Applied CleanTech, a groundbreaking sewage mining solution provider of recycling systems for wastewater treatment plants, will present a study at the International Water Conference WATEC 2013 on Oct. 22-24 at the Israel Trade Fairs Center in Tel Aviv, showing that over a six-month period of 24/7 operation its sewage recycling system reduced costs by 20 percent and cut the formation of sludge formation by 55 percent in the wastewater treatment plant of one of Israel's northern cities.
A collaborative European research project that includes researchers from the University of Bristol aims to tackle water concerns by exploring and exploiting the significant and currently insufficiently used potential of open data thanks to funding of €6 million by the European Commission.
After 200 hours of continuous operation at a Texas-based commercial disposal well, GE and memsys® clearwater Pte. Ltd. announced success for a new vapor compressor-driven membrane distillation (MD) system. memsys and GE will further discuss the development and use of MD to treat produced water at the ”Water and Energy 2013” conference that takes place in Houston, Texas, on September 25, 2013.
The Metropolitan Water Reclamation District of Greater Chicago (MWRD) has selected Black & Veatch and Ostara Nutrient Recovery Technologies to design and build a new nutrient recovery system at its Stickney Water Reclamation Plant in Cicero, IL.
Reed Elsevier, a world-leading provider of professional information solutions, today announced the winners of the 2013 Reed Elsevier Environmental Challenge, which supports innovative solutions to improve sustainable access to safe water and sanitation.
The brown, smog-filled skies that engulf Beijing have earned China a poor reputation for environmental stewardship. But despite China's dirty skies, a study led by Stanford environmental scientists has found that a government-run clean water program is providing substantial benefit to millions of people in the nation's capital.
An outpouring of research funds is helping a group of Kansas State University researchers study how human activity and climate change affect Central Great Plains water systems.
When science educator Erin Saitta was a graduate student, she was invited to participate in a program in which students from kindergarten to high school age would do inquiry-based science — conducting real research labs without known outcomes, with the emphasis on learning how science works.
In some of this planet’s driest regions, where rainfall is rare or even nonexistent, a few specialized plants and insects have devised ingenious strategies to provide themselves with the water necessary for life: They pull it right out of the air, from fog that drifts in from warm oceans nearby.
In the midst of an intensifying global water crisis, scientists are reporting development of a more economical way to use one form of the “ice that burns” to turn very salty wastewater from fracking and other oil and gas production methods into water for drinking and irrigation. The study on the method, which removes more than 90 percent of the salt, appears in the journal ACS Sustainable Chemistry & Engineering.
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