Leading the transition towards sustainable industrial chemistry, our Liquid Ammonia production and infrastructure solutions offer a comprehensive ecosystem for the modern energy landscape. From cutting-edge Green Ammonia synthesis powered by water electrolysis and air separation to Blue Ammonia routes integrating CCUS technology, we provide full-scale EPC services tailored for annual capacities ranging from 50,000 to 1.2 million tons.
Beyond production, we deliver high-integrity storage and logistics frameworks, featuring cryogenic atmospheric pressure tanks and advanced ocean-going carrier support. By adhering to stringent ASME and EN international safety standards, we ensure that your liquid ammonia value chain—from synthesis to global distribution—is optimized for purity, safety, and carbon efficiency in compliance with IMO decarbonization mandates.
| Annual Capacity | 50,000 – 1.2 Million Tons | Product Purity | ≥ 99.9% |
|---|---|---|---|
| Production Routes | Green & Blue Ammonia | Storage Temperature | Cryogenic (-33°C) / Ambient |
| Feedstock Prep | Water Electrolysis & Air Separation | Compliance Standards | ASME / EN / IMO |
| Storage Types | Pressurized & Atmospheric Tanks | Logistics Support | Ocean, Pipeline, Tank Truck |
| Safety Integration | Leak Monitoring & Inert Gas Protection | Engineering Scope | Full EPC Services |
Strict adherence to ASME and EN standards with integrated emergency response and leak monitoring systems.
Complete engineering, procurement, and construction for capacities up to 1.2 million tons per year.
Advanced rectification processes ensuring product purity levels of 99.9% or higher for industrial use.
Green ammonia synthesis utilizing hydrogen from water electrolysis to meet IMO decarbonization standards.
Customized cryogenic (-33°C) and ambient pressure tanks adapting to ports, power plants, and industrial zones.
Integrated transportation solutions including loading arms and booster stations for transoceanic shipping.
Precision monitoring of hydrogen and nitrogen production via electrolysis and air separation units.
Real-time adjustment of synthesis and rectification parameters to maintain 99.9% purity.
Automated sensory network for instantaneous leak detection and emergency response triggering.
Dynamic temperature control for cryogenic tanks to maintain stable -33°C atmospheric storage.
End-to-end monitoring of cryogenic tank trucks and ocean-going carrier loading operations.
Digital tracking of carbon intensity to ensure compliance with international green energy standards.
| Metric | Conventional Ammonia | Green Ammonia Solution |
|---|---|---|
| Carbon Footprint | High CO2 Emission | Near-Zero / IMO Compliant |
| Energy Source | Fossil Fuels | Renewable / Green Hydrogen |
| Regulatory Risk | High (Carbon Taxes) | Low (Subsidized/Compliant) |
| Operational Safety | Standard Safety | Enhanced Monitoring Systems |
| Market Premium | Baseline Pricing | Green Energy Premium |
Green Ammonia is synthesized from hydrogen produced via water electrolysis using renewable energy. Blue Ammonia uses fossil feedstocks but integrates Carbon Capture, Utilization, and Storage (CCUS) to minimize emissions.
Yes, we provide customized ambient temperature pressure tanks and cryogenic atmospheric pressure tanks (-33°C) tailored for ports, power plants, and specialized industrial zones.
All our storage and transportation solutions are designed to comply with international safety standards, specifically ASME (American Society of Mechanical Engineers) and EN (European Norms).
Our engineering capabilities support an annual production capacity ranging from 50,000 tons up to 1.2 million tons, depending on the client's requirements.
We provide complete supporting engineering for ocean-going carriers, cryogenic tank trucks, and pipelines, including loading arms, booster stations, and skid-mounted transfer equipment.
Yes, the carbon intensity of our green ammonia production is specifically engineered to meet the IMO (International Maritime Organization) decarbonization standards for shipping fuel.
