China Is Using a New Approach to Mass Produce Healthier Water [Water]

Jan 7th 2011
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In order to produce mass quantities of healthier H2O, Chinese scientists have provide you with a new way to change water’s chemical composition. It involves making light water .

Natural water has tiny amounts of D2O molecules, deuterium and oxygen, jumbled together with the dihydrogen monoxide. Deuterium, also referred to as heavy hydrogen, is an isotope of hydrogen that contains one proton and one neutron. In North America, typical drinking water has a deuterium concentration of about 150 ppm, roughly similar to a number of drops per every quart.

Water with higher concentrations of D2

O is named heavy water

, and that is harmful to plants and animals. Against this, water with hardly any D2

O – or light water – can boost the immune system and benefit plant and animal health, in line with several studies. In one study from 2003, plant photosynthesis increased with the usage of light water. A study involving mice blasted with ionizing radiation

showed a dramatic difference in survival between mice that drank light water and mice that drank regular water. It’s far even used as a cancer treatment for humans: In 2008, researchers reported that light water noticeably lengthened

the lifespan of terminal cancer patients.

Given these positive effects, it kind of feels smart to present greater quantities of light water for public consumption. But it surely’s hard to provide – current methods include electrolysis, distillation, a high-temperature exchange method that uses hydrogen sulfide, and desalination from seawater, in step with authors Feng Huang and Changgong Meng of the dept of Chemistry at Dalian University of Technology in China. These methods are either expensive, inefficient or bad for our environment.

The authors propose a new method involving a platinum catalyst, which quickly removes deuterium from water using cold and warm temperatures, in line with the American Chemical Society . The end result is water with a deuterium concentration of roughly 125 ppm.

The method stands out as the basis for industrial-scale light water production – and a new strategy to produce huge quantities of healthier water for the hundreds.

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