Bulk Ammonia (NH_3) is an ultra-concentrated, high-purity chemical compound engineered as a foundational pipeline and bulk-freight asset for heavy industrial applications and commercial agricultural compounding. Delivering a potent 82% nitrogen assay, this pressurized liquefied gas is distributed via high-capacity bulk vessels, regional railcars, and intermodal transport. It serves as the primary direct-injection nitrogen source for commercial farming and the core chemical feedstock for producing downstream nitrate, sulfate, and urea fertilizers.
Bulk Ammonia (NH_3) is an ultra-concentrated, high-purity chemical compound engineered as a foundational pipeline and bulk-freight asset for heavy industrial applications and commercial agricultural compounding. Delivering a potent 82% nitrogen assay, this pressurized liquefied gas is distributed via high-capacity bulk vessels, regional railcars, and intermodal transport. It serves as the primary direct-injection nitrogen source for commercial farming and the core chemical feedstock for producing downstream nitrate, sulfate, and urea fertilizers.
Ammonia (NH_3) represents one of the most volume-intensive and thermodynamically critical chemical assets in modern commerce. Sourced and distributed at an industry-standard purity profile of ge$ 99.5%, this anhydrous (water-free) compound is held under precise pressure parameters to maintain its liquid state during transit. As a molecule containing three hydrogen atoms bound to a single nitrogen atom, it functions as the absolute starting point for nearly all synthetic nitrogen variants utilized in precision plant nutrition and heavy molecular manufacturing globally.
Agricultural Nitrogen Bedrock: Injected directly into fields using pressurized knife applicators for high-efficiency pre-planting fertilization, or routed into manufacturing pipelines to synthesize high-demand granular and liquid derivatives (such as Urea, Ammonium Nitrate, Diammonium Phosphate [DAP], and UAN solutions).
Industrial Chemical Precursor: Serves as the critical baseline reactant for creating nitric acid, synthetic resins, specialized polymers, nylon fiber chains, and industrial explosives.
Environmental Emission Mitigation: Deployed at scale within selective catalytic reduction (SCR) networks to bind with and strip harmful nitrogen oxides (NO_x) out of heavy industrial and power plant exhaust streams.
Eco-Friendly Mass Chilling: Operates as a highly efficient natural refrigerant (designated as R717) within industrial cold storage hubs, seafood processing vessels, and bulk food-production facilities due to its high latent heat of vaporization and zero ozone depletion potential.
Chemical Name: Anhydrous Ammonia
Chemical Formula: NH_3
CAS Number: 7664-41-7
Molecular Weight: 17.031 g/mol
Total Nitrogen Concentration: 82%
Purity (Assay): ge$ 99.5% (by weight)
Moisture Content: Max 0.5%
Boiling Point: -33.34°C
HS Code: 28141000
To accommodate the strict safety parameters governing the transport of pressurized hazardous materials (Class 2.3 liquefied gas), this product is backed by a highly disciplined logistics infrastructure:
Supply Formats: Available through high-volume delivery pathways including intermodal ISO tanks (15–20 metric tons), dedicated rail tankers, or bulk road transport vessels.
Infrastructure Requirements: Receiving facilities must feature specialized closed-loop, vapor-recovery offloading terminals with heavy-duty steel piping networks.
Storage Best Practices: Must be housed in designated, high-pressure spherical or cylindrical steel tanks located in well-ventilated, isolated safety perimeters away from incompatible materials such as copper alloys, halogens, or structural acids.
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