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You already know the basics u2013 not to store Alkaline Water and always drink it fresh whenever you can. Letu2019s go a bit deeper. It is always recommended that Alkaline Ionized Water should be consumed fresh. But why is it so? You see the most important properties that make Alkaline Water beneficial for your body start to lose their value the longer you store it. And these properties are Micro-Clustering and Oxidation Reduction Potential (ORP). The Alkalinity of your water (pH) lasts for about a week when packed in an airtight container. But the other important characteristics are more or less lost by that time. If you believe that youu2019re going to be away from your home for a few days, you can realistically pack Alkaline Ionized Water in airtight glass bottles that are kept away from direct sunlight. The ORP might be a little reduced but when packed properly you can still benefit from the ORP and micro-clustering for one or two days.
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Technical Reading – The correlation between electricity consumption and the pH of your water Have you installed Hitachi Maxell’s Alkaline Water Ionizer at your home, but are unsure about its electrical consumption? Read on to find out what factors affect the electricity consumption of your device. When you select your desired pH and wait for the water to be processed, you might want to control the flow rate of your water to produce the best result in terms of Hydrogen content and pH level. It goes without saying that using high pH settings need a higher voltage between the Platinum Electrode Plates to generate the appropriate water. But a more important factor to control the electricity consumption is to manage the flow rate of the water. Having a steady flow rate not only reduces your electricity costs, but also gives you a better performance of the Hydrogen Concentration. For best results, try to monitor the flow rate so that it lies between 1.8-2.5 liters per minute. Another convenient power saving option is the Hydrogen Button, which increases the hydrogen content in your water at the cost of more electricity. So how does it save power? Well, you only need hydrogen when you’re using the water for drinking. For all other purposes such as de-greasing and cleaning, Hydrogen does not play much of a role. So by giving you an option to generate more Hydrogen when you process drinking water, you save electricity by not using the option when you need water for other purposes.
