Top 50 Ammonia Fuel

The startup has developed a nitrogen electrolyzer technology that generates aqueous ammonia from air and water at ambient conditions, enabling on-site production of both liquid anhydrous ammonia fuel and aqueous ammonium solutions for fertilizers. This platform provides a sustainable and flexible solution for clients seeking decentralized electrochemical ammonia production and fertilizer manufacturing.

Amogy develops a clean energy system that utilizes ammonia as a carbon-free fuel source for commercial transportation and power generation. This technology aims to significantly reduce CO2 emissions from the transportation sector, which currently contributes 9% of global emissions, by enabling the decarbonization of various applications by 2050.

The startup has developed a low-cost Green Ammonia production system that utilizes sustainable methods to create ammonia as a carbon-free energy carrier. This technology aims to provide a viable solution for decarbonizing energy systems and enhancing energy security globally.

AZANE Fuel Solutions develops bunkering systems specifically designed for ammonia fuel, providing a sustainable alternative to traditional marine fuels in the shipping industry. This technology enables carbon-free shipping by significantly reducing greenhouse gas emissions and ensuring compliance with international environmental regulations.

Ammobia develops Haber-Bosch 2.0 technology to produce ammonia at the lowest cost with significantly reduced energy consumption. This breakthrough enables cost-effective, on-site production of ammonia for use as fertilizer feedstock, a zero-carbon fuel, and a hydrogen carrier. The modular plant design allows dynamic operation aligned with variable renewable power sources, supporting decarbonization across multiple industries.

Blaze Energy Technologies provides a compact, bolt‑on catalytic reformer that converts onboard ammonia into a hydrogen‑rich fuel blend, allowing existing internal combustion engines to operate with hydrocarbon‑like combustion characteristics. The system reduces fuel cost by up to 10 % and cuts emissions of NOx, ammonia slip, N₂O, particulates and methane, and includes cloud‑connected monitoring for performance and compliance.

The startup has developed a sustainable synthesis process for decentralized ammonia production, utilizing only air, water, and green electricity at the point of use. This technology enables large farms and greenhouses to produce ammonia and nitrogen-based fertilizers on-site, reducing reliance on traditional supply chains and enhancing agricultural sustainability.

Qool Energy develops and implements patented ammonia-fueled power (AFP) technology to generate zero-carbon electricity and cooling. This solution converts ammonia into power with high efficiency, offering combined power and thermal energy output for demanding sectors like data centers. The company provides scalable, modular power generators and integrated EV charging solutions based on this clean energy conversion process.

First Ammonia develops and builds high-efficiency ammonia plants that utilize renewable energy sources to produce green ammonia from water and air. This process provides a clean alternative to fossil fuel-based ammonia production for energy transport, international shipping fuel, and industrial feedstock. The company aims to decarbonize fertilizer production and support cleaner industrial operations globally.

Addis Energy utilizes advanced subsurface chemistry, adapted from oil and gas techniques, to convert iron-rich resources into chemical and thermal energy. The company injects engineered fluids to split water into hydrogen, which is then used to produce ammonia. This process offers a less energy-intensive and more affordable alternative to traditional ammonia manufacturing.

Talus develops modular, containerized green ammonia systems for local, on-site production. This technology provides agriculture, industrial, and energy sectors with a cost-competitive and reliable supply of essential raw materials. By eliminating long supply chains, the company stabilizes costs and enhances supply certainty for end-users.

Hymonic provides on-demand, high-purity hydrogen generation through ammonia cracking. Their distributed cracking units utilize existing ammonia supply chains to deliver cost-effective hydrogen at the point of use, enabling decarbonization for heavy industry and transportation.

This startup produces green ammonia as a renewable energy source, utilizing a process that captures nitrogen from the air and combines it with hydrogen derived from water electrolysis. By providing a cost-effective alternative to fossil fuels, the company enables industries to reduce their carbon emissions and transition to sustainable energy solutions.

Carnot develops high-efficiency, zero-emission engine technology that operates at 68-72% efficiency using decarbonized fuels such as hydrogen and ammonia, significantly outperforming conventional combustion engines. This technology targets the heavy-duty power sector, aiming to reduce CO2 emissions and total cost of ownership while facilitating the transition to sustainable energy sources.

Tsubame BHB develops ammonia synthesis catalysts that enhance the efficiency of ammonia production processes, significantly reducing energy consumption and greenhouse gas emissions. The company's technology addresses the high costs and environmental impact associated with traditional ammonia synthesis methods.

EverWind Fuels is developing solar and wind farms to produce green hydrogen from 100% renewable resources, providing a carbon-free energy source. This initiative addresses the urgent need to reduce global CO2 emissions and dependence on fossil fuels, supporting a transition to sustainable energy solutions.

The startup has developed a technology-enabled platform for clean hydrogen production that integrates proprietary software and hardware to optimize efficiency and reduce costs. This platform aims to make clean hydrogen production economically viable, addressing the high costs associated with traditional hydrogen production methods.

This company designs, builds, finances, owns, and operates modular green hydrogen and green ammonia production assets on a Gas-as-a-Service model. They utilize proprietary simulation technology and IoT-driven digital twins for optimized plant design and autonomous operations across various industrial sectors. Hygenco focuses on delivering cost-competitive, reliable, and sustainable green molecule solutions for industries like steel, fertilizers, and mobility.

The startup develops a hydrogen extraction system that electrolyzes liquefied ammonia to produce sustainable hydrogen. This technology addresses the need for environmentally friendly hydrogen production methods, contributing to the establishment of a hydrogen economy.

Fuel Cell Innovations develops solid oxide fuel cell (SOFC) systems that provide net-zero energy solutions for a sustainable, low-carbon society. Their technology addresses the need for efficient and clean energy sources by converting hydrogen and ammonia into electricity with minimal emissions.

Ineratec provides modular Power‑to‑X systems that convert renewable electricity, captured CO₂ and water into synthetic fuels such as e‑gasoline, e‑diesel, e‑kerosene and chemicals like methanol and ammonia. Each plug‑and‑play unit integrates high‑efficiency PEM electrolyzers, CO₂ capture interfaces and catalytic synthesis reactors with real‑time digital‑twin monitoring, enabling scalable, product‑flexible deployment for fuel producers, transport operators and chemical manufacturers. The company delivers turnkey engineering, installation and performance services to replace fossil feedstocks without altering existing distribution infrastructure.

HyET NoCarbon provides modular membrane reactor platforms that integrate direct air capture, electrochemical CO₂ compression, and synthesis pathways for producing synthesis gas, synthetic fuels, and green ammonia. The plug‑and‑play units use protonic‑ceramic and palladium membranes to achieve high‑efficiency CO₂ capture and H₂ separation, with integrated control software for easy retrofitting or standalone deployment. It targets chemical manufacturers, renewable‑energy producers, and fuel‑chain operators seeking scalable, low‑cost CO₂ utilization.

Fertiglobe produces and markets nitrogen-based fertilizers, specifically urea and ammonia, utilizing advanced synthesis methods to enhance agricultural productivity. The company addresses the need for efficient nutrient delivery in farming, supporting crop yields and food security.

P2X Solutions produces green hydrogen and synthetic fuels using Power-to-X technology, facilitating the transition to cleaner energy sources. The company is constructing industrial-scale production plants in Finland, targeting a total hydrogen production capacity of 1 GW by 2031 to meet growing energy demands and reduce carbon emissions.

Mainspring has developed a linear generator that provides onsite, fuel-flexible power generation, enabling users to transition to cleaner energy sources while maintaining reliability and cost-effectiveness. This technology addresses the need for local power solutions that can adapt to varying fuel types and support the integration of renewable energy into the grid.

INERGIO develops solid oxide fuel cell (SOFC) technology to provide clean, reliable power systems for off-grid and backup applications, utilizing commercially available fuels like propane and green hydrogen. Their solutions eliminate toxic emissions and noise while ensuring high efficiency and independence from grid and weather conditions.

HY2GEN AG develops and operates plants that produce renewable hydrogen and hydrogen-based e-fuels using water electrolysis and advanced synthesis technologies. The company addresses the need for decarbonization in hard-to-abate sectors by providing zero-emission energy carriers for industry, transport, and power generation.

GeoAmmonia develops green ammonia production methods by leveraging advanced geothermal energy solutions. This process focuses on creating eco-friendly ammonia to meet current energy demands while minimizing environmental impact. The company transforms geothermal power into sustainable ammonia, reducing the carbon footprint associated with traditional production.

H2SITE utilizes palladium-alloy membrane reactors to extract high-purity hydrogen from easily transportable feedstocks like ammonia and methanol, achieving over 99% purity and up to 98% recovery efficiency. The company addresses the challenge of high costs and inefficiencies in long-distance hydrogen transport, enabling small and medium enterprises to access low-carbon hydrogen more affordably.

Loop Chemicals develops Chemical Looping Ammonia Synthesis (CLAS) technology to produce ammonia using a recyclable carrier material under milder conditions. This modular approach enables distributed, local manufacturing, significantly lowering emissions by utilizing clean energy and reducing reliance on centralized, fossil-fuel-based production. The localized synthesis eliminates high transportation costs associated with traditional Haber-Bosch methods, improving supply chain resilience for fertilizer producers.

Syzygy Plasmonics develops a photocatalytic reactor that utilizes light to produce hydrogen and syngas from low-carbon-intensity feedstocks, eliminating the need for combustion in chemical production. This technology addresses the high carbon emissions associated with traditional fossil fuel-based chemical processes, enabling a more sustainable and cost-effective approach to fuel production.

Atome Energy develops projects for the production of green hydrogen and ammonia. These projects aim to provide cleaner energy sources and reduce environmental impact.

Wabash Valley Resources produces anhydrous ammonia fertilizer using hydrogen generated through a zero-carbon process, significantly reducing carbon emissions associated with traditional fertilizer production. This approach addresses the reliance on imported fertilizers while capturing and storing approximately 1.65 million tons of CO2 annually, enhancing energy security and supporting sustainable agriculture in the U.S. Corn Belt.

Produces low-carbon nitrate fertilizers using green hydrogen, green ammonia, and renewable energy, with air and water as raw materials. This process reduces on-field emissions and improves nutrient efficiency, supporting sustainable agriculture and decarbonizing the food and farming industries.

This company develops solid acid fuel cell stacks that enable efficient energy conversion using readily available fuels beyond pure hydrogen. Their technology allows military and commercial businesses to reduce fuel costs and improve power efficiency in various applications.

Blue Capsule Technology develops small modular reactors that produce up to 150 MWth of industrial-grade heat, steam, and electricity, utilizing TRISO fuel in a sodium-cooled system. This technology provides a low-carbon alternative to fossil fuels for industries like ammonia and soda ash production, enabling them to decarbonize while maintaining operational efficiency.

The startup produces low-carbon hydrogen through electrolysis powered by renewable energy sources, providing a zero-emission fuel alternative for mobility, construction, and hard-to-electrify industries. This technology enables significant decarbonization efforts, contributing to a sustainable net-zero future.

This company develops and operates renewable energy generation and storage projects for utility-scale distribution. Their infrastructure uses proprietary technology and data analytics to provide reliable and affordable clean power, supporting the transition to sustainable energy.

Ambient Fuels develops custom-engineered green hydrogen solutions to facilitate the decarbonization of heavy industries. By providing a zero-carbon energy source, the company helps clients meet stringent emissions targets and enhance energy security.

eFuelution develops energy management systems and optimization software for complex energy projects. The company specializes in integrating diverse energy sources within systems covering energy generation, storage, and consumption, including Power-to-X applications. They provide solutions for optimizing hydrogen production, clean fuel storage, and overall system efficiency through their Phoenix EMS platform.

Cavendish Renewable Technology (CRT) develops next-generation Anion Exchange Membrane (AEM) electrolysers with proprietary electrocatalysts for efficient, low-cost green hydrogen production. Their technology addresses the high costs and inefficiencies associated with traditional hydrogen production methods, enabling on-demand hydrogen generation for various applications.

OMC Hydrogen is developing a thermochemical platform that produces green hydrogen and syngas using renewable heat sources, eliminating emissions and reducing reliance on fossil fuels. This technology addresses the inefficiencies and environmental impact of current hydrogen and syngas production methods, offering a cost-effective alternative that can be scaled using common materials.

Jakson Green is a renewable energy transition platform that specializes in the engineering, procurement, and construction (EPC) of solar, green hydrogen, and battery energy storage systems. The company addresses the need for sustainable energy infrastructure by producing green hydrogen and methanol, while managing over 4 GW of solar assets globally.

Everfuel produces green hydrogen by electrolyzing water, enabling a clean energy source for mobility and industrial applications. The company aims to significantly reduce greenhouse gas emissions in hard-to-abate sectors, supplying up to 8 tons of green hydrogen daily to customers across Europe.

H2MB designs, builds, and operates large‑scale electrolysis plants that convert renewable electricity into green hydrogen using modular PEM and alkaline stacks optimized for intermittent wind and solar inputs. It offers high‑pressure storage, truck and pipeline delivery, and fuel‑cell integration services, all monitored through a cloud‑based analytics dashboard for performance and carbon‑offset tracking. The company serves transportation fleet operators, utility‑scale power generators, and heavy‑industry processors in the Canadian prairie region seeking low‑cost, zero‑emission hydrogen.

Jupiter Ionics develops a patented electrochemical technology to produce carbon-neutral green ammonia, utilizing renewable energy sources for sustainable fertilizer production and clean fuel alternatives. This technology addresses the need for decarbonized agricultural inputs and reduced emissions in transport, while enabling the export of renewable energy through established ammonia infrastructure.

Copernic designs novel heterogeneous catalysts for zero-carbon fuels and chemicals, leveraging scientific computing tools to accelerate development. The company focuses initially on reducing the cost of zero-carbon ammonia production for fertilizers and maritime energy applications. Their solutions are engineered to be economic, rapidly scaleable, and compatible with existing chemical industry infrastructure.

Greenzo Energy manufactures electrolyzers for green hydrogen production and provides integrated solutions for renewable energy projects, including ammonia and fuel cell technology. The company addresses the need for zero-emission energy services, helping organizations transition to sustainable energy sources and reduce greenhouse gas emissions.

North Ammonia develops and originates projects for the production of green ammonia, a carbon-free fuel and feedstock. The company focuses on decarbonizing hard-to-abate sectors, particularly maritime shipping, by producing green ammonia using renewable power, water, and air.

NitroFix develops decentralized green ammonia generators that produce zero-emission ammonia using only air, water, and renewable energy. This technology bypasses the high temperature and pressure requirements of traditional Haber-Bosch synthesis, eliminating fossil fuel reliance and complex logistics. The resulting on-site production capability provides stable, cost-effective ammonia supply for fertilizers, maritime fuels, and chemical feedstocks.