【Major Industrial Equipment in the Chemical Engineering Sector】305 – Qiyi 18 Institute’s Periy Hydrogen delivered cabinet-type PEM hydrogen production equipment to a large Malaysian chemical company

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This post was last edited by Desert Fish on 2022-6-2 at 09:46. Comply with the Work Safety Law! Take on the role of the primary responsible person! ---------------------------------------------- The past decade has seen significant development in China’s chemical industry, with the emergence of many new processes, products, and equipment. China’s chemical processing equipment has also experienced substantial progress, which has contributed to the rapid growth of the petrochemical sector. Here, we have compiled a list of the achievements and breakthroughs made by Chinese equipment manufacturers in terms of larger-scale production and greater use of domestic equipment. Everyone is welcome to share their thoughts and opinions; let’s cheer for Made in China and support the development of chemical processing equipment! ------------------------------------------------------ In September 2021, PRY Hydrogen Energy Company, affiliated with the 718 Research Institute of China National Shipbuilding Corporation and located in Handan Economic Development Zone, delivered a set of cabinet-type PEM hydrogen production equipment to a large chemical company in Malaysia. This marked the first export of PRY’s PEM cabinet-type hydrogen production equipment, thereby enabling the company to enter overseas markets successfully. Recently, two sets of hydrogen production equipment were supplied to key clients in India and Nepal respectively, and both were successfully commissioned in a single attempt. PEM hydrogen production equipment refers to proton exchange membrane-type hydrogen generation systems, also known as pure water electrolysis hydrogen production devices. It is a new type of water electrolysis hydrogen production system that has been independently developed and produced by Periy Hydrogen Energy in recent years. This system generates hydrogen through pure water electrolysis, resulting in no pollution or corrosion throughout the process; it enables the production of hydrogen with higher purity. It can operate stably under high current conditions, offering advantages such as low energy consumption and high efficiency. It is widely used in various fields including transportation, grid energy storage, and smart microgrids.