Citation
(2008), "Dow joins EPA "GreenChill" Advanced Refrigeration Partnership", Pigment & Resin Technology, Vol. 37 No. 3. https://doi.org/10.1108/prt.2008.12937cab.035
Publisher
:Emerald Group Publishing Limited
Copyright © 2008, Emerald Group Publishing Limited
Dow joins EPA "GreenChill" Advanced Refrigeration Partnership
Article Type: Environment and safety From: Pigment & Resin Technology. Volume 37, Issue 3.
The Dow Chemical Company announced recently that its Performance Fluids business, has signed on to the new EPA GreenChill Advanced Refrigeration Partnership. The partnership is a voluntary program to promote green technologies, strategies and practices that protect the ozone layer, reduce greenhouse gases, and even help save money by reducing energy consumption. Other chemical manufacturers, supermarkets, and refrigeration equipment makers are also involved in the program.
Dow manufactures heat transfer fluids, some of which are used as secondary coolants for an innovative new refrigeration system in supermarket meat and dairy cases that reduce refrigerant use, energy consumption, and maintenance costs. Dow officials signed the agreement December 18, 2007 in Midland, Michigan, the location of Dow's global headquarters. “Dow is grateful for the opportunity to partner with the EPA and other like- minded companies to help reduce the consumption of ozone-depleting chemicals and improve energy efficiency in supermarket refrigeration systems,” said Steven Stanley, PhD, Global Business Director for Dow Performance Fluids, a business portfolio that includes Dow heat transfer fluids.
DOWFROST in supermarket applications
DOWFROST heat transfer fluids are used in secondary-loop refrigeration systems. In traditional stores, each refrigerated box has its own refrigeration unit. By using secondary- loop efficiencies, the number of individual refrigeration units are reduced to a single cooling unit. Secondary-loop refrigeration systems that contain DOWFROST(TM) Inhibited Propylene Glycol-based heat transfer fluids can help eliminate the need for numerous individual direct expansion refrigeration units, thus reducing the amount of ozone-depleting refrigerants used and potentially leaked into the environment. Fewer refrigeration units running also reduces energy consumption. Of course, the energy saved depends on the size of the store and the number of refrigeration units replaced.