ammonia transfer compressor

ammonia transfer compressor with explosion-proof motor

Ammonia transfer compressors are specially designed to compress gases from a low-pressure environment to a high-pressure environment, and are commonly used for the handling of industrial gases such as ammonia, Freon, ethane, propylene and others.

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Description

The Ammonia Transfer Compressor supports the unloading, loading, and dumping of gases, as well as the recovery of residual liquids and gases, providing a powerful force for the transportation and storage of industrial gases. Its modular design makes installation and field transport easy, while significantly improving work efficiency.

Features of Ammonia Transfer Compressor

  1. High efficiency and energy saving: Designed for high efficiency and low energy consumption, the integrated package structure requires no additional ancillary equipment, ensuring stable operation and reduced energy use.
  2. Compact and easy to install: All components are mounted on a skid, allowing for convenient transport and rapid deployment in different process systems.
  3. Easy to operate and maintain: Simple and intuitive operating interface with a rational structural design, making daily maintenance and troubleshooting straightforward and cost-effective.
  4. Strong durability: Wear parts have long service life, reducing the frequency and cost of replacement for long-term use.
  5. Multiple structure and type options: Available in single-bar vertical, double-bar vertical, and symmetrical balanced forms, with both fixed and mobile versions to suit various operational needs.

Technical Parameters of Ammonia Transfer Compressor

  • Compressed gas: Ammonia
  • Flow rate: 1.1 m³/min
  • Inlet pressure: 1.6 MPa
  • Discharge pressure: 2.4 MPa

Working Principle of Ammonia Transfer Compressor

Utilizing piston or screw compression elements, the compressor raises gas from low to higher discharge pressure. Gas enters through the inlet, is compressed, and sent to the gas pipeline for further transfer or storage. During unloading, the compressor extracts gas from the storage tank, pressurizes it, and feeds it into the tanker, using pressure difference to complete unloading. Gas temperature rises during compression, but is usually not forcibly cooled to avoid liquefaction, thus ensuring gas phase flow and unloading efficiency. Lubrication methods (pressure or splash) are selected based on actual working conditions for long-term efficient, reliable operation.

Application Areas of Ammonia Transfer Compressors

  1. Chemical industry: Widely used for ammonia unloading, loading, and storage in fertilizer plants, chemical gas production, and more. Provides stable gas support for chemical processes.
  2. Energy industry: Used for the compression, storage, and transport of gases (e.g., natural gas, LPG), ensuring efficient energy utilization and distribution.
  3. Refrigeration industry: Handles refrigerant gases such as Freon, supporting installation and maintenance of industrial refrigeration and air conditioning equipment.
  4. Environmental protection and exhaust gas recovery: Compresses and reuses recovered gas to reduce leakage and pollution emissions where residual gas recovery is needed.
  5. Petrochemical and other gas transportation: Suitable for transporting and storing ethane, ethylene, propane, propylene, and more, especially in petrochemical gas loading and unloading.