A joint research team, affiliated with UNIST has introduced the Hybrid-Solid Electrolysis Cell (Hybrid-SOEC) system with highest reported electrochemical performance in hydrogen production. The proposed system has attracted much attention as a new promising option for the cost-effective and highly-efficient hydrogen production, as it shows excellent performance compared with other water-electrolysis systems.

Recently, the hydrogen compressor for the India project of water electrolysis hydrogen generator undertaken by our company has passed the test. Six compressors were sent to the port on August 10 according to the contract duration. In addition, there are five hydrogen compressors in preparation and will be delivered soon. Our company will consistently provide the best products to

A few days ago, a set of 2 NMCH water electrolysis hydrogen generator ordered by our customers has completed in-plant commissioning. During the process, the measured cell current density is 5000 A / m2 and the cell voltage is only 1.93 V. The data shows that the actual use efficiency of our equipment is much

Nickel telluride (NiTe), as a chalcogenide compound, has excellent catalytic oxidation performance in electrolytic water. However, its weak hydrogen adsorption capacity limits its wide application in the field of hydrogen production from electrolytic water. In order to solve this problem, recently, Professor Zhao Chuan of the University of New South Wales, Australia, has developed a

Among the many hydrogen production methods, hydrogen production from electrolyzed water is more environmentally friendly and efficient. Recently, Song Xiaoming of Qingdao University of Science and Technology reported a simple three-step method (including hydrothermal synthesis, strong alkali etching and low-temperature vulcanization) to obtain porous self-crosslinking Cos2 (p-cos2 / Ti) materials grown on titanium mesh in

A team led by the University of Glasgow in Scotland studied the electrodes coated with molybdenum telluride catalyst. They found that when the current applied to the electrodes in a specific high current pulse mode, the amount of hydrogen produced in the electrolysis process would increase. By optimizing the pulse pattern, the team said the

After a lapse of 6 years, our customer once again purchased a 2Nm3/h water electrolysis hydrogen generator and successfully debugged it in one time. In 2014, a customer of tungsten and molybdenum industry purchased a 0.4 Nm3/h hydrogen generator in our company. The performance of this equipment is still very good so far, and there

The researchers demonstrated that using nanocatalysts composed of nickel and iron increases the efficiency of water electrolysis, the process of breaking water atoms apart to produce hydrogen and oxygen and combining them with electrons to create hydrogen gas. Jingyi Chen, associate professor of University of Arkansas and her colleagues discovered that when nanoparticles composed of

So far, the biggest challenge for hydrogen energy is its “price tag”. Compared with other energy sources, the high cost often makes hydrogen energy out of reach. But the World Economic Forum (also known as Davos) believes that this situation is about to change. A few days ago, the latest report “Path to hydrogen competitiveness-A

At the moment of novel coronavirus spreading worldwide, our company still overcomes many difficulties and makes progress and insisting on company policy of “Think more for customers” to make better products for our customers. Through consistent efforts, our company has successfully won the tender of 11 sets of diaphragm hydrogen compressors for water electrolysis hydrogen