Comparison of Proton Exchange Membrane Hydrolysis Hydrogen Production and Alkaline Tank Hydrolysis Hydrogen Production Machine

Comparison of Proton Exchange Membrane Hydrolysis Hydrogen Production and Alkaline Tank Hydrolysis Hydrogen Production Machine

Comparison of Advantages and Disadvantages of Hydrogen Production by Electrolyzer stack

Learn more

Let's understand the development prospect of photovoltaic hydrogen production industry

Let's understand the development prospect of photovoltaic hydrogen production industry

Photovoltaic water electrolysis hydrogen production is a technology that combines solar power generation and electrolytic water hydrogen production into a system. It has a development history of 40 years and is considered one of the most promising methods for hydrogen production. Hydrogen production using photovoltaic power generation mainly utilizes the direct current generated by the photovoltaic power generation system to directly supply the hydrogen production station for hydrogen production.

Learn more

Warmly welcome Wu Hanmin, Chairman of Kunlun Hydrogen, Sun Chen, Director of State Power Investment Corporation Central Research Institute, and Nie Feng, General Manager of Xing'an League Boyuan Chemical Co., Ltd.

Warmly welcome Wu Hanmin, Chairman of Kunlun Hydrogen, Sun Chen, Director of State Power Investment Corporation Central Research Institute, and Nie Feng, General Manager of Xing'an League Boyuan Chemical Co., Ltd.

On July 11, 2023, we had the honor to welcome Wu Hanmin, chairman of Kunlun hydrogen energy co., ltd., Tao Xin, deputy general manager of Beijing jingneng clean energy power co., ltd., Xu pengxiang, deputy general manager, sun Hongyu, general manager of xing'an league jingneng, nie feng, general manager of xing'an league boyuan chemical co., ltd., and sun Chen, director of the central research institute of state power investment.

Learn more

Kylin New Electrolysis Hydrogen Production System Released

Kylin New Electrolysis Hydrogen Production System Released

Learn more

One article to take you to understand the correct use of laboratory nitrogen generator

One article to take you to understand the correct use of laboratory nitrogen generator

Laboratory nitrogen generators are made based on the principle of air separation through electrocatalysis, where the electrolytic cell is designed using the reverse process of a fuel cell. As pressure-stabilized and pure raw air enters the electrolytic cell, oxygen in the air is adsorbed at the cathode and gains electrons, reacting with water to form hydroxide ions that migrate to the anode. At the anode, the hydroxide ions lose electrons and release oxygen, thus continuously separating oxygen from the air, leaving only nitrogen to be output through the gas line.

Learn more

< 1234...23 >