From Fossil Fuel To Electricity Without CO2: Ohio State University Makes It Possible
The chemical looping process refers to the use of a metal oxide material to take oxygen from air (and water, and/or CO2), and supply that oxygen to a fossil fuel and/or biomass. Using the chemical looping concept, one can make many products such as electricity, liquid fuels,
Engineers for a Sustainable World
Engineers build the fabric of society. Every time an engineer goes to design a road, or a cell phone, or a building, they can make the choice to design it for sustainability.
IEEE 802.16s Standard and Its Use for Distributed Energy Resources
The standard is now being leveraged to support applications at the grid edge including communication with distributed energy resources (DER) including solar, wind and local storage. DER applications are becoming increasingly important in supplying electricity.
Striving For Perfection: Flow Energy Partnership Improves Geothermal Energy Production
For efficient Geothermal energy production, water is heated from the earth's natural heat in geothermal wells, then is cooled off and sent back into the earth to be reused in the energy-generating process.
Lithium Battery Life Could Double by Adding Graphene Girders to Silicon Electrodes
Graphite has been the default choice of active material for anodes in lithium-ion batteries since their original launch by Sony but researchers and manufacturers have long sought a way to replace graphite with silicon, as it is an abundantly available element with ten times
Research from Schneider Electric Reveals Companies Unprepared for New Energy Economy
Survey of 236 companies shows that organizations feel ready to compete in the evolving energy landscape; but action doesn't match perception.
Solar Energy Industry Sector Gets Slammed
Some analysts have predicted that renewables will make up the greatest part of the nation's energy portfolio in spite of any policies that are implemented.
Community-Scale Solar for Co-ops
Currently, many rural electric cooperatives and municipal utilities can save money through community-scale solar by avoiding generation and demand charges.
What are Hot Solar Cells?
Thermophotovoltaics (TPV) is a method of converting heat to electricity using infrared light as an intermediary. Combustion heats an emitter to incandescence and the resulting thermal radiation is converted to electricity by a photovoltaic cell.
Corporations Purchased Record Amounts of Clean Power in 2017
Despite looming policy uncertainty in the two most active markets, corporations globally purchased 5.4 gigawatts of clean power through long-term contracts, surpassing 2015's record.
What is Smart Off-Grid?
Smart Off-Grid provides a way for off-grid systems to be monitored, managed and controlled remotely. Built-in, low-cost wireless communications in solar, wind and hybrid-powered devices send critical data to a cloud-based management system in real-time.
How Solar Powered Trash Cans Might Mean Major Savings for Cities
The trash cans are solar powered because they don't just collect trash, they compact it. That allows each receptacle to hold about five times more waste than a non-compactor of the same size.
7 Practical Ways Your Businesses Can Go Green
The year of 2018 will only mean further immersion into all things digital, so be sure your company stays relevant and financially viable through sustainability measures.
Why and When Does a Solar Panel Brand Matter or Not?
Along with the warranty, you'll need to consider the company's ability to honor its warranty. Is the company (either the installer or the panel maker) an established player in the industry? If not, it's hard to know how reliable and stable the brand will be
Karl Klontz Battery Conversion
Illinois Doctor Converts His BMW To Electric Power Using Nine U.S. Battery 12-Volt Deep-Cycle Batteries
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