Conventional photovoltaic technology uses large, heavy, opaque, dark silicon panels, but this could soon change. Researchers within the X10D European project are working on new materials to produce solar panels in order to come up with alternatives to the current panels. What is needed to improve the functioning of cells with a large surface are materials that cost less to produce and offer greater energy efficiency.
Scientists have performed a detailed analysis of water produced by hydraulic fracturing (aka fracking) of three gas reservoirs and suggested environmentally friendly remedies are needed to treat and reuse it.
Researchers have developed a new process which will greatly simplify the process of sorting plastics in recycling plants. The method enables automated identification of polymers, facilitating rapid separation of plastics for re-use.
An Australian National University (ANU) team has successfully replicated one of the crucial steps in photosynthesis, opening the way for biological systems powered by sunlight which could manufacture hydrogen as a fuel.
Your chairs, synthetic rugs and plastic bags could one day be made out of cocoa, rice and vegetable waste rather than petroleum, scientists are now reporting. The novel process they developed could help the world deal with its agricultural and plastic waste problems.
A cooperation between chemists and biologists resulted in a new method for the very efficient integration of photosynthetic proteins in photovoltaics. Their recent report offers a new immobilization strategy that yields electron transfer rates exceeding for the first time rates observed in natural photosynthesis.
A ew type of solar concentrator that, when placed over a window, creates solar energy while allowing people to actually see through the window. It is called a transparent luminescent solar concentrator and can be used on buildings, cell phones and any other device that has a flat, clear surface.