Why do we say that water photolysis has no future?

Introduction Why do we say that water photolysis has no future? High-efficiency photohydrolysis devices, inexpensive and difficult to promote. Inspired by the production of photovoltaic solar energy to electrolyze water, the production of photovoltaic energy then the

Why do we say that water photolysis has no future?

High efficiency, low cost, difficult to promote

The photohydrolysis device is inspired by the electrolysis of water through the production of solar photovoltaic energy, the electrolysis of water to produce hydrogen and solar energy storage. The energy is a renewable energy source and is ideal for development direction. However, the efficiency of water electrolysis is very low. To improve efficiency, noble metals should be used as thrust electrodes to reduce the resistance formed on the surface of the hydrogen accumulation electrode. This is very expensive and difficult to promote.

Electrolyzed water has the following four major disadvantages for healthy people:

1. It loses the minerals and trace elements that the human body must obtain from water. The more nutritious the water, the more so-called “dirty” substances will be precipitated after electrolysis. These thingsdirty” are minerals and trace elements.

2. Electrolyzed water has extremely high activity and solubility. When it enters the body, it dissolves and dilutes human nutrition. Prolonged and frequent consumption causes nutritional imbalance in the human body. "The more the body drinks, the drier the mouth becomes, which directly affects physical health.

3. Drinking electrolyzed water containing hydroxyl ions for a long time or more can reduce and neutralize the 'stomach acid, destroying normal digestion

4. Extremely active electrolyzed water can accelerate the functioning of human cells and organs, making people mature and age in advance. is like a car moving away and being scrapped at an accelerating rate

The process in which water (H2O) is electrolyzed by direct current to generate hydrogen and l. oxygen is called electrolyis water. When an electric current passes through water (H2O), hydrogen gas (H2) is formed by reducing the water at the cathode and oxygen (O2) is formed by oxidizing the water at the anode . The amount of hydrogen produced is approximately twice that of oxygen. Water electrolysis is the next generation method for preparing hydrogen fuel, replacing steam reforming to produce hydrogen.

As early as 1789, Jan Rudolf de Man and Adrian Pais van Truswijk used an electrostatic device to generate electricity and used gold electrodes to electrolyze water from the Leiden bottle into gas. In 1800, Alessandro Volta invented the voltaic cell, which would be used a few weeks later by William Nixon and Anthony Carlyle to electrolyze water. After Gramm invented the direct current generator in 1869, water electrolysis gradually attracted attention as an inexpensive method.e of hydrogen production.

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