David Cam, 2017 World Oil Awards Finalist in the "Innovative Thinker" category and CEO of HTX Solutions, LLC (HTX), continues to demonstrate the effectiveness of the company's patented solutions in the landfill market with groundbreaking results from a commercial scale installation at a Minnesota landfill.
Ultraviolet (UV) disinfection systems from Aquionics are producing significant energy and maintenance savings for a wastewater treatment plant in the City of Silverton, Oregon.
Industrial wastewater treatment provider Axine Water Technologies has signed a multi-year wastewater services agreement with a leading pharmaceutical manufacturer.
Fluence Corporation Limited is pleased to announce that it has signed its first two contracts under its previously announced partnership agreement with ITEST to supply Aspiral™ Smart Packaged wastewater treatment plants along the highway system under ITEST’s scope.
Clearford Water Systems In . (“Clearford” or the “Company”), recently announced that its subsidiary, Clearford India Pvt. Ltd., has signed contracts for two new Clearford One system installations for villages in Gujarat and Tamil Nadu States.
The EBRD and the European Union (EU) are joining forces to support the Ministry of Water and Irrigation (MWI) to expand the As Samra wastewater treatment plant in Jordan, to protect public health and the environment and ensure the efficient use of water.
Bluewater Bio Limited, a leading provider of treatment solutions to the water industry, is pleased to announce that Severn Trent Water (“Severn Trent”), through its key capital delivery partner Costain/Stantec (“CiM6”), has selected the Company’s high rate multi-media filtration technology, FilterClear, for the provision of a Tertiary Solids Removal (TSR) plant at Newent WWTW, Gloucestershire. BwB will provide a fully automated FilterClear 4v2340 tertiary solids removal plant which will be required to achieve a Total Phosphorus target of 0.64 mg/l.
In a paper published in NANO, researchers from the Harbin Institute of Technology have discovered a low cost and non-enzymatic phenol sensor that exhibits high sensitivity, good selectivity, reproducibility, and stability which has potential application in phenol detection in discharged wastewater.
In a world-first initiative, engineers at Monash University have created technology that can transform contaminated water into purified water that is fit for consumption faster and more energy-efficiently than ever before.
A new technology developed in the US which could revolutionise the way the world’s waste water can be processed is being tested by experts at Scottish Water.
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