Leveraging decades of high-pressure mastery to redefine the hydrogen value chain through certified R&D excellence.
Discover Now
Leveraging decades of high-pressure mastery to redefine the hydrogen value chain through certified R&D excellence.
Discover Now
Leveraging decades of high-pressure mastery to redefine the hydrogen value chain through certified R&D excellence.
Discover NowHydraulically Driven Hydrogen Compressor
Driven by a hydraulic pump, hydrogen is compressed to the required pressure and delivered to the application. As the hydraulic pump rotates, it draws hydraulic oil into the pump, where the oil is pressurized. This pressure increase compresses the hydrogen to the desired level.
Modular design for flexible deployment across different hydrogen application scenarios.
It has broad environmental adaptability in extreme environments (extreme cold, extreme heat, high altitude).
Smart monitoring and control systems for real-time operation optimization.
Proven performance across extreme temperature and pressure conditions worldwide.
Industry-leading reliability with rigorous quality assurance and testing protocols.
National Sci-Tech Progress Award, co-author of 10+ national hydrogen standards, key player in 10+ national projects
100+ patents and intellectual property achievements accumulated
Co-author of 20+ international design standards
10+ authoritative certification certificates obtained
20+ professional test reports issued by authoritative institutions
Founding Member of the National Hydrogen Energy Standards Committee
Responsible for the full lifecycle management of new products such as hydrogenators and hydrogenation columns
Hydrogen energy equipment R & D design, compressor product design more than 20 types
The main service areas are scientificresearch institutions, petrochemical industry, etc.,
Design of approximately 150 hydrogen
Our proprietary testing rigs allow for real-world simulation of extreme temperature and pressure cycles. This has helped our clients eliminate early-stage component failure and reduce maintenance costs by 30%.
Our proprietary testing rigs allow for real-world simulation of extreme temperature and pressure cycles. This has helped our clients eliminate early-stage component failure and reduce maintenance costs by 30%.
Our proprietary testing rigs allow for real-world simulation of extreme temperature and pressure cycles. This has helped our clients eliminate early-stage component failure and reduce maintenance costs by 30%.
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