
Cost-effective ‘supercatalyst’ recycles CO2 and CH4
CHEMICAL engineers at the University of Surrey, UK have developed a cost-effective ‘supercatalyst...
CHEMICAL engineers at the University of Surrey, UK have developed a cost-effective ‘supercatalyst...
ENGINEERS at MIT, US, have developed a chemical composite that can store heat from the sun during...
POROUS wood from trees like poplar and pine could be used for an efficient, biodegradable water p...
THE half-life of nuclear fission products could be reduced from hundreds of thousands of years to...
ADDING plastic bottles to concrete could lead not only to lower carbon emissions, but improve str...
GRAPHENE OXIDE membranes were once thought to be permeable only to aqueous solutions, but researc...
EMULSIONS that can stay stable for months have been created using a low-cost, low-energy process ...
A SMART paper laced with conductive nanomaterials could be used to easily locate water leaks in a...
A PROJECT seeking to explore turning jellyfish blooms into new products such as biofilters, ferti...
RESEARCHERS in the US have worked out how to make polymer chains self-assemble into a desired str...
A SPINOUT from the University of Colorado Boulder (CU-Boulder) has developed a process to extract...
A MACHINE learning tool with the potential to search through millions of research papers to devel...
CHEMICALLY active catalysts have been 3D printed in a single step, which researchers say could al...
RESEARCHERS at the University of Manchester’s National Graphene Institute (NGI) have assembled me...
MUCH of the heat loss from buildings is through the windows, but researchers in Sweden have devel...
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