Increased natural gas production is seen as a crucial step away from the greenhouse gas emissions of coal plants and toward U.S. energy independence. But natural gas wells have problems: Large volumes of deep water, often heavily laden with salts and minerals, flow out along with the gas. That so-called "produced water" must be disposed of, or cleaned.
CEMEX, S.A.B. de C.V. announced today that it has developed a methodology to standardize water measurement and management across all of the company’s operations. Starting this year, this methodology will be rolled out to all of the businesses in the countries in which CEMEX operates in order to minimize the company’s water footprint and increase its water efficiency.
The Best Western Palm Desert could no longer discharge the cooling tower waste water into the Coachella Valley Sewer System due to recently enacted ordnance, banning the discharge of cooling tower water to their sewer system. The ownership approached HydroFlow West to find a cost effective resolution which involved removing the discharge to the sewer and removal of the chemicals required to treat this water for bacteria.
A recent lecture given by our director George Caamano at the ISRI Safety and Environmental Counseling Convention discussed stormwater chemistry and affordable treatment systems. He stressed that scrap yards are creating their own storm water problems by not running the proper tests on their storm water.
Four leading academics from the universities of Exeter, Sheffield, Bristol and Cambridge have been awarded substantial fellowship grants, totalling £2.38 million; it was announced today by the Engineering and Physical Sciences Research Council (EPSRC).
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A novel ultrasonic technology invented by researchers at the University of Southampton, which enhances the ability of water to clean, has been recognised at the 2012 Institute of Chemical Engineers Awards.
Xylem Inc, a leading global water technology company focused on addressing the world’s most challenging water issues, today announced that it has won a significant contract to treat municipal drinking water for a new high-tech industrial zone in South Korea. The contract will involve using ultraviolet (UV) advanced oxidation process (AOP) technology for the first time in a municipal drinking water system in the country.
Scientists at American Geophysical Union conference present new findings on a resource becoming more precious than gold
Researchers at Aalto University have developed a simple method for reducing the amount of phosphorus in the wastewater of a pulp mill. The method is called simultaneous precipitation using iron sulphate. A separate treatment stage is not required, as the precipitation takes place simultaneously with the actual biological wastewater treatment.
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