A team of researchers from the Institute of Chemical Technology (ITQ), Valencia’s Polytechnic University (UPV) and the Superior Council of Scientific Investigations (CSIC) have created ceramic membranes which make it possible to form compressed hydrogen from methane in a cleaner, inexpensive way.
Researchers aspiring to created innovative energy resources have, for a long time, engaged in achieving the direct transformation methane into a usable fuel, for instance, methanol. Methane is a simple and plentiful chemical contained in natural gas.
Everyday, over 2 million pounds of carbon dioxide are released into the atmosphere from factories, the burning of natural gas for the generation of electricity, and emissions from trucks and cars.
NUS innovation can remove up to 99 per cent recalcitrant impurities from industrial wastewater without using chemicals or generating sludge
Researchers from NUS Faculty of Engineering have come up with a novel wastewater purification system that can remove up to 99 per cent of hard-to-treat organic compounds found in industrial wastewater.
FuelCell Energy, an international company dealing with clean, innovative, and economical fuel cell solutions for the supply, recovery, and storage of energy, has just reported the execution of a hydrogen and power off-take agreement with Toyota, highlighting a unique collaboration in which Toyota will buy renewable hydrogen for vehicle fueling produced on-site from a multi-megawatt SureSourceTM fuel cell power plant situated at the Port of Long Beach in California.
Carbon dioxide is a waste product from industry and is, in part, responsible for global warming and the associated rising temperatures. But what if this greenhouse gas could be turned into useful compounds such as fuel and chemical feedstock?
When water meets the Earth's core, temperatures & pressures in the core-mantle boundary causes water to separate into hydrogen & an oxidized iron dioxide.
As we make progress toward more sustainable ways of powering our way of life, there is a pursuit to bridge the gap between the carbon dioxide-emitting fossil fuels we depend on for our most fundamental needs, and the cleaner, but not yet economically attainable alternative technologies.
Researchers at UCLA have a designed device that can employ solar energy to efficiently and economically create and store energy, which could be employed to power electronic devices, and to produce hydrogen fuel for eco-friendly cars.
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