Alkaline Green Hydrogen System

Alkaline Green Hydrogen System Manufacturer

One of the top manufacturers, suppliers, and dealers of alkaline green hydrogen systems, Gujarat Ion Exchange and Chemicals Ltd (GIECL) provides affordable and environmentally friendly clean hydrogen generation solutions. Using renewable energy sources like sun or wind, the system splits molecule of water using alkaline electrolysis technique to produce high-purity hydrogen gas.

GIECL offers dependable green hydrogen with low operating costs and a long system life with its alkaline electrolyzers, which are made for industrial, mobile, and energy storage applications. These systems are designed for optimal efficiency, safety, and adherence to international green hydrogen standards with an emphasis on environmental responsibility.

Alkaline Green Hydrogen System

Technical Specifications

Parameter Specification
Electrolyzer Type Alkaline water electrolyzer
Input Water Quality Tolerates lower purity water compared to PEM, reducing pre-treatment costs
Hydrogen Purity Typically up to 99.9%
Production Capacity Modular design allows for scalable production, from small to multi-megawatt (MW) installations
Operating Pressure Can deliver hydrogen at pressures up to 30+ bar, minimizing the need for external compression
Stack Lifetime Long operational lifespan due to robust materials and simple construction
Power Source Operates on renewable electricity (solar, wind, hydropower)
System Integration Factory-assembled, tested modules for reduced installation time and project risk

Advantages of Alkaline Green Hydrogen System

  • Eco-Friendly : Produces zero carbon emissions when powered by renewable energy.
  • Proven Technology : Reliable and mature alkaline electrolysis process with decades of performance history.
  • Cost-Effective : Lower capital and operational costs compared to PEM or SOEC technologies.
  • Scalable Design : Modular systems tailored for small, medium, and large-scale hydrogen demands.
  • High Efficiency : Consistent hydrogen output with optimized power consumption.
  • Safe Operation : Integrated safety systems including gas sensors, pressure control, and auto-shutdown.
  • Low Maintenance : Rugged construction with minimal moving parts and long service intervals.
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