The European Bioenergy Research Institute (EBRI) at Aston University has won 'Best Technological Breakthrough' for its innovative bioenergy technology, which transforms multiple waste products into cost effective heat and power.
The energy produced by solar panels, be it heat or electricity, has to be used right away. It is hard to store and preserve and also its transportation can be rather complicated. Creating solar cells capable of producing energy in an easily storable and transportable way, that is to say fuel, is therefore the future challenge of solar energy.
Using the power of the sun and ultrathin films of iron oxide (commonly known as rust), researchers have found a novel way to split water molecules into hydrogen and oxygen. The breakthrough could lead to less expensive, more efficient ways to store solar energy in the form of hydrogen-based fuels.
Scientists and policymakers from around the world will gather March 20-22 at the University of California, Davis, to grapple with the threats of climate change for global agriculture and recommend science-based actions.
To address mercury pollution, an issue that has largely been overlooked in the country, China's environmental authorities are conducting a series of technology assessments and submitting proposals for policy solutions.
Although this natural material is regarded as a waste product and generally ends up as landfill, this readily abundant and renewable material is in fact far too valuable to be thrown away. The seaweed displays a variety of characteristics that make it of interest to the building trade, such as virtual non-flammability and resistance to mould.
Alphabet Energy Inc., the innovator of a platform silicon thermoelectric technology that generates power from a variety of waste-heat sources, is calling for undergraduate and graduate student applications to the company's first ever student product design competition.
Researchers from the University of Granada (UGR) have developed a new material using doped carbon that allows low-cost energy to be produced and also reduces the amount of CO2 released into the atmosphere. The recently-patented material is a gel that enables the CO2 to be turned back into hydrocarbons via electro-catalytic transformation, with great savings both in time and money.
On Tuesday, March 5, academic scientists and engineers came together with CEOs and entrepreneurs at the inaugural Fraunhofer-Delaware Technology Summit to discuss energy and life sciences challenges in a rapidly changing global environment.
The search for a less-expensive, sustainable source of biomass, or plant material, for producing gasoline, diesel and jet fuel has led scientists to duckweed, that fast-growing floating plant that turns ponds and lakes green.
New research suggests that statistical simulations rooted in basic physics could make for new climate models that are more useful and require less brute-force computing power. A new paper shows how statistical simulations can be applied to fluid jets like the ones in Earth's atmosphere and oceans.
Until now, greenhouse gas emission estimates have been limited by the mathematical models used to predict them. Researchers at Concordia University have recently developed a new dynamic method to better predict the emission content of these gases.
Researchers have shown theoretically how to control or eliminate the formation of "dendrites" that cause lithium-ion batteries to fail, an advance that if realized would improve safety and might enable the batteries to be charged within a matter of minutes instead of hours.