MagneGas Corporation, a technology company that counts among its inventions a patented process that converts liquid waste into a hydrogen-based fuel, announced today that it has signed a Memorandum of Understanding, "MOU" for an equipment purchase and distribution agreement with Afnetco Recycling of South Africa.
BASF Corporation has teamed up with Yankee Stadium to knock waste out of the park by tackling zero-waste initiatives at the 2014 New Era Pinstripe Bowl, when the Pennsylvania State University Nittany Lions will face the Boston College Eagles on December 27th at 4:35 p.m.
An engineering team from the Kansas State University has unveiled certain vital properties of graphene oxide, which can enhance flexible batteries made of sodium and lithium-ions.
Materials scientists at Cornell University have developed highly effective “sponges” that can trap carbon and help cut down on greenhouse gases. Carbon capture is gaining momentum in the world’s fight against global warming. Carbon capture involves trapping carbon dioxide chemically before it gets released to the atmosphere. However, most methods are inefficient, corrosive and toxic.
An eco-friendly, cost-effective process to produce lactic acid from glycerol has been developed by research groups at ETH Zurich. Glycerol is a waste by-product that is obtained during production of biodiesel.
Hydro Infra Technologies (HIT), a Swedish clean tech company based in Stockholm, has developed an innovative patent pending approach for neutralizing carbon fuel emissions by generating a novel gas called Hydro Nano Gas ...
The BIOMAT group at the University of the Basque Country (UPV/EHU) has developed an active, biodegradable container for packaging of solid and liquid oily products. This container is made from agro-industrial by-products. It is transparent and can prevent gases like oxygen and ultraviolet light from entering the container. This container can be printed upon and can also be thermally sealed.
Researchers from Virginia Commonwealth University’s Physics Department have found that the electrolytes found in lithium-ion batteries were superhalogens, and that the vast majority of these electrodes were in fact toxic.
Graphene NanoChem is pleased to announce that Platinum Nanochem Sdn Bhd; its wholly-owned subsidiary, has entered into a product development and collaboration agreement (“Agreement”) with Sync R&D Sdn Bhd (“Sync R&D”) on a joint initiative to develop a ‘next generation’, graphene-enhanced lithium-ion battery solution for electric buses under the Electric Bus 1 Malaysia program .
Researchers from China and Sweden used advanced theoretical and experimental investigations to report how a new nano-alloy made up of palladium nano-islands set in tungsten nanoparticles forms a new type of catalyst for highly effective oxygen reduction.
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