered did a really<00:17:15.079> good<00:17:15.280> job<00:17:15.520> on<00:17:15.600> this<00:17:15.839> test,<00:17:16.160> and<00:17:16.240> it 00:17:16.350 --> 00:17:16.360 align:start position:0% really good job on this test, and it 00:17:16.360 --> 00:17:18.390 align:start position:0% really good job on this test, and it appears<00:17:16.680> to<00:17:16.760> be<00:17:16.880> between<00:17:17.280> 0<00:17:17.640> and<00:17:17.800> 10<00:17:18.000> parts<00:17:18.280> per 00:17:18.390 --> 00:17:18.400 align:start position:0% appears to be between 0 and 10 parts per 00:17:18.400 --> 00:17:20.590 align:start position:0% appears to be between 0 and 10 parts per million.<00:17:19.000> The<00:17:19.120> DYL<00:17:19.400> reverse<00:17:19.800> osmosis<00:17:20.319> system 00:17:20.590 --> 00:17:20.600 align:start position:0% million. The DYL reverse osmosis system 00:17:20.600 --> 00:17:22.189 align:start position:0% million. The DYL reverse osmosis system has<00:17:20.720> done<00:17:20.880> a<00:17:20.920> terrific<00:17:21.360> job,<00:17:21.760> and<00:17:21.839> the<00:17:21.920> test 00:17:22.189 --> 00:17:22.199 align:start position:0% has done a terrific job, and the test 00:17:22.199 --> 00:17:23.670 align:start position:0% has done a terrific job, and the test strips<00:17:22.439> appear<00:17:22.760> to<00:17:22.800> be<00:17:22.920> almost<00:17:23.199> a<00:17:23.240> perfect 00:17:23.670 --> 00:17:23.680 align:start position:0% strips appear to be almost a perfect 00:17:23.680 --> 00:17:25.189 align:start position:0% strips appear to be almost a perfect match<00:17:23.959> with<00:17:24.120> 0<00:17:24.400> parts<00:17:24.720> per<00:17:24.839> million<00:17:25.079> of 00:17:25.189 --> 00:17:25.199 align:start position:0% match with 0 parts per million of 00:17:25.199 --> 00:17:26.670 align:start position:0% match with 0 parts per million of fluoride.<00:17:25.880> When<00:17:26.000> it<00:17:26.079> comes<00:17:26.319> to<00:17:26.439> water 00:17:26.670 --> 00:17:26.680 align:start position:0% fluoride. When it comes to water 00:17:26.680 --> 00:17:28.350 align:start position:0% fluoride. When it comes to water purification,<00:17:27.400> a<00:17:27.520> water<00:17:27.760> distiller<00:17:28.240> is 00:17:28.350 --> 00:17:28.360 align:start position:0% purification, a water distiller is 00:17:28.360 --> 00:17:29.790 align:start position:0% purification, a water distiller is considered<00:17:28.720> the<00:17:28.800> gold<00:17:29.040> standard<00:17:29.320> by<00:17:29.480> many, 00:17:29.790 --> 00:17:29.800 align:start position:0% considered the gold standard by many, 00:17:29.800 --> 00:17:31.510 align:start position:0% considered the gold standard by many, and<00:17:29.920> the<00:17:30.000> MegaHome<00:17:30.440> water<00:17:30.680> distiller<00:17:31.120> appears 00:17:31.510 --> 00:17:31.520 align:start position:0% and the MegaHome water distiller appears 00:17:31.520 --> 00:17:33.070 align:start position:0% and the MegaHome water distiller appears to<00:17:31.640> remove<00:17:32.040> all<00:17:32.240> the<00:17:32.320> fluoride<00:17:32.800> from<00:17:32.960> the 00:17:33.070 --> 00:17:33.080 align:start position:0% to remove all the fluoride from the 00:17:33.080 --> 00:17:34.750 align:start position:0% to remove all the fluoride from the water.<00:17:33.600> Using<00:17:33.920> water<00:17:34.160> test<00:17:34.440> strips<00:17:34.640> to 00:17:34.750 --> 00:17:34.760 align:start position:0% water. Using water test strips to 00:17:34.760 --> 00:17:36.430 align:start position:0% water. Using water test strips to measure<00:17:35.000> fluoride<00:17:35.440> content<00:17:35.920> is<00:17:36.080> definitely 00:17:36.430 --> 00:17:36.440 align:start position:0% measure fluoride content is definitely 00:17:36.440 --> 00:17:38.190 align:start position:0% measure fluoride content is definitely not<00:17:36.720> a<00:17:36.800> perfect<00:17:37.160> test,<00:17:37.520> and<00:17:37.600> I've<00:17:37.720> tried<00:17:38.000> to<00:17:38.080> do 00:17:38.190 --> 00:17:38.200 align:start position:0% not a perfect test, and I've tried to do 00:17:38.200 --> 00:17:39.990 align:start position:0% not a perfect test, and I've tried to do the<00:17:38.280> best<00:17:38.560> I<00:17:38.640> can<00:17:38.960> to<00:17:39.040> estimate<00:17:39.480> the<00:17:39.560> fluoride 00:17:39.990 --> 00:17:40.000 align:start position:0% the best I can to estimate the fluoride 00:17:40.000 --> 00:17:41.950 align:start position:0% the best I can to estimate the fluoride content.<00:17:40.800> The<00:17:40.880> test<00:17:41.160> water<00:17:41.400> was<00:17:41.600> definitely 00:17:41.950 --> 00:17:41.960 align:start position:0% content. The test water was definitely 00:17:41.960 --> 00:17:43.430 align:start position:0% content. The test water was definitely badly<00:17:42.280> saturated<00:17:42.800> with<00:17:42.960> fluoride<00:17:43.360> to 00:17:43.430 --> 00:17:43.440 align:start position:0% badly saturated with fluoride to 00:17:43.440 --> 00:17:45.030 align:start position:0% badly saturated with fluoride to distinguish<00:17:43.920> the<00:17:44.040> filters<00:17:44.400> that<00:17:44.600> most 00:17:45.030 --> 00:17:45.040 align:start position:0% distinguish the filters that most 00:17:45.040 --> 00:17:46.390 align:start position:0% distinguish the filters that most thoroughly<00:17:45.200> remove<00:17:45.560> fluoride.<00:17:46.200> And<00:17:46.320> the 00:17:46.390 --> 00:17:46.400 align:start position:0% thoroughly remove fluoride. And the 00:17:46.400 --> 00:17:48.390 align:start position:0% thoroughly remove fluoride. And the ZeroWater<00:17:47.360> DYL<00:17:47.480> and<00:17:47.600> MegaHome<00:17:48.040> appear<00:17:48.320> to 00:17:48.390 --> 00:17:48.400 align:start position:0% ZeroWater DYL and MegaHome appear to 00:17:48.400 --> 00:17:50.310 align:start position:0% ZeroWater DYL and MegaHome appear to remove<00:17:48.880> all<00:17:49.080> of<00:17:49.160> the<00:17:49.240> fluoride.<00:17:49.920> The<00:17:50.000> Clearly 00:17:50.310 --> 00:17:50.320 align:start position:0% remove all of the fluoride. The Clearly 00:17:50.320 --> 00:17:52.190 align:start position:0% remove all of the fluoride. The Clearly Filtered<00:17:50.680> also<00:17:50.960> came<00:17:51.240> pretty<00:17:51.440> close.<00:17:52.040> In<00:17:52.120> the 00:17:52.190 --> 00:17:52.200 align:start position:0% Filtered also came pretty close. In the 00:17:52.200 --> 00:17:53.750 align:start position:0% Filtered also came pretty close. In the next<00:17:52.480> test,<00:17:52.800> let's<00:17:53.000> add<00:17:53.240> just<00:17:53.520> enough 00:17:53.750 --> 00:17:53.760 align:start position:0% next test, let's add just enough 00:17:53.760 --> 00:17:54.950 align:start position:0% next test, let's add just enough chlorine<00:17:54.120> to<00:17:54.240> the<00:17:54.320> water<00:17:54.600> so<00:17:54.720> that<00:17:54.880> the 00:17:54.950 --> 00:17:54.960 align:start position:0% chlorine to the water so that the 00:17:54.960 --> 00:17:56.990 align:start position:0% chlorine to the water so that the chlorine<00:17:55.360> smell<00:17:55.640> is<00:17:55.760> present.<00:17:56.480> Every<00:17:56.720> once<00:17:56.920> in 00:17:56.990 --> 00:17:57.000 align:start position:0% chlorine smell is present. Every once in 00:17:57.000 --> 00:17:58.630 align:start position:0% chlorine smell is present. Every once in a<00:17:57.040> while,<00:17:57.280> the<00:17:57.400> tap<00:17:57.640> water<00:17:57.920> in<00:17:58.000> my<00:17:58.160> home<00:17:58.400> has<00:17:58.560> a 00:17:58.630 --> 00:17:58.640 align:start position:0% a while, the tap water in my home has a 00:17:58.640 --> 00:18:00.830 align:start position:0% a while, the tap water in my home has a very<00:17:58.920> strong<00:17:59.280> chlorine<00:17:59.680> smell.<00:18:00.320> I'm<00:18:00.480> using<00:18:00.760> a 00:18:00.830 --> 00:18:00.840 align:start position:0% very strong chlorine smell. I'm using a 00:18:00.840 --> 00:18:02.750 align:start position:0% very strong chlorine smell. I'm using a specific<00:18:01.360> tester<00:18:01.720> and<00:18:01.840> reagent<00:18:02.280> designed<00:18:02.640> for 00:18:02.750 --> 00:18:02.760 align:start position:0% specific tester and reagent designed for 00:18:02.760 --> 00:18:04.710 align:start position:0% specific tester and reagent designed for detecting<00:18:03.240> bleach.<00:18:03.880> The<00:18:04.000> unfiltered<00:18:04.480> water 00:18:04.710 --> 00:18:04.720 align:start position:0% detecting bleach. The unfiltered water 00:18:04.720 --> 00:18:06.430 align:start position:0% detecting bleach. The unfiltered water test<00:18:04.960> sample<00:18:05.280> turned<00:18:05.560> red<00:18:05.800> once<00:18:06.040> I<00:18:06.120> added<00:18:06.360> the 00:18:06.430 --> 00:18:06.440 align:start position:0% test sample turned red once I added the 00:18:06.440 --> 00:18:08.270 align:start position:0% test sample turned red once I added the reagent.<00:18:07.200> The<00:18:07.320> unfiltered<00:18:07.760> water<00:18:08.040> is<00:18:08.160> in 00:18:08.270 --> 00:18:08.280 align:start position:0% reagent. The unfiltered water is in 00:18:08.280 --> 00:18:09.870 align:start position:0% reagent. The unfiltered water is in really<00:18:08.520> bad<00:18:08.760> shape<00:18:09.000> with<00:18:09.120> a<00:18:09.160> maximum<00:18:09.600> rating 00:18:09.870 --> 00:18:09.880 align:start position:0% really bad shape with a maximum rating 00:18:09.880 --> 00:18:12.390 align:start position:0% really bad shape with a maximum rating of<00:18:09.960> 3.5<00:18:10.760> on<00:18:10.880> the<00:18:10.960> tester.<00:18:11.640> I<00:18:11.760> tested<00:18:12.200> all<00:18:12.320> the 00:18:12.390 --> 00:18:12.400 align:start position:0% of 3.5 on the tester. I tested all the 00:18:12.400 --> 00:18:14.030 align:start position:0% of 3.5 on the tester. I tested all the water<00:18:12.680> filters.<00:18:13.120> Unfortunately,<00:18:13.800> all<00:18:14.000> of 00:18:14.030 --> 00:18:14.040 align:start position:0% water filters. Unfortunately, all of 00:18:14.040 --> 00:18:15.590 align:start position:0% water filters. Unfortunately, all of them<00:18:14.200> scored<00:18:14.520> perfect<00:18:15.040> on<00:18:15.080> this<00:18:15.280> test, 00:18:15.590 --> 00:18:15.600 align:start position:0% them scored perfect on this test, 00:18:15.600 --> 00:18:17.430 align:start position:0% them scored perfect on this test, removing<00:18:16.000> all<00:18:16.120> of<00:18:16.200> the<00:18:16.280> chlorine<00:18:16.680> content. 00:18:17.430 --> 00:18:17.440 align:start position:0% removing all of the chlorine content. 00:18:17.440 --> 00:18:18.670 align:start position:0% removing all of the chlorine content. Let's<00:18:17.600> cut<00:18:17.760> open<00:18:18.000> each<00:18:18.160> of<00:18:18.200> the<00:18:18.280> filters, 00:18:18.670 --> 00:18:18.680 align:start position:0% Let's cut open each of the filters, 00:18:18.680 --> 00:18:20.150 align:start position:0% Let's cut open each of the filters, beginning<00:18:19.000> with<00:18:19.120> the<00:18:19.240> Waterdrop.<00:18:19.920> And<00:18:20.040> the 00:18:20.150 --> 00:18:20.160 align:start position:0% beginning with the Waterdrop. And the 00:18:20.160 --> 00:18:21.790 align:start position:0% beginning with the Waterdrop. And the oscillating<00:18:20.600> tool<00:18:20.840> made<00:18:21.040> very<00:18:21.280> quick<00:18:21.520> work<00:18:21.720> of 00:18:21.790 --> 00:18:21.800 align:start position:0% oscillating tool made very quick work of 00:18:21.800 --> 00:18:23.350 align:start position:0% oscillating tool made very quick work of the<00:18:21.880> Waterdrop.<00:18:22.520> And<00:18:22.640> the<00:18:22.720> Waterdrop<00:18:23.240> is 00:18:23.350 --> 00:18:23.360 align:start position:0% the Waterdrop. And the Waterdrop is 00:18:23.360 --> 00:18:25.070 align:start position:0% the Waterdrop. And the Waterdrop is packed<00:18:23.600> full<00:18:23.800> of<00:18:23.920> loose<00:18:24.160> filtering<00:18:24.600> media. 00:18:25.070 --> 00:18:25.080 align:start position:0% packed full of loose filtering media. 00:18:25.080 --> 00:18:26.110 align:start position:0% packed full of loose filtering media. The<00:18:25.160> PUR<00:18:25.320> performed<00:18:25.680> better<00:18:25.920> than<00:18:26.040> the 00:18:26.110 --> 00:18:26.120 align:start position:0% The PUR performed better than the 00:18:26.120 --> 00:18:27.270 align:start position:0% The PUR performed better than the Waterdrop<00:18:26.600> throughout<00:18:26.880> most<00:18:27.120> of<00:18:27.160> the 00:18:27.270 --> 00:18:27.280 align:start position:0% Waterdrop throughout most of the 00:18:27.280 --> 00:18:28.870 align:start position:0% Waterdrop throughout most of the testing.<00:18:27.880> And<00:18:27.960> the<00:18:28.040> PUR<00:18:28.240> filtering<00:18:28.600> media 00:18:28.870 --> 00:18:28.880 align:start position:0% testing. And the PUR filtering media 00:18:28.880 --> 00:18:30.230 align:start position:0% testing. And the PUR filtering media does<00:18:29.160> look<00:18:29.320> quite<00:18:29.480> a<00:18:29.520> bit<00:18:29.680> different<00:18:30.040> than<00:18:30.120> the 00:18:30.230 --> 00:18:30.240 align:start position:0% does look quite a bit different than the 00:18:30.240 --> 00:18:32.190 align:start position:0% does look quite a bit different than the Waterdrops.<00:18:31.040> The<00:18:31.160> Amazon<00:18:31.520> Basics<00:18:31.960> trailed 00:18:32.190 --> 00:18:32.200 align:start position:0% Waterdrops. The Amazon Basics trailed 00:18:32.200 --> 00:18:33.670 align:start position:0% Waterdrops. The Amazon Basics trailed the<00:18:32.280> PUR<00:18:32.560> in<00:18:32.680> some<00:18:32.880> of<00:18:32.960> the<00:18:33.080> tests,<00:18:33.360> but<00:18:33.480> seemed 00:18:33.670 --> 00:18:33.680 align:start position:0% the PUR in some of the tests, but seemed 00:18:33.680 --> 00:18:35.470 align:start position:0% the PUR in some of the tests, but seemed to<00:18:33.720> perform<00:18:34.080> better<00:18:34.360> at<00:18:34.480> filtering<00:18:34.880> fluoride. 00:18:35.470 --> 00:18:35.480 align:start position:0% to perform better at filtering fluoride. 00:18:35.480 --> 00:18:36.870 align:start position:0% to perform better at filtering fluoride. And<00:18:35.600> the<00:18:35.640> filter<00:18:36.000> media<00:18:36.280> looks<00:18:36.520> similar<00:18:36.760> to 00:18:36.870 --> 00:18:36.880 align:start position:0% And the filter media looks similar to 00:18:36.880 --> 00:18:38.910 align:start position:0% And the filter media looks similar to the<00:18:37.000> Waterdrops.<00:18:37.880> The<00:18:38.000> ZeroWater<00:18:38.520> performed 00:18:38.910 --> 00:18:38.920 align:start position:0% the Waterdrops. The ZeroWater performed 00:18:38.920 --> 00:18:40.710 align:start position:0% the Waterdrops. The ZeroWater performed very<00:18:39.200> well<00:18:39.440> in<00:18:39.520> this<00:18:39.760> review.<00:18:40.240> There<00:18:40.360> are<00:18:40.440> five 00:18:40.710 --> 00:18:40.720 align:start position:0% very well in this review. There are five 00:18:40.720 --> 00:18:42.430 align:start position:0% very well in this review. There are five stages<00:18:41.160> in<00:18:41.240> the<00:18:41.320> filtering<00:18:41.760> process<00:18:42.200> with<00:18:42.320> the 00:18:42.430 --> 00:18:42.440 align:start position:0% stages in the filtering process with the 00:18:42.440 --> 00:18:44.030 align:start position:0% stages in the filtering process with the ZeroWater,<00:18:43.040> and<00:18:43.160> this<00:18:43.360> filter<00:18:43.640> is<00:18:43.760> packed 00:18:44.030 --> 00:18:44.040 align:start position:0% ZeroWater, and this filter is packed 00:18:44.040 --> 00:18:45.630 align:start position:0% ZeroWater, and this filter is packed full<00:18:44.200> of<00:18:44.280> filtering<00:18:44.680> media.<00:18:45.240> The<00:18:45.320> filter 00:18:45.630 --> 00:18:45.640 align:start position:0% full of filtering media. The filter 00:18:45.640 --> 00:18:47.150 align:start position:0% full of filtering media. The filter media<00:18:45.880> inside<00:18:46.240> the<00:18:46.320> Brita<00:18:46.600> does<00:18:46.840> look<00:18:46.960> quite<00:18:47.120> a 00:18:47.150 --> 00:18:47.160 align:start position:0% media inside the Brita does look quite a 00:18:47.160 --> 00:18:48.870 align:start position:0% media inside the Brita does look quite a bit<00:18:47.320> different<00:18:47.640> than<00:18:47.720> the<00:18:47.800> previous<00:18:48.200> brands. 00:18:48.870 --> 00:18:48.880 align:start position:0% bit different than the previous brands. 00:18:48.880 --> 00:18:50.750 align:start position:0% bit different than the previous brands. The<00:18:48.960> LifeStraw<00:18:49.440> has<00:18:49.640> two<00:18:49.760> different<00:18:50.120> filters. 00:18:50.750 --> 00:18:50.760 align:start position:0% The LifeStraw has two different filters. 00:18:50.760 --> 00:18:52.110 align:start position:0% The LifeStraw has two different filters. The<00:18:50.880> first<00:18:51.120> filter<00:18:51.440> appears<00:18:51.840> to<00:18:51.920> be<00:18:52.040> a 00:18:52.110 --> 00:18:52.120 align:start position:0% The first filter appears to be a 00:18:52.120 --> 00:18:53.990 align:start position:0% The first filter appears to be a carbon-based<00:18:52.720> filtering<00:18:53.120> media.<00:18:53.560> The<00:18:53.640> second 00:18:53.990 --> 00:18:54.000 align:start position:0% carbon-based filtering media. The second 00:18:54.000 --> 00:18:55.190 align:start position:0% carbon-based filtering media. The second filter's<00:18:54.360> media<00:18:54.640> looks<00:18:54.840> quite<00:18:55.000> a<00:18:55.040> bit 00:18:55.190 --> 00:18:55.200 align:start position:0% filter's media looks quite a bit 00:18:55.200 --> 00:18:56.430 align:start position:0% filter's media looks quite a bit different<00:18:55.560> than<00:18:55.640> the<00:18:55.800> other<00:18:55.960> brands<00:18:56.320> and 00:18:56.430 --> 00:18:56.440 align:start position:0% different than the other brands and 00:18:56.440 --> 00:18:57.430 align:start position:0% different than the other brands and appears<00:18:56.720> to<00:18:56.800> be<00:18:56.920> some<00:18:57.160> sort<00:18:57.360> of 00:18:57.430 --> 00:18:57.440 align:start position:0% appears to be some sort of 00:18:57.440 --> 00:18:59.670 align:start position:0% appears to be some sort of microfiltration<00:18:58.320> membrane.<00:18:59.040> The<00:18:59.160> Epic<00:18:59.440> Water 00:18:59.670 --> 00:18:59.680 align:start position:0% microfiltration membrane. The Epic Water 00:18:59.680 --> 00:19:01.150 align:start position:0% microfiltration membrane. The Epic Water Filter<00:19:00.000> seems<00:19:00.240> to<00:19:00.320> be<00:19:00.440> quite<00:19:00.640> a<00:19:00.680> bit<00:19:00.840> different 00:19:01.150 --> 00:19:01.160 align:start position:0% Filter seems to be quite a bit different 00:19:01.160 --> 00:19:02.630 align:start position:0% Filter seems to be quite a bit different than<00:19:01.280> the<00:19:01.440> other<00:19:01.600> brands.<00:19:02.240> I<00:19:02.320> believe<00:19:02.520> that 00:19:02.630 --> 00:19:02.640 align:start position:0% than the other brands. I believe that 00:19:02.640 --> 00:19:04.110 align:start position:0% than the other brands. I believe that this<00:19:02.840> is<00:19:02.960> a<00:19:03.000> carbon<00:19:03.360> filter<00:19:03.680> with<00:19:03.880> ion 00:19:04.110 --> 00:19:04.120 align:start position:0% this is a carbon filter with ion 00:19:04.120 --> 00:19:05.750 align:start position:0% this is a carbon filter with ion exchange.<00:19:04.840> The<00:19:04.920> filter<00:19:05.240> media<00:19:05.520> with<00:19:05.640> the 00:19:05.750 --> 00:19:05.760 align:start position:0% exchange. The filter media with the 00:19:05.760 --> 00:19:07.630 align:start position:0% exchange. The filter media with the AquaCleer<00:19:06.280> looks<00:19:06.520> similar<00:19:06.760> to<00:19:06.880> the<00:19:07.000> Epic.<00:19:07.560> I 00:19:07.630 --> 00:19:07.640 align:start position:0% AquaCleer looks similar to the Epic. I 00:19:07.640 --> 00:19:09.030 align:start position:0% AquaCleer looks similar to the Epic. I believe<00:19:07.840> it's<00:19:07.960> carbon<00:19:08.320> as<00:19:08.480> well<00:19:08.640> as<00:19:08.800> ion 00:19:09.030 --> 00:19:09.040 align:start position:0% believe it's carbon as well as ion 00:19:09.040 --> 00:19:10.950 align:start position:0% believe it's carbon as well as ion exchange.<00:19:09.960> The<00:19:10.080> Santeau<00:19:10.400> has<00:19:10.600> two<00:19:10.720> of<00:19:10.800> these 00:19:10.950 --> 00:19:10.960 align:start position:0% exchange. The Santeau has two of these 00:19:10.960 --> 00:19:12.590 align:start position:0% exchange. The Santeau has two of these filters,<00:19:11.360> and<00:19:11.440> they're<00:19:11.560> both<00:19:11.840> the<00:19:12.000> same.<00:19:12.480> The 00:19:12.590 --> 00:19:12.600 align:start position:0% filters, and they're both the same. The 00:19:12.600 --> 00:19:14.070 align:start position:0% filters, and they're both the same. The filter<00:19:12.880> media<00:19:13.120> looks<00:19:13.320> similar<00:19:13.600> to<00:19:13.720> the<00:19:13.800> Aqua 00:19:14.070 --> 00:19:14.080 align:start position:0% filter media looks similar to the Aqua 00:19:14.080 --> 00:19:15.830 align:start position:0% filter media looks similar to the Aqua Clears.<00:19:14.760> They<00:19:14.840> clearly<00:19:15.160> filtered<00:19:15.480> performed 00:19:15.830 --> 00:19:15.840 align:start position:0% Clears. They clearly filtered performed 00:19:15.840 --> 00:19:17.230 align:start position:0% Clears. They clearly filtered performed very<00:19:16.120> well<00:19:16.280> in<00:19:16.360> this<00:19:16.520> review<00:19:16.840> compared<00:19:17.160> to 00:19:17.230 --> 00:19:17.240 align:start position:0% very well in this review compared to 00:19:17.240 --> 00:19:18.950 align:start position:0% very well in this review compared to most<00:19:17.480> of<00:19:17.560> the<00:19:17.680> other<00:19:17.880> brands.<00:19:18.480> And<00:19:18.600> the<00:19:18.640> filter 00:19:18.950 --> 00:19:18.960 align:start position:0% most of the other brands. And the filter 00:19:18.960 --> 00:19:20.910 align:start position:0% most of the other brands. And the filter media<00:19:19.200> looks<00:19:19.440> much<00:19:19.680> more<00:19:19.880> robust<00:19:20.280> and<00:19:20.400> complex 00:19:20.910 --> 00:19:20.920 align:start position:0% media looks much more robust and complex 00:19:20.920 --> 00:19:22.710 align:start position:0% media looks much more robust and complex in<00:19:21.000> the<00:19:21.080> previous<00:19:21.440> five<00:19:21.720> brands.<00:19:22.360> So,<00:19:22.520> which 00:19:22.710 --> 00:19:22.720 align:start position:0% in the previous five brands. So, which 00:19:22.720 --> 00:19:24.510 align:start position:0% in the previous five brands. So, which water<00:19:22.960> filter<00:19:23.280> is<00:19:23.400> the<00:19:23.520> best?<00:19:24.080> The<00:19:24.160> left<00:19:24.360> side 00:19:24.510 --> 00:19:24.520 align:start position:0% water filter is the best? The left side 00:19:24.520 --> 00:19:25.950 align:start position:0% water filter is the best? The left side of<00:19:24.600> the<00:19:24.640> scorecard<00:19:25.200> contains<00:19:25.520> some<00:19:25.600> basic 00:19:25.950 --> 00:19:25.960 align:start position:0% of the scorecard contains some basic 00:19:25.960 --> 00:19:27.350 align:start position:0% of the scorecard contains some basic information<00:19:26.480> about<00:19:26.720> each<00:19:26.880> brand<00:19:27.160> that<00:19:27.240> was 00:19:27.350 --> 00:19:27.360 align:start position:0% information about each brand that was 00:19:27.360 --> 00:19:29.030 align:start position:0% information about each brand that was not<00:19:27.640> included<00:19:28.080> in<00:19:28.160> calculating<00:19:28.680> the<00:19:28.760> winner 00:19:29.030 --> 00:19:29.040 align:start position:0% not included in calculating the winner 00:19:29.040 --> 00:19:30.830 align:start position:0% not included in calculating the winner of<00:19:29.080> the<00:19:29.160> review.<00:19:29.720> I<00:19:29.800> decided<00:19:30.200> not<00:19:30.440> to<00:19:30.520> include 00:19:30.830 --> 00:19:30.840 align:start position:0% of the review. I decided not to include 00:19:30.840 --> 00:19:32.350 align:start position:0% of the review. I decided not to include total<00:19:31.080> dissolved<00:19:31.480> solids<00:19:31.800> in<00:19:31.920> calculating 00:19:32.350 --> 00:19:32.360 align:start position:0% total dissolved solids in calculating 00:19:32.360 --> 00:19:33.910 align:start position:0% total dissolved solids in calculating the<00:19:32.480> winning<00:19:32.760> scores<00:19:33.160> since<00:19:33.360> not<00:19:33.560> all<00:19:33.680> total 00:19:33.910 --> 00:19:33.920 align:start position:0% the winning scores since not all total 00:19:33.920 --> 00:19:35.750 align:start position:0% the winning scores since not all total dissolved<00:19:34.280> solids<00:19:34.680> are<00:19:34.800> unsafe<00:19:35.280> in<00:19:35.360> drinking 00:19:35.750 --> 00:19:35.760 align:start position:0% dissolved solids are unsafe in drinking 00:19:35.760 --> 00:19:37.470 align:start position:0% dissolved solids are unsafe in drinking water.<00:19:36.200> The<00:19:36.320> graded<00:19:36.600> categories<00:19:37.160> are<00:19:37.280> on<00:19:37.400> the 00:19:37.470 --> 00:19:37.480 align:start position:0% water. The graded categories are on the 00:19:37.480 --> 00:19:38.550 align:start position:0% water. The graded categories are on the right<00:19:37.720> side<00:19:37.840> of<00:19:37.920> the<00:19:38.000> chart<00:19:38.320> and<00:19:38.440> I've 00:19:38.550 --> 00:19:38.560 align:start position:0% right side of the chart and I've 00:19:38.560 --> 00:19:40.110 align:start position:0% right side of the chart and I've converted<00:19:38.920> the<00:19:39.000> raw<00:19:39.200> performance<00:19:39.760> into<00:19:40.120> the 00:19:40.110 --> 00:19:40.120 align:start position:0% converted the raw performance into the 00:19:40.120 --> 00:19:42.270 align:start position:0% converted the raw performance into the first<00:19:40.440> to<00:19:40.520> last<00:19:40.840> place<00:19:41.120> ranking.<00:19:41.800> And<00:19:41.920> the<00:19:42.000> DYL 00:19:42.270 --> 00:19:42.280 align:start position:0% first to last place ranking. And the DYL 00:19:42.280 --> 00:19:44.150 align:start position:0% first to last place ranking. And the DYL reverse<00:19:42.680> osmosis<00:19:43.280> and<00:19:43.400> the<00:19:43.440> Mega<00:19:43.720> Home<00:19:43.920> Water 00:19:44.150 --> 00:19:44.160 align:start position:0% reverse osmosis and the Mega Home Water 00:19:44.160 --> 00:19:45.790 align:start position:0% reverse osmosis and the Mega Home Water Distiller<00:19:44.600> tied<00:19:44.840> for<00:19:45.000> first<00:19:45.320> place<00:19:45.560> with<00:19:45.680> an 00:19:45.790 --> 00:19:45.800 align:start position:0% Distiller tied for first place with an 00:19:45.800 --> 00:19:48.270 align:start position:0% Distiller tied for first place with an average<00:19:46.080> finish<00:19:46.400> of<00:19:46.480> 1.25.<00:19:47.760> Beginning<00:19:48.120> with 00:19:48.270 --> 00:19:48.280 align:start position:0% average finish of 1.25. Beginning with 00:19:48.280 --> 00:19:49.750 align:start position:0% average finish of 1.25. Beginning with the<00:19:48.360> DYL,<00:19:48.720> it's<00:19:48.880> pretty<00:19:49.080> expensive<00:19:49.600> at<00:19:49.720> a 00:19:49.750 --> 00:19:49.760 align:start position:0% the DYL, it's pretty expensive at a 00:19:49.760 --> 00:19:52.190 align:start position:0% the DYL, it's pretty expensive at a price<00:19:50.040> of<00:19:50.160> around<00:19:50.440> $270,<00:19:51.560> but<00:19:51.720> the<00:19:51.800> filters 00:19:52.190 --> 00:19:52.200 align:start position:0% price of around $270, but the filters 00:19:52.200 --> 00:19:53.990 align:start position:0% price of around $270, but the filters are<00:19:52.280> supposed<00:19:52.640> to<00:19:52.720> last<00:19:53.000> for<00:19:53.080> around<00:19:53.400> 1,000 00:19:53.990 --> 00:19:54.000 align:start position:0% are supposed to last for around 1,000 00:19:54.000 --> 00:19:55.710 align:start position:0% are supposed to last for around 1,000 gallons.<00:19:54.760> It's<00:19:54.920> a<00:19:54.960> pretty<00:19:55.200> quick<00:19:55.440> water 00:19:55.710 --> 00:19:55.720 align:start position:0% gallons. It's a pretty quick water 00:19:55.720 --> 00:19:57.390 align:start position:0% gallons. It's a pretty quick water filter<00:19:56.080> and<00:19:56.200> it<00:19:56.280> does<00:19:56.440> an<00:19:56.560> amazing<00:19:57.000> job<00:19:57.320> of 00:19:57.390 --> 00:19:57.400 align:start position:0% filter and it does an amazing job of 00:19:57.400 --> 00:19:59.070 align:start position:0% filter and it does an amazing job of cleaning<00:19:57.720> the<00:19:57.800> water.<00:19:58.360> If<00:19:58.480> it<00:19:58.600> fits<00:19:58.760> within<00:19:59.040> a 00:19:59.070 --> 00:19:59.080 align:start position:0% cleaning the water. If it fits within a 00:19:59.080 --> 00:20:00.670 align:start position:0% cleaning the water. If it fits within a budget,<00:19:59.480> it<00:19:59.560> seems<00:19:59.800> like<00:19:59.960> a<00:20:00.000> great<00:20:00.280> choice<00:20:00.560> for 00:20:00.670 --> 00:20:00.680 align:start position:0% budget, it seems like a great choice for 00:20:00.680 --> 00:20:02.070 align:start position:0% budget, it seems like a great choice for families<00:20:01.080> that<00:20:01.160> go<00:20:01.320> through<00:20:01.480> a<00:20:01.520> lot<00:20:01.720> of<00:20:01.800> water 00:20:02.070 --> 00:20:02.080 align:start position:0% families that go through a lot of water 00:20:02.080 --> 00:20:03.870 align:start position:0% families that go through a lot of water as<00:20:02.200> this<00:20:02.400> thing<00:20:02.640> works<00:20:02.880> quickly.<00:20:03.560> The<00:20:03.640> Mega 00:20:03.870 --> 00:20:03.880 align:start position:0% as this thing works quickly. The Mega 00:20:03.880 --> 00:20:05.870 align:start position:0% as this thing works quickly. The Mega Home<00:20:04.040> Distiller<00:20:04.480> is<00:20:04.600> another<00:20:04.920> great<00:20:05.160> system. 00:20:05.870 --> 00:20:05.880 align:start position:0% Home Distiller is another great system. 00:20:05.880 --> 00:20:07.470 align:start position:0% Home Distiller is another great system. It<00:20:06.000> does<00:20:06.240> use<00:20:06.400> quite<00:20:06.600> a<00:20:06.640> bit<00:20:06.760> of<00:20:06.840> electricity 00:20:07.470 --> 00:20:07.480 align:start position:0% It does use quite a bit of electricity 00:20:07.480 --> 00:20:09.310 align:start position:0% It does use quite a bit of electricity and<00:20:07.600> is<00:20:07.680> pretty<00:20:07.920> slow<00:20:08.240> at<00:20:08.320> around<00:20:08.600> 41<00:20:09.040> minutes 00:20:09.310 --> 00:20:09.320 align:start position:0% and is pretty slow at around 41 minutes 00:20:09.320 --> 00:20:10.990 align:start position:0% and is pretty slow at around 41 minutes for<00:20:09.440> two<00:20:09.640> cups<00:20:09.960> of<00:20:10.080> water.<00:20:10.560> On<00:20:10.720> the<00:20:10.800> other 00:20:10.990 --> 00:20:11.000 align:start position:0% for two cups of water. On the other 00:20:11.000 --> 00:20:12.110 align:start position:0% for two cups of water. On the other hand,<00:20:11.240> there<00:20:11.360> aren't<00:20:11.520> any<00:20:11.720> filters<00:20:12.080> to 00:20:12.110 --> 00:20:12.120 align:start position:0% hand, there aren't any filters to 00:20:12.120 --> 00:20:13.470 align:start position:0% hand, there aren't any filters to replace,<00:20:12.560> but<00:20:12.680> it<00:20:12.800> does<00:20:13.040> need<00:20:13.200> cleaning 00:20:13.470 --> 00:20:13.480 align:start position:0% replace, but it does need cleaning 00:20:13.480 --> 00:20:15.230 align:start position:0% replace, but it does need cleaning periodically.<00:20:14.360> If<00:20:14.520> you're<00:20:14.600> only<00:20:14.800> needing<00:20:15.080> 1 00:20:15.230 --> 00:20:15.240 align:start position:0% periodically. If you're only needing 1 00:20:15.240 --> 00:20:16.590 align:start position:0% periodically. If you're only needing 1 to<00:20:15.360> 2<00:20:15.520> gallons<00:20:15.880> per<00:20:16.000> day,<00:20:16.280> this<00:20:16.480> would 00:20:16.590 --> 00:20:16.600 align:start position:0% to 2 gallons per day, this would 00:20:16.600 --> 00:20:18.470 align:start position:0% to 2 gallons per day, this would definitely<00:20:16.960> be<00:20:17.080> a<00:20:17.160> great<00:20:17.480> choice.<00:20:18.240> By<00:20:18.400> the 00:20:18.470 --> 00:20:18.480 align:start position:0% definitely be a great choice. By the 00:20:18.480 --> 00:20:20.070 align:start position:0% definitely be a great choice. By the way,<00:20:18.720> this<00:20:18.960> is<00:20:19.080> what's<00:20:19.280> left<00:20:19.480> behind<00:20:19.880> after 00:20:20.070 --> 00:20:20.080 align:start position:0% way, this is what's left behind after 00:20:20.080 --> 00:20:22.070 align:start position:0% way, this is what's left behind after distilling<00:20:20.520> 1<00:20:20.720> gallon<00:20:21.040> of<00:20:21.120> drinking<00:20:21.520> water. 00:20:22.070 --> 00:20:22.080 align:start position:0% distilling 1 gallon of drinking water. 00:20:22.080 --> 00:20:23.990 align:start position:0% distilling 1 gallon of drinking water. Looks<00:20:22.400> worse<00:20:22.640> than<00:20:22.760> the<00:20:22.840> pond<00:20:23.200> water.<00:20:23.720> If<00:20:23.840> it's 00:20:23.990 --> 00:20:24.000 align:start position:0% Looks worse than the pond water. If it's 00:20:24.000 --> 00:20:25.510 align:start position:0% Looks worse than the pond water. If it's all<00:20:24.160> about<00:20:24.400> the<00:20:24.480> budget,<00:20:24.880> I<00:20:24.960> really<00:20:25.160> like<00:20:25.400> the 00:20:25.510 --> 00:20:25.520 align:start position:0% all about the budget, I really like the 00:20:25.520 --> 00:20:26.990 align:start position:0% all about the budget, I really like the Zero<00:20:25.800> Water<00:20:26.120> and<00:20:26.240> this<00:20:26.440> would<00:20:26.560> definitely<00:20:26.880> be 00:20:26.990 --> 00:20:27.000 align:start position:0% Zero Water and this would definitely be 00:20:27.000 --> 00:20:29.670 align:start position:0% Zero Water and this would definitely be my<00:20:27.200> choice<00:20:27.560> at<00:20:27.680> a<00:20:27.720> price<00:20:28.000> of<00:20:28.080> around<00:20:28.360> $34.<00:20:29.520> It 00:20:29.670 --> 00:20:29.680 align:start position:0% my choice at a price of around $34. It 00:20:29.680 --> 00:20:31.270 align:start position:0% my choice at a price of around $34. It filters<00:20:30.040> water<00:20:30.280> pretty<00:20:30.520> quickly<00:20:30.880> and<00:20:31.000> it<00:20:31.080> does 00:20:31.270 --> 00:20:31.280 align:start position:0% filters water pretty quickly and it does 00:20:31.280 --> 00:20:33.390 align:start position:0% filters water pretty quickly and it does a<00:20:31.360> terrific<00:20:31.840> job.<00:20:32.440> The<00:20:32.520> Zero<00:20:32.760> Water<00:20:33.040> strips 00:20:33.390 --> 00:20:33.400 align:start position:0% a terrific job. The Zero Water strips 00:20:33.400 --> 00:20:34.950 align:start position:0% a terrific job. The Zero Water strips the<00:20:33.480> water<00:20:33.800> of<00:20:33.880> just<00:20:34.120> about<00:20:34.400> everything<00:20:34.840> and 00:20:34.950 --> 00:20:34.960 align:start position:0% the water of just about everything and 00:20:34.960 --> 00:20:36.150 align:start position:0% the water of just about everything and for<00:20:35.040> that<00:20:35.280> reason,<00:20:35.600> the<00:20:35.680> filters<00:20:36.080> will 00:20:36.150 --> 00:20:36.160 align:start position:0% for that reason, the filters will 00:20:36.160 --> 00:20:37.870 align:start position:0% for that reason, the filters will probably<00:20:36.520> have<00:20:36.720> to<00:20:36.800> be<00:20:36.920> replaced<00:20:37.360> more<00:20:37.560> often 00:20:37.870 --> 00:20:37.880 align:start position:0% probably have to be replaced more often 00:20:37.880 --> 00:20:39.750 align:start position:0% probably have to be replaced more often than<00:20:38.000> most<00:20:38.240> of<00:20:38.280> the<00:20:38.400> other<00:20:38.600> brands.<00:20:39.360> However, 00:20:39.750 --> 00:20:39.760 align:start position:0% than most of the other brands. However, 00:20:39.760 --> 00:20:41.310 align:start position:0% than most of the other brands. However, if<00:20:40.040> you<00:20:40.040> buy<00:20:40.200> the<00:20:40.320> filters<00:20:40.720> in<00:20:40.800> bulk,<00:20:41.080> you<00:20:41.200> can 00:20:41.310 --> 00:20:41.320 align:start position:0% if you buy the filters in bulk, you can 00:20:41.320 --> 00:20:43.350 align:start position:0% if you buy the filters in bulk, you can acquire<00:20:41.640> the<00:20:41.760> filters<00:20:42.120> for<00:20:42.240> around<00:20:42.520> 12<00:20:42.840> to<00:20:42.920> 13 00:20:43.350 --> 00:20:43.360 align:start position:0% acquire the filters for around 12 to 13 00:20:43.360 --> 00:20:45.230 align:start position:0% acquire the filters for around 12 to 13 dollars<00:20:43.720> each.<00:20:44.280> Some<00:20:44.480> people<00:20:44.760> want<00:20:44.960> a<00:20:45.000> water 00:20:45.230 --> 00:20:45.240 align:start position:0% dollars each. Some people want a water 00:20:45.240 --> 00:20:46.630 align:start position:0% dollars each. Some people want a water filter<00:20:45.520> system<00:20:45.880> that<00:20:46.000> leaves<00:20:46.200> the<00:20:46.280> minerals 00:20:46.630 --> 00:20:46.640 align:start position:0% filter system that leaves the minerals 00:20:46.640 --> 00:20:48.270 align:start position:0% filter system that leaves the minerals in<00:20:46.720> the<00:20:46.800> water.<00:20:47.240> Me<00:20:47.400> personally,<00:20:47.920> I'd<00:20:48.080> rather 00:20:48.270 --> 00:20:48.280 align:start position:0% in the water. Me personally, I'd rather 00:20:48.280 --> 00:20:50.030 align:start position:0% in the water. Me personally, I'd rather take<00:20:48.600> everything<00:20:49.160> out<00:20:49.360> and<00:20:49.520> add<00:20:49.680> back<00:20:49.920> the 00:20:50.030 --> 00:20:50.040 align:start position:0% take everything out and add back the 00:20:50.040 --> 00:20:52.030 align:start position:0% take everything out and add back the minerals<00:20:50.360> that<00:20:50.520> I<00:20:50.600> want<00:20:50.800> to<00:20:50.880> consume.<00:20:51.760> All<00:20:51.960> of 00:20:52.030 --> 00:20:52.040 align:start position:0% minerals that I want to consume. All of 00:20:52.040 --> 00:20:53.190 align:start position:0% minerals that I want to consume. All of the<00:20:52.120> videos<00:20:52.320> in<00:20:52.360> this<00:20:52.520> channel,<00:20:52.880> including 00:20:53.190 --> 00:20:53.200 align:start position:0% the videos in this channel, including 00:20:53.200 --> 00:20:54.910 align:start position:0% the videos in this channel, including this<00:20:53.400> one,<00:20:53.600> are<00:20:53.680> viewer<00:20:53.960> suggested.<00:20:54.760> So,<00:20:54.840> if 00:20:54.910 --> 00:20:54.920 align:start position:0% this one, are viewer suggested. So, if 00:20:54.920 --> 00:20:56.310 align:start position:0% this one, are viewer suggested. So, if you<00:20:55.040> have<00:20:55.200> a<00:20:55.240> video<00:20:55.560> idea,<00:20:55.960> I<00:20:56.000> hope<00:20:56.200> you'll 00:20:56.310 --> 00:20:56.320 align:start position:0% you have a video idea, I hope you'll 00:20:56.320 --> 00:20:58.190 align:start position:0% you have a video idea, I hope you'll take<00:20:56.560> time<00:20:56.800> to<00:20:56.880> leave<00:20:57.040> a<00:20:57.080> comment.<00:20:57.880> Thanks<00:20:58.120> so 00:20:58.190 --> 00:20:58.200 align:start position:0% take time to leave a comment. Thanks so 00:20:58.200 --> 00:20:59.990 align:start position:0% take time to leave a comment. Thanks so much<00:20:58.400> for<00:20:58.480> watching.<00:20:59.120> Please<00:20:59.360> take<00:20:59.600> care<00:20:59.920> and 00:20:59.990 --> 00:21:00.000 align:start position:0% much for watching. Please take care and 00:21:00.000 --> 00:21:03.160 align:start position:0% much for watching. Please take care and I'll<00:21:00.040> look<00:21:00.200> forward<00:21:00.360> to<00:21:00.440> next<00:21:00.720> time.