Pentair's CO2 Evaporation Heat Recovery System ReVap is a technology designed to minimize both CO2 evaporation and glycol refrigeration expenses in the process. Save 26%* of a brewery's total annual CO2 production costs - with a ROI below 12 months.
Evaporating CO2 for consumption has always been an unavoidable expense in breweries (and many other CO2 consuming industries), and the same applies to refrigerating glycol. However, by combining these two discrete processes, ReVap reduces the energy costs associated with both.
If you are looking to reduce energy bills and increase your positive impact on the environment, ReVap can help.
ReVap is our technology designed to minimise both CO2 evaporation and glycol refrigeration costs in your process:
* based on 350°C cooling water, -40°C glycol, COP = 3 main ref. plant, steam = 22 €/ton, power = 0.1 €/kWh
The innovative heat exchange system, ReVap, uses the cooling capacity of stored liquid CO2 to chill glycol. The transfer of heat between glycol and liquid CO2 subsequently raises the temperature of CO2 to its evaporation point.
The CO2 is now available for the consumer as gas.
Since the simple concept relies solely on the efficient reuse of existing resources, the ReVap solution offers a saving equivalent to about 26%* of a brewery’s total annual CO2 production costs. A unit typically pays for itself within 12 months.
As a self-contained system, ReVap is installed quickly (within 48 hours) without the need to halt production and its straightforward design makes it virtually maintenance free.
|CO2 Evaporation Heat Recovery System - ReVap|
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