[Trend Analysis] Rethinking CO2 Reduction in Factories from the Perspective of "Cooling Water"!

Reducing electricity, chemicals, and wastewater. Introducing a factory's decarbonization approach starting with circulating cooling water!

"We have exhausted energy-saving renovations for boilers and production equipment, but we cannot find further CO2 reduction measures." "We have received requests from our business partners to reduce Scope 3 emissions, and we are struggling to provide reduction justifications for each piece of equipment." Many factory managers, maintenance personnel, and environmental officers may be facing such concerns. In fact, by re-evaluating the often-overlooked "circulating cooling water," there is a method to simultaneously reduce CO2 from three routes: electricity, chemicals, and wastewater. This is achieved through the "preventive" water treatment system "CU Energy," which utilizes copper ions. In this column, we will explain in detail the mechanism by which cooling water increases CO2 emissions and how to promote decarbonization while maintaining heat exchange efficiency without relying on chemicals. *You can view the detailed content of the column by downloading the catalog.

Water treatment equipment