The 16 sets of alkaline water electrolysis hydrogen production systems delivered this time, each with a capacity of 1000 Nm³/h, were independently developed by Shuangliang Hydrogen. The product technology has been recognized and was selected as a demonstration case for innovative product application in the Yangtze River Delta region in July 2025. These green electricity hydrogen production systems will support green ammonia production in Oman, contributing to the local energy transition.
The cooperation history shows that the collaboration between Shuangliang Hydrogen and ACME Group began at the end of 2024, when both parties signed an agreement for the Oman green hydrogen and green ammonia project. In June 2025, the project entered the production phase, and the system shipment was completed in March 2026. Previously, Shuangliang Hydrogen had supplied polysilicon reduction furnaces and supporting equipment to the Oman United Solar Project. The delivery of these green electricity hydrogen production systems further consolidates its presence in the Oman market.
Shuangliang Hydrogen has strengthened its foundation through practical application and system upgrades. Its alkaline water electrolysis hydrogen production system was selected as an innovative case, and its engineering capabilities have been validated in projects such as Jingneng Xuangang. The company has also received government support for technological transformation, its hydrogen testing center has passed acceptance, and it has obtained a GC2-level pressure pipeline design license, providing qualification assurance for participation in global hydrogen projects.
As a wholly-owned subsidiary of Shuangliang Energy Saving, Shuangliang Hydrogen focuses on intelligent green electricity hydrogen production equipment and solutions, possessing a 5GW intelligent manufacturing base and testing center. Its latest generation of green electricity hydrogen production systems features high safety and low energy consumption, adopts a modular design, and has been applied in fields such as green ammonia and transportation, promoting zero-carbon energy development through the green electricity plus green hydrogen model.
