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Products > Green Ammonia

Green Ammonia

NH3

Green ammonia is chemically identical to conventional ammonia (NH₃), but its production is powered entirely by renewable energy such as solar, wind, or hydropower. In this process, hydrogen is extracted from water using electrolysis driven by clean electricity, then combined with nitrogen from the air through the Haber–Bosch process. This method eliminates greenhouse gas emissions, making green ammonia a key solution for sustainable agriculture, clean energy storage, and decarbonized shipping.
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IBCs Capacities

1000L


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Tanker Capacities

6, 11, 15.8, 19, 21 tonnes

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Tonner Capacities

400kg

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Cylinder Capacities

50kg, 60kg

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ISO Tank Capacities

11.5 tonnes

About the product

Green ammonia represents a transformative step in the ammonia industry, combining familiar performance with a future-ready environmental profile. Its adoption marks a shift from carbon-intensive processes to cleaner, renewable-driven production that supports climate commitments without disrupting existing supply chains.

As a globally tradable commodity, green ammonia offers industries the flexibility to decarbonize at scale while maintaining operational reliability. Its ability to store and transport renewable energy in chemical form positions it as a cornerstone for emerging hydrogen economies and low-carbon trade networks.

For businesses, integrating green ammonia is not only an environmental choice but a strategic investment in resilience, regulatory compliance, and long-term cost competitiveness in a rapidly evolving energy landscape.

Partner with Jaysons Chemical Industries to explore how green ammonia can power your sustainability goals.

Why us?

high quality

Custom Solutions

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Sustainability Leadership

Integrated Infrastructure

supply chain

Flexible Supply Options

collaboration

Strategic Partnerships

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Quality Assurance

Green Ammonia

CAS Number: 7664-41-7
HSN Code: 2814
UN Number: 1005
IMDG Class: 2.3

Applications of ammonia

  • Fertilizers
  • Power Generation
  • Hydrogen Carrier
  • Shipping Fuel
  • Industrial Applications
  • Export Commodity
  • Low-Carbon Industrial Inputs
  • Transitional Energy Solutions

Frequently asked questions

What makes green ammonia different from regular ammonia?

It’s produced using renewable electricity and water electrolysis instead of fossil fuels, resulting in zero CO₂ emissions.
Can it be used in existing ammonia applications?

Yes. It’s chemically identical to conventional ammonia and compatible with existing infrastructure.

Is Green Ammonia safe to handle?


While its environmental impact is lower, green ammonia has the same physical and chemical hazards as conventional ammonia. Proper PPE, safety systems, and handling procedures remain essential.

Where is green ammonia currently being produced?

Projects are operational in India, Japan, China, Norway, Chile, USA, Brunei, and more — with large-scale developments underway in Saudi Arabia, Oman, Egypt, and Morocco.
What are its main uses?
Fertilizers, clean fuel, hydrogen storage, shipping fuel, and low-carbon industrial feedstock.

What are the benefits of using Green Ammonia?

It reduces greenhouse gas emissions, supports clean energy transition, and can be used as a fuel, fertilizer, or hydrogen carrier without changing existing ammonia-handling infrastructure.

Can Green Ammonia replace fossil fuels?

Yes, in certain sectors. It can be used directly as a fuel in shipping, co-fired in thermal power plants, or cracked back into hydrogen for fuel cells.

Is Green Ammonia more expensive than conventional ammonia?

Currently, yes — due to higher production costs from renewable energy and electrolysis. However, costs are expected to fall as technology and renewable energy scale up.
Can India produce Green Ammonia at scale?

Yes. With abundant renewable energy potential, India is well-positioned to become a major green ammonia producer, especially for export.

How does Green Ammonia support India’s net-zero goals?

By replacing fossil-fuel-based ammonia and serving as a clean fuel alternative, it helps cut emissions in agriculture, power, and shipping sectors.


Did You Know?

  • Producing 1 tonne of traditional ammonia emits around 1.8 to 2.0 tonnes of CO₂. This accounts for 1.3% to 2% of the global CO2 emissions as of 2024.
  • Over 80% of ammonia produced globally is used in fertilizers—but most of it is made using fossil fuels, contributing to greenhouse gas emissions.
  • Green ammonia can reduce CO₂ emissions by over 90% compared to traditional ammonia production methods.
  • Ammonia carries more hydrogen by volume than liquid hydrogen itself, making it an efficient hydrogen carrier.
  • Japan and South Korea are already testing green ammonia in thermal power plants as a direct fuel.
    India aims to produce 5 million metric tonnes of green hydrogen by 2030, a significant portion of which will go into green ammonia.

Green Ammonia is not just a chemical — it is a bridge between today’s infrastructure and tomorrow’s net-zero economy.
At Jaysons Chemical Industries, we bring proven ammonia expertise and a commitment to sustainability, delivering reliable solutions for your evolving needs.