SPE/PEM electrolysis – innovative technology of generating Hydrogen Rich Water.
Hydrogen-rich water is water with high levels of infused hydrogen (H2). This water is the subject of over 500 scientific studies on a range of over 140 health conditions.
Different Test indicate excellent selective antioxidant ability, anti inflammation, anti apoptosis and support for cell signaling. It is unlike an electronic water ionizer because it does not increase the pH of the output water, while increasing the antioxidant ORP levels and infused hydrogen.
There are few types of methods to produce hydrogen, one of them SPE/PEM electrolysis.
Our Hydrogen rich water products use SPE (Solid poly electrolytic) technology, and electrolysis plate has PEM (proton exchange membrane) membrane, so they produce PURE and SAFE hydrogen rich water, without by products such as OZONE, CHLORINE and other OXIDES.
If there is NO SPE/PEM electrolysis in H2 generator and used water is not 100% clean then produced hydrogen water can contain ozone, chlorine and other by-products, that are not recommended to be consumed.
Hydrogen generators/devices with SPE/PEM electrolysis make water of high hydrogen concentration from 1000 -1400 ppb in short period of time. This water has strong reducing power with hydrogen reduction potential of -450~-550mV and over.
Generated hydrogen rich water has neutral pH which is compatible for everyone in spite of health conditions. It is very beneficial for human being as naturally most of healthy organs and fluids has neutral pH.
Since there is no change in pH (Hydrogen Ion Concentration) before and after the generation of hydrogen water, it is free from the controversy over advantage and disadvantage of strong alkaline water.
PEM : PROTON EXCHANGE MEMBRANE.
Proton Exchange Membrane Diagram is the heart of a hydrogen infusion machine (HIM) electrolytic cell is the proton exchange membrane (PEM) with solid polymer electrolyte (SPE), a very different type of membrane from that used in a standard alkaline ionizer. Here is a diagram, a description of the components, and an overview of the chemistry involved in the production of H2 gas: 1). Water at the anode provides source of H+ ions. 2). PEM permits migration of H+ ions from anolyte to cathode. 3). At cathode, H+ ions combine with electrons from the power supply (reduction reaction) to form H atoms which pair-up to form H2 gas. 4). Oxygen gas produced at the anode (through oxidation of hydroxide) must be vented (alternatively, chlorine gas may be produced instead of oxygen, depending on source water chloride levels). 5). PEM contains an electrolyte (SPE, solid polymer electrolyte, an electrical conductor), and therefore electrolysis is not dependent on source water minerals. 6). Lower electrical resistance between anode & cathode results in less voltage drop and more efficient electrolytic production of H2. 7). Because pH of the drinking water is not raised, this design does not encourage the precipitation of calcium which greatly reduces the degree of limescale buildup within the system. The Author of PEM technology is Mr.Randy Sharpe.
* SPE/PEM electrolysis is new generation innovative technology of hydrogen generation
* Hydrogen water generators/ devices with SPE/PEM electrolysis technology produce SAFE and PURE hydrogen rich water.
* NO OZONE, CHLORINE and other OXIDES
* High concentration of hydrogen of 1000 – 1400 ppb (1-1,4 ppm) in short period of time.
* Strong reducing power with hydrogen reduction potential of -450~-550mV and over.
* Generated hydrogen rich water has neutral pH which is compatible to everyone.
* Water : Light and easy to drink compared to tap water.
* Daily intake: Minimum of 2 liters within per day.
* Eligibility: Any age.