Green Hydrogen Energy

1. Industry Demand

Green hydrogen production covers water electrolysis cooling, high-pressure hydrogen compression heat dissipation and fuel cell stack temperature control. It features extreme working conditions including high system pressure, flammable and explosive hydrogen media, corrosive electrolytes and ultra-high precise temperature requirements. Professional heat exchangers are required to deliver high pressure resistance, zero-leakage sealing, excellent corrosion resistance and accurate thermal regulation to ensure safe, stable and efficient green hydrogen production.

2. Core Working Stations

Core scenarios include alkaline and PEM electrolyzer constant-temperature cooling, high-pressure hydrogen compression heat dissipation, full-range fuel cell stack temperature stabilization and ultra-precise thermal management for core reaction zones. Widely applied in large-scale hydrogen production and fuel cell systems, it ensures operational safety, energy efficiency improvement and long equipment service life.

3. Core Equipment

1. Nexson GreenP&S Plate-and-Shell Heat Exchanger: Flagship equipment for water electrolysis, high-pressure resistant and leak-proof, with strong electrolyte corrosion resistance, stabilizing electrolysis temperature and improving hydrogen production efficiency; 2. Thermowave Thermoline Semi-Welded Heat Exchanger: Dedicated for hydrogen compression, ultra-high pressure tolerant and easy to maintain, efficiently cooling compressed hydrogen and eliminating high-temperature safety hazards; 3. Nexson GreenBox Fully Welded Heat Exchanger: Core equipment for fuel cell thermal management, ultra-reliable sealing with zero hydrogen leakage, precisely stabilizing stack temperature and delaying cell attenuation; 4. Nexson GreenPrinted PCHE: Precision auxiliary equipment for fuel cell core zones, ultra-high heat flux density and ultra-precise temperature control, eliminating hotspots and improving stack power density.