Cockerill Jingli Hydrogen (hereinafter referred to as CJH) is the headquarter of Hydrogen BU of John Cockerill Group in China. CJH is focused on design, research and develop manufacture and sales of alkaline water electrolysis Hydrogen production. Based on intellectual property and rich experience of developing and manufacturing the hydrogen production equipment of Suzhou Jingli, John Cockerill Group continue to make efforts to strengthen its technology development, upgrading production line and expanding manufacturing capacity and improve quality to adapt to the rapid growth of the market.
As leader in the green hydrogen industry for 30+ years, CJH's alkaline water electrolysis hydrogen production are widely used and demonstrated in various fields. In 1995, the company took the lead in the development of 200Nm3/h microcomputer controlled hydrogen production equipment and won the national The largest of China honorary title.In 2017, the world's largest 1000Nm3/h pressurized water electrolysis hydrogen production equipment developed by the company, through the commercial promotion of CJH, it has become the mainstream model in the industry. In 2019, CJH provided 2 sets of 1000Nm3/h pressurized alkaline electrolytic water hydrogen production equipment for the first demonstration project of synthetic liquid solar fuel in China.
In 2020, CJH supplied Air Liquide with 5 sets of customized large-scale pressurized alkaline electrolytic water hydrogen production equipment.In 2021, 22 sets of DQ1000/1.6 pressurized alkaline electrolytic water hydrogen production equipment supplied by CJH was successfully delivered to Baofeng Energy Group for the national comprehensive demonstration project of hydrogen production by solar energy. In the same year, CJH developed the world's first set of 1200Nm3/h and 1300Nm3/h pressurized alkaline electrolytic water hydrogen production equipment. In 2022, CJH is awarded 24 sets of pressurized alkaline electrolytic water hydrogen production equipment (50% of the total share) to support Sinopec Xinjiang Kuqa project.
