From Green Intelligent Electronsto Global Green Molecule Platform

As industries move toward cleaner, more secure and more flexible energy sources, demand for green molecules is set to scale rapidly.

We have built a reliable, large-scale supply platform for green hydrogen, green ammonia and renewable natural gas supporting the transition from fossil fuels to cleaner industrial energy.

Map of India marking the green hydrogen and ammonia plant sites — Green H₂ & NH₃ plants

Scroll to follow the molecule

Electron valorisation to global molecules

Global hydrogen demand surpassed 100 Mt (million tonnes) in 2025, yet low-emissions hydrogen accounted for only around 1 Mt.

Electrolysers are at the core of our green hydrogen platform, using renewable electricity to split demineralized water into high-purity hydrogen and oxygen.

We are partnering with John Cockerill to deploy GW scale pressurized alkaline electrolyser systems, engineered for resilient, large-scale hydrogen production.

Delivering globally the lowest cost, inflation-proof Green H₂

Global molecules to industries worldwide

Ammonia production causes roughly 450–500 million tonnes of direct CO₂ emissions annually, around 1% of global CO₂ emissions.

5 MTPA Green Molecules production

Ammonia provides a practical pathway for moving hydrogen through existing global storage, shipping, and handling infrastructure.

By converting green hydrogen into NH₃, hydrogen can be transported more efficiently at scale and later used directly or cracked back into H₂ at the point of demand.

Green Ammonia Transport

Green hydrogen replaces fossil-derived molecules with renewable ones, bringing clean energy into sectors that electricity alone cannot easily reach.

Delivering low-cost green ammonia across Europe and Southeast Asia to support reliable, low-carbon power to support data centre power needs.

Marine Fuel

Used in ammonia-capable marine engines as an alternative to conventional bunker fuels. Helps reduce carbon emissions from long-distance shipping.

Chemicals & Agriculture

Used as a feedstock for fertilizers and chemical manufacturing. Replaces fossil-based ammonia without changing its core industrial applications.

Petroleum Refining

Used for hydrocracking and removing sulphur and other impurities from fuels. Replacing grey hydrogen reduces the refinery's overall carbon footprint.

Steel Industry

Green hydrogen can act as the reducing agent in direct-reduced iron (DRI) production. This enables substantially lower-carbon steel while reducing dependence on fossil fuels.

Power Generation

Used in turbines, engines, or boilers to generate dispatchable power. Provides a storable, low-carbon alternative to fossil fuels.

Global molecules to digital power

Fuel cells convert hydrogen or ammonia-derived hydrogen directly into electricity, enabling efficient, low-emission power generation. For data centres, they can provide firm, modular, and scalable power close to the point of demand supporting high-density compute loads.

Electrons to Molecules
to Intelligence

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For more information visit https://www.greenkogroup.com