CO2 Recovery System

CO2 Recovery System
Looking For CO2 Recovery System ?

Our variety of CO2 Recovery System is extremely modern and advanced in functioning. It requires very less operation and maintenance costs yet ensures high performance. We have a brewery based recover system that is used extensively in the production units of soft drinks, beer, and food preservation. The system is offered in varied models in order to meet the client’s exact requirements.

Our advanced CO2 recovery process is designed to obtain high purity Carbon Dioxide for all industrial and food-grade applications, individually adjusted to our customers’ requirements. The recovery system is uniquely produced to store liquids and gases under high pressures. We design this as a completely automatic recovery system, which is intended to recover the Carbon dioxide gas and has the potential of handling the high volume of carbon dioxide every hour.

High-grade stainless steel is used in the making of this CO2 Recovery Plant that assures comprehensive strength against corrosion.

CO2 Recovery Plant Features

  • The process meets international food-grade quality standards
  • Stainless steel construction
  • Fully automatic operation
  • Automatic drain trap
  • Compact in design
  • Easy installation
  • Low maintenance and operation cost
  • V section belt drive
  • High strength cast iron crankcase
  • PLC system for controlling and monitoring system operation
  • Screen printout of status and alarms

MOS CO2 Plant Specifications

Utility requirement for different capacities Co2 Recovery Plant
Plant Capacity Power Make Up Water Liquid Co2
Storage Capacity
Cooling Water
Kg/Hr. KW HP M3/Hr. Gal/Min In Metric Ton M3/Hr Gal/Min
100 33.5 44.9 0.4 1.76 15 7 30.8
250 83.7 112.3 1 4.4 25 17.5 77
500 167.5 22.1 6 2 8.8 50 30 132.1
750 251.2 336.9 5.9 13.2 100 45 198.2
1000 334.9 449.2 7.9 17.6 110 60 264.2
1500 502.4 673.8 6 26.5 150 90 396.3
2000 669.9 898.4 8 35.3 200 120 538.4
* Larger Capacities are available on request as per customer requirement.