Power-to-Industry

Renewable Energy

The global commitment to reduce carbon emissions is driving large-scale interest in employing green hydrogen for industrial applications. The standard method to produce hydrogen utilizes natural gas or coal. Depending on the method, anywhere from 10-17 tons of CO2, per ton of hydrogen, is produced. In contrast, utilizing a renewable energy source and electrolysis technology, hydrogen is generated with no CO2 emissions. Nel's deployment of megawatt-scale PEM electrolysis helps to achieve the desired economics but also supply high-capacity hydrogen (green hydrogen) demanded by industrial applications.

Applications

Ammonia Production
Annealing
Argon Purification
Baloon Lift Gas
Biofuel Production
Biogas/Biomethane Production
Biomethanol Production
Blast Furnace Injection
Brazing
Catalytic Atmosphere
Chemical Feedstock
Chemical Vapor Deposition (CVD)
Coatings
Combustion
Desulfurization
Detector Fuel
Detector Gas
Direct Reduced Iron
Extreme Ultravolite Lithography
Fertilizer Production
Flame Spray
Flat/Float Glass Production
Gas Chromography – Carrier Gas
Gas Chromography – Detector Fuel
Glass Polishing
Heat Treating
Hermetic Sealing – Glass to Metal
Hydrogenation
Isotope Separation
Metal Injection Modling (MIM)
Methanol Production
Motor Laminations
Metalorganic Chemical Vapor Deposition (MOCVD)
Nanotechnology
Nuclear Magnetic Resonance
Optical Fiber Processing
Plasma-Enhanced Chemical Vapor Deposition (PECVD)
Powder Metallurgy
Powder Processing
Power Plant Generator Cooling
Protective Atmosphere
Purifier Regeneration
Sintering
Thermal Spray
Welding

Benefits

Safe
Reliable
Convenient
Cost-Effective
Space Saving

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