• info.teqve@gmail.com
  • S- 47, South Side industrial Area, Ghaziabad- 201002, (U.P.) India
  • mon - sat : 9:00 AM - 6:00 PM

CO2, N2O And Gas Liquefiers Systems

  • Capacity range 10 kg/h to 10,000 kg/h
  • Temperature range (-) 25°C to (-) 70°C
  • Compressor type Semi-hermetic screw/reciprocating, open screw / Reciprocating
  • Evaporator type Shell & tube type with CS shell & SS/Copper tubes
  • Condenser type Shell & tube type/Semi welded PHE/ Evaporative condenser
  • Refrigerant R-717
  • Electrical safety Motor overload protection, SPP/RP/OV/UV protection
  • Mechanical safety LP/HP/pressure/Oil/Anti-freeze/Chilled water/ CT water flow switch
  • Design Ambient Temp. 0° C to 50° C
  • Controller type PLC/Microprocessor/PID
  • Starter DOL/VFD/Soft starter (Optional)
  • Refrigeration controls Suction/Discharge/oil pressure Switch/transmitter, Suction /discharge/oil/chilled water/cooling water temperature sensors/transmitters, Chilled water/ CT water flow switch
  • Liquefying Gas Co₂, N₂O, Etc.

CO2, N2O And Gas Liquefiers Systems Manufacturer

Teqtive Engineering India Pvt Ltd specializes in designing and manufacturing advanced CO₂ and N₂O Gas Liquefier Systems engineered for efficient, safe, and reliable gas liquefaction. Our systems are built using modern refrigeration technology and high-precision control mechanisms to ensure stable operation, consistent liquefaction performance, and maximum energy efficiency.

Each liquefier is manufactured with robust components, optimized heat exchangers, and intelligent monitoring systems that maintain accurate temperature and pressure levels throughout the process. These units are widely used in industrial gas plants, chemical industries, laboratories, beverage production, and applications requiring high-purity liquefied CO₂ and N₂O.

Teqtive’s liquefier systems are designed for continuous operation, reduced maintenance, and superior reliability, making them ideal for demanding industrial environments. We also offer customized configurations to meet specific production capacities and process requirements.