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For the Beverage Bottling Industry

Reduces operating costs while preventing beverage contamination.

The Doucette Industries CO2 Vaporizer™ marks a major advancement in refrigeration heat recovery technology by using waste heat energy from the refrigeration system to vaporize CO2 practically and simply. The heat exchanger operates like an auxiliary condenser, and is installed in the refrigeration compressor discharge line.
Unit of Measure

Technical Specs

Brands

 N/A Doucette Industries, Inc.

Carbon Dioxide (CO2) Flow Rate

 N/A 6434 lb/hr

Cooling Capacity

 N/A 937,500 Btu/hr

Refrigerant Inlet Connection

 N/A 3 in

Refrigerant Outlet Connection

 N/A 1-1/4 in

Carbon Dioxide (CO2) Connection Size

 N/A 2-1/2 in

Weight

 N/A 2000 lb

Additional Information

N/A The Doucette CO2 Vaporizer™ Offers These Exclusive Benefits

  • Protects beverage from contamination
  • Eliminates CO2 heating expenses
  • Applicable to all brands of refrigeration equipment
  • Works with ammonia & Freon refrigerants
  • Compact and ready to install
Designed specifically for the beverage bottling industry, this proven technology eliminates the need for an auxiliary steam or electric CO2 heating system. The compact Doucette CO2 Vaporizer™ converts the liquid CO2 to a gas for the bottling operation, saving considerably on expensive fossil fuels. It also protects your bottling operation from heat exchanger failure and beverage cross contamination.

CO2 vaporization ratings are based on 250 psig CO2 liquid storage pressure and 181.1 psig ammonia condensing pressure.

We put bubbles in beverages!
Doucette has been awarded contracts to supply CO2 Vaporizer™ for two Modelo breweries in Mexico. Five model NSY 90 CO2 Vaporizer™/NH3 Condensers will vaporize almost 30,000 lb/hr of CO2 between the two projects. The CO2 Vaporizer™ incorporate Doucette’s vented double wall design to prevent cross-contamination between the fluids. These heat exchangers will eliminate the purchase of 4.2 MMBTUH of energy for CO2 Vaporization and remove nearly 300 TR of load from the evaporative condensers, thereby reducing the refrigeration system head pressure along with compressor energy consumption.