Liquid Ammonia: The Energy of the Future
Edge Infinium AgriTech produces industrial-grade bio-ammonia and liquid ammonia for agriculture, power generation, refrigeration, and space technology
What is Liquid Ammonia?
Liquid ammonia (NH₃ in liquid state) is a dense, easily transportable compound with 17.6% hydrogen content, making it one of the most efficient hydrogen carriers on Earth.
Agriculture & Fertilizer
Key nitrogen source in urea, ammonium nitrate, and ammonium sulfate production. Enables slow-release nitrogen fertilizers for sustainable crop yield.
Power & Hydrogen Economy
Used as a hydrogen carrier for fuel cells and gas turbines. Combusts cleanly into nitrogen and water when used in hybrid systems. Being tested globally for ammonia-based power plants to replace LNG.
Refrigeration & Cooling
Liquid ammonia is a natural refrigerant (R717) with zero ozone depletion potential (ODP). Commonly used in cold storage, dairy plants, and industrial refrigeration systems.
Space & Aerospace Technology
Liquid ammonia is used as a rocket propellant and hydrogen source in space research. When decomposed, it releases hydrogen for propulsion and energy. NASA, ESA, and ISRO are researching ammonia as a green alternative to hydrazine.
Chemical Industry
Base material for nitric acid, ammonium salts, and urea-formaldehyde resins. Used in metal treatment, textile dyeing, and cleaning agents.
Liquid Ammonia Solutions
Edge Infinium AgriTech produces liquid ammonia in multiple forms to meet diverse industrial and agricultural requirements:
Liquid Ammonia (NH₃)
Anhydrous liquid ammonia for direct industrial applications, refrigeration systems, and fuel cells
Ammonium Sulfate Solution
Liquid or crystalline form for fertilizer production and soil amendment
Technical Grade Ammonia
High-purity ammonia for power plants, hydrogen fuel cells, and aerospace applications
Bio-Ammonia R&D Grade
Purified ammonia for research, laboratory testing, and defense applications
Ammonia Specifications
Purity Levels
99.5% - 99.99% depending on application
Storage Conditions
-33°C, 8–10 bar in insulated pressure vessels
Production Capacity
Scalable from pilot to industrial scale
Storage Forms
Liquid, crystalline, or solution-based
Sustainability
100% bio-based, carbon-neutral production
Applications
Agriculture, power, aerospace, refrigeration, hydrogen storage
R&D Focus Areas
Liquid Ammonia Fuel Blends with hydrogen turbines
Bio-Ammonia Rocket Fuel studies for micro-propulsion
Carbon-neutral fertilizer formulations
AI nutrient mapping for precision organic agriculture
Testing bio-ammonia as green propellant for micro-satellites (ISRO collaboration)
Future Collaborations
Edge Infinium AgriTech is developing strategic R&D collaborations for bio-ammonia as a renewable, carbon-neutral propellant source — bridging agriculture with aerospace and energy sectors.
Interested in Liquid Ammonia Solutions?
Contact us for industrial applications, research collaborations, or custom ammonia specifications.