CEEC Hydrogen Energy (Energy China Engineering Corporation)

Combines hydrogen and nitrogen to produce ammonia (NH3), historically powered by fossil-derived hydrogen (gray ammonia) but now shifting toward green hydrogen input.

A process for low-carbon hydrogen production using natural gas, with integrated CCS to capture and store over 95% of CO2 emissions at source.

Water electrolysis for green hydrogen is a technology that uses electricity from renewable sources like wind and solar power to split water into hydrogen and oxygen, producing hydrogen without direct CO₂ emissions when the power supply is fully renewable.[6] In Germany’s hydrogen ramp-up, large-scale electrolysis plants with capacities from tens to several hundred megawatts are being deployed at industrial and energy sites to supply green hydrogen to steelmakers, chemical producers and heavy transport.[1][4]

Louisiana, Texas, California, Alabama, Illinois

Songyuan, Jilin Province