Praxair, Inc. announced recently that the company will be delivering a technical presentation and exhibiting in booth 651 at the 90th Annual Water Environment Federation Technical Exhibition and Conference, WEFTEC 2017.
The Reliant Water Technologies Lagoon Master Water Moving Aerator is specifically designed to operate in waste lagoons to provide aeration and mixing with a minimum of energy. A single unit will move the water within a 1 to 5 acre area (depends on lagoon depth), providing impressive savings in aeration energy use.
Package treatment specialist WPL has landed one of its biggest-ever projects - to build the wastewater treatment plant for Castle Hill, Kent – the first phase of the Government’s new garden city to be built at Ebbsfleet Valley.
Reliant Water Technologies will be showing its Collection System Wet Well aeration system that is guaranteed to eliminate odor (including H2S), liquefy all FOG constituents in the wet well, and activate the indigenous bacteria in the well for improved organic digestion and wet well cleaning.
BlueInGreen, LLC and WindSail Capital Group, LLC have closed a deal that will provide growth capital for the Arkansas-based water treatment technology company
MagneGas Corporation ("MagneGas" or the "Company") (NASDAQ: MNGA), a leading clean technology company in the renewable resources and environmental solutions industries, announced today that a MagneGas distributor in Italy has completed several years of application testing on reducing the disposal costs of landfill wastewater, otherwise known as leachates.
Roberts of Port Dinorwic, the acclaimed family-owned food manufacturer, has introduced a new Landia aeration system to enhance its wastewater process.
Vacuum and pressure manufacturer, Gardner Denver has won the prestigious Environmental and Energy Efficiency award for its ROBOX energy screw compressor, at this year’s Motion Control Industry Awards 2017.
New research into anammox bacteria could cut costs at wastewater treatment plants.
A deammonification method that resulted in optimal ammonia removal at a water resource recovery facility in Virginia is the topic of the open access article in the June 2017 edition of Water Environment Research (WER).
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