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The recycling of produced water for beneficial reuse, including industrial applications such as cooling towers and power generation, is the focus of exclusive technology licensing agreements Tetra Technologies Inc. has executed with KMX Technologies LLC and Hyrec Holdings Co.
When working with river water as a cooling water source, the careful selection of the heat exchanger for critical cooling processes can help boost efficiency.
Almost every manufactured product uses water somewhere in the production process. According to the U.S. Geological Survey (USGS), industrial water is used for fabricating, processing, washing, diluting, cooling or transporting products.
Condensers are used to prevent direct mixing between the shell-side steam and the cooling water flowing through the tubes in steam-turbine-driven equipment in power plants and food processing applications. Biofouling and other problems can lead to tube leaks and unplanned outages.
WEFTEC, the annual water quality technical conference and exhibition, promises an extensive slate of educational programs and an exhibition of companies displaying industrial water-related technologies and services.
Foxconn will add a $30 million zero liquid discharge industrial water recycling system at the manufacturing facility under construction in Wisconsin. The company first proposed the ZLD system in its application for to the DNR in January.
Comparing four alternative approaches to industrial water makeup sources and methods helps identify best practices for industrial water reuse and reclamation.
As water resources become increasingly stressed by drought and intensifying demand from competing uses, industries that use significant quantities of water will face greater pressure to
adopt water-efficiency strategies that can decrease fresh-water withdrawals. One approach that facilities can adopt to reduce their draw from these supplies — thus reducing stress on drinking
water reserves — is to use alternative makeup water sources.
Given galvanized metal cooling towers’ vulnerability to corrosion — the risk of which is exacerbated by certain water-treatment techniques — noncorrosive plastic cooling towers are becoming more attractive.
By integrating the core ultrafiltration and reverse osmosis technologies as part of a single solution, the skid-mounted combination tertiary treatment package offers users several process benefits.
Evaporative cooling is not a modern concept — in fact, its origins can be traced to ancient times when Egyptians hung wet blankets across the doors of their homes to cool the space as fresh air blew in.