A company from SETsquared’s innovation centre at the University of Bath has returned victorious from one of the most prestigious investor events that London has ever seen. Industrial Phycology, which has found a way of using algae to treat wastewater and recover valuable resources, was named joint first place winner…

Anaergia Inc., announced today that UTS Biogas Ltd., a wholly owned subsidiary of Anaergia based in the United Kingdom, has successfully constructed and commissioned a 1.5 MWel biogas facility at Dagenham, London, for its client TEG Environmental Ltd.

Viridor has confirmed that it has commenced utilisation of refuse derived fuel (RDF) for full commissioning at its energy recovery facility in Runcorn

Overview of Solar District Heating Grid in European Countries Summary Solar district heating is used to serve the heating needs of residential and commercial customers in urban areas. Historically, these areas relied primarily on natural gas and domestic waste to generate domestic heat. Solar district…

Nearly 2,000 pounds of electronic waste — from boxy television sets and cell phones to a vacuum cleaner and a coffee maker — were recycled Tuesday, Jan. 14, as the Naval Construction Training Center (NCTC) partnered with Naval Base Ventura County (NBVC) to host a free e-waste recycling event.For more…

The north east’s first commercial food waste anaerobic digestion (AD) plant, which will generate enough energy to power 2,000 homes every year, has officially opened in County Durham.

With soaring energy prices, challenging emissions targets and the demand for greater security of supply, any imaginative and effective new way of harnessing renewable energy should be very welcome. The installation of solar panels on former landfill sites could be exactly the kind of innovation that’s needed.

The environmental credentials of Scotland’s largest export will take a significant step forward this summer

New approach developed at MIT could generate power from sunlight efficiently and on demand.

How’s this for innovative: A Berkeley Lab-led team hopes to engineer a new enzyme that efficiently converts methane to liquid transportation fuel.