Green Ammonia Market Size Expected to Hit USD 5,480 Million by 2030

Amsterdam, Aug. 18, 2022 (GLOBE NEWSWIRE) — The global green ammonia market size was accounted at USD 36 million in 2021. The second extensively manufactured commodities molecule in the world, ammonia is primarily used as a fertilizer in agricultural business, a field whose ecological cost is coming beneath closer scrutiny. The need to make processes entirely sustainable and carbon-free was developing, which is causing the manufacture of eco-friendly ammonia to reach a wider audience. To employ hydrogen in emissions liquid fuels and turbines, ammonia may save the day by efficiently absorbing, holding, and transferring the gas.

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Additionally, efforts are being made to immediately burn ammonia for spaceship engines and electricity plants. Several chemical organizations are working to create “green ammonia,” a technique of generating ammonia wherein the hydrogen is produced from producing hydrogen driven by renewable energy sources substitutes h generated from hydrocarbons, effectively eliminating co2 first from the process.

A heated breakdown and extraction procedure may be used to remove ammonia once it has been produced on a commercial level using the Haber-Bosch technique. Ammonia is primarily utilized in the fertilizer business, however, Green Ammonia also can the ability to be utilized in various end-use scenarios.

Regional snapshots:

Because the fact the majority of ecological hydrogen projects are operational in Germany, the United States, and Europe made up the lion’s portion of the worldwide market. Due to supportive regulatory policies and initiatives that push for such production of sustainable hydrogen to achieve its decarbonization objectives and maintain power companies to improve the economic outlook, the European market also is expanding. This has fueled awareness of green ammonia. Because of the implementation of the nationwide hydrogen program with the climate change agreement, which intends to attain 4GW of additional electrolyze capability by 2030, the Netherland seems to be the country with the quickest expanding eco-friendly ammonia market worldwide.

Report Highlights

  • Because of the increasing need for hydrogen technologies to decrease carbon emissions, SOE innovation is predicted to control the eco-friendly ammonia industry. Partial oxidation electrolytic requires energy derived from renewable to build sustainable hydrogen, which is then converted into eco-friendly ammonia inside a methanol synthesis facility.
  • Ammonia is extensively used in the organic farm as fertilizers, based on the end-use; nevertheless, the energy production sector is predicted will rule the industry in the next decade.
  • The Environmental Ammonia industry will have a great prospect in near future by owning the fast-growing market of Fresh Ammonia as either a responsible fuel. Prospects for Organic Urea as liquid fuels are quite promising, as demonstrated by the steadily expanding need.

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Scope of the Report

Report Attributes Details
Market Size in 2021 USD 36 Million
Revenue Forecast by 2030 USD 5480 Million
CAGR 74.78% from 2022 to 2030
By Technology
  • Alkaline Water Electrolysis
  • Proton Exchange Membrane
  • Solid Oxide Electrolysis
By End User
  • Transportation
  • Power Generation
  • Industrial Feedstock
  • Others
By Sales Channel
  • Direct Sale
  • Indirect Sale
By Region
  • North America
  • APAC
  • Europe
  • Latin America
  • MEA
Base Year 2021
Forecast Year 2022 to 2030
Key Players ACME Group, Air Products Inc., Aker Clean Hydrogen, Ballance Agri-Nutrients, BASF SE (Germany), AquaHydrex (US), In, Dyno Nobel, Electrochaea (Germany), Enaex Energy, Enapter (Italy), CF Industries Holdings, ENGIE (France), EXYTRON (Germany), Fertiglobe plc, Fusion-Fuel, Eneus Energy Limited, Green Hydrogen Systems (Denmark), Greenfield Nitrogen LLC and Others

Market Dynamics


The production of sustainable power typically outperforms that of carbon fuels in terms of the total growth in capabilities. Although wind and solar power have enormous development potential, they are likely to overtake other renewable sparkle foundations in the coming decades. The output of renewable electricity reached 2799 GW globally. Hydroelectricity made the largest contribution to the global total with a 12.11 percent higher. The remaining energy was equally divided between wind energy, which has capacities of 733 GW and 714 GW, respectively. 500 MW of ocean energy, 127 GW of biofuel, and 14 GW of hydropower were also present. Due to the widespread use of pesticides, and chemical fertilizers soil conditions have substantially deteriorated globally.

As demand for agricultural production methods that minimize risk and carbon pollution grows, the market for organic fertilizers is expanding significantly. This is forcing significant chemical producers to switch to sustainable and environmentally friendly products like green ammonia. As a result, it is estimated that over the anticipated timeframe, green ammonia sales will increase as a result of the rising demand for ecologically friendly fertilizers that aim to reduce negative effects and contamination.


At the moment, the investment structure of eco-friendly ammonia facilities is the main thing impeding the industry’s expansion for green ammonia. A conventional ammonia factory typically lasts 15 to 20 years. Each tonne of emissions generated carries an estimated CAPEX price of between USD 1,300 and 2,000. Green ammonia is more expensive than ammonia factories powered by fossil fuels, though, by a factor of 1.5. Fossil fuels or coals contribute to 75% of the overhead expenses first at the unit, which is the main functional expense within the price in the manufacturing of ammonia. The price of electrolytes drives up operating expenses in an eco-friendly ammonia factory. Green ammonia factories are therefore less economical for limited production because of their greater capital investment.


Currently, the transport sector is to blame for 3% of global emissions of greenhouse gases mostly as a result of the high petroleum and gasoline use by ships. The primary type of bunker fuel for ships is heavy petroleum oils, which are created as a byproduct of the distillation of petroleum products. Toxic SOx is emitted into the atmosphere once this fuel with a high sulfur content is utilized in the vessel’s motor. According to the Decarbonization Forecast published by DNV GL, cutting-edge ship designs using urea as a renewable fuel can help achieve the IMO’s 2050 carbon reduction targets. Ammonia is the most effective protons’ energy carrier. It can therefore provide energy for ships. According to the IMO, ammonia may make approximately 25% of the fuel used in ships by 2050.


The primary obstacle inhibiting the growth of the green ammonia sector right now is the investment nature of the facilities. A normal electrolysis procedure typically lasts 15 to 20 years. The CAPEX expenses of a new program typically vary from USD 1,300 to 2,000 for each tonne of methane produced. However, green ammonia is 1.5 times more expensive than ammonia production facilities that use fossil fuels. The principal financial cost in the production of ammonia is biogas or fuel, which represents 75% of the plant’s operating costs. A green ammonia factory’s operational costs are increased by the cost of water electrolysis. As a result of their higher capital expenditure, green ammonia factories are not economically viable for small-scale manufacturing.

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Recent Developments:

  • In November 2021, Haldor Topsoe and Green Energy announced a Written agreement creating a partnership to create effective and long-lasting solutions for such manufacture of environmentally friendly ammonia inside Iceland.
  • With the aim of electrifying and decarbonizing the Heroya ammonia factory and creating a new industry for the Norwegian economy, the companies Yara Worldwide Aker Fresh Hydrogen, Stat kraft AS, and ASA founded a new company called HEGRA in August 2021.
  • Tatweer of Oman and the Indian company ACME Company, which makes solar energy, have a deal for the launch of a green ammonia production facility in Duqm, Oman, in March 2021.
  • The manufacturing of natural ammonia in the Oman Sultanate will begin with the signing of a joint development agreement in March 2022 between the Indian solar energy producer ACME Corporation and the Norwegian company Scatec As. The plant’s annual output capacity could be in the neighborhood of 100,000 tonnes.
  • In May 2021, Khalifa Investors Based Abu Dhabi, or KIZAD, said that it would purposefully build a natural ammonia factory with a production capacity of around 200,000 tonnes annually.
  • According to plans made public by the manufacturers of wind farms Vestas, Danish renewable energy producers Skovgaard Investment, and Haldor Topsoe, a specialist in emissions reduction technology, an environmentally friendly ammonia processing facility will be erected in Denmark in December 2020.
  • Copenhagen Organization Associates and A.P. Moller-Maersk announced in February 2021 that the largest ammonia manufacturing plant in Europe would be constructed in Denmark.
  • The Moroccan “Hevo Ammonia Development,” a sustainable clean ammonia effort, will be developed, according to proposals revealed in July 2021 by the Irish company Fusion-Fuel and the global construction company Consolidation Contractor Company.

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