AEM hydrogen generator manufacturers

Offering creative and sustainable solutions for green hydrogen production, Gujarat Ion Exchange and Chemicals Limited (GIECL) is a leading manufacturer and supplier of AEM (Anion Exchange Membrane) hydrogen generators. High-efficiency AEM the electrolyzers that provide zero-emission hydrogen generation using clean electricity are the specialty of GIECL, an engineering firm with decades of experience and a strong emphasis on renewable energy technology. Their systems are constructed according with international norms, guaranteeing longevity, limited energy usage, and ideal hydrogen purity. With the support of a strong research and development team and cutting-edge production facilities in India, GIECL is essential to the advancement of hydrogen economy projects in both local and foreign markets.

Features of AEM Hydrogen Generator

Sustainable Hydrogen Generation:produces carbon-free green hydrogen by splitting water using renewable electricity from sources like solar, wind, and hydro.
Technology of Anion Exchange Membranes: uses AEMs to enable high efficiency without costly precious metal catalysts (such as iridium or platinum) by allowing the selective movement of OH⁻ ions.
Cost-Saving Function: AEM systems are more cost-effective than PEM or alkaline alternatives because to their decreased need on precious metals and lower electricity usage.
High Purity of Hydrogen:provides hydrogen that is up to 99.999% pure, making it appropriate for energy storage, industry, and fuel cells.
Scalable and Modular Design:Configurations that are easily extensible to satisfy hydrogen demands at the small to industrial scale.
Minimal Operating Pressure: Safe operation at lower pressures reduces safety risks and system complexity in comparison to PEM systems.
Minimal Upkeep Needs: Operating expenses and downtime are reduced by durable components and a simplified system architecture.

Applications of AEM Hydrogen Generators:

Green Hydrogen Fuel Production For hydrogen-powered drones, buses, trucks, trains, and fuel cell electric vehicles (FCEVs).
Storage of Renewable Energy Creates storable hydrogen from excess solar or wind energy, allowing for grid balancing and long-term energy storage.
Industrial Processes Supplies clean hydrogen for the production of fertilizer, steel, glass, and semiconductors.
Chemical and Petrochemical Industries: Used in hydrocracking, methanol synthesis, ammonia manufacturing, and refining with zero emissions.
Clean backup power is supplied by backup and off-grid power systems for vital infrastructure, including data centers, hospitals, telecom towers, and isolated sites.