CTS plant located in Vidalia, Georgia
The $100,000 grant will allow Sierra Energy to further explore the production of hydrogen fuel from waste.
Sam Jackson to share insights on risk mitigation and cost reduction utilizing energy crops
Seals improve reliability of petrochemical service valves, pumps and rotating equipment.
Nearly 1,200 attendees from 26 different countries gather for the largest annual meeting of the global geothermal community
The Thermal Ceramics business of Morgan Advanced Materials announces the availability of its WDS® Flexible Pipe microporous insulation, ideal for deep-sea oil pipelines due its flexibility and superior insulating properties.
By Teresa Meng for The Chronicle: A Duke University professor has been awarded a $5.2 million U.S. Department of Energy grant to explore ways of making algae a cost efficient fuel source. The Duke-led Marine Algae Industrialization Consortium, comprised of both universities and energy companies, aims to lower the cost of algae oil, which can be used in place of fossil fuels. The team is working to identify algae proteins that can be used in protein-based nutritional products in order to make the entire algae farming process more cost-efficient. Zackary Johnson, Arthur P. Kaupe assistant professor of molecular biology in marine science, is the principal investigator of MAGIC and has been researching algae biofuels for eight years. “The goal of the research is to drive down the cost of algae biofuel by increasing the value of proteins within algae,” Johnson explained. Johnson and his team at MAGIC are trying to use multiple ways so that algae grown for biofuel extraction can also be sold after oil is extracted from the algae. Proteins in algae could be used for nutritional products such as poultry feed, fish feed or even food for humans. Extracting and selling these proteins would lower the overall production cost of extracting oil from the algae. In the future, algae proteins as food sources might even be a sustainable approach to feed the world. Algae biofuel has the potential to become a major source of sustainable energy because it can be produced quickly, easily and in high quality, Johnson said. Cont'd...
Industry experts will meet to discuss the key considerations in Energy From Waste in December in London
SMi Reports (2015. 10. 08, London): Some of the most senior industry experts in resource efficiency and waste management will gather this December to discuss the latest developments in Energy from Waste when SMi's 8th annual show returns to London.
3rd Global Moringa Meet planned in India aim to provide interested parties with knowledge and information related to development of sustainable biodiesel industry. The Advanced Biofuel Center(ABC) is hosting the 2 days international Training Programme in Jaipur, India Nov. 21-22.
West Fraser's 2x13 MW biomass power plants operating commercially since beginning of 2015. Maine Wood Pellet's 8 MW power unit to start up early in 2016 in the United States.
How Roys Poyiadjis's and Martua Sitorus's Partnership is Creating the Largest Biofuel Plant in Japan
New study shows biodiversity has no significant impact on switchgrass and prairie grass production for bioenergy use
"Understanding how to establish and manage grasslands that can provide more than biomass is an important challenge for developing sustainable, production-scale bioenergy plantings."
Alliance BioEnergy Plus Inc. Announces a Breakthrough in Cellulose to Sugar Conversion Rates and Efficiencies
. For the first time highly coveted cellulose sugars will be available for ethanol, diesels and other biofuels manufacturers and blenders at a commercial scale and at a cost that makes them profitable for the first time without government subsidy.
A Building that produces the equal or more energy than it consumes is called Net Zero House. Why Net Zero Building? Get your own Energy System, i.e. also your asset Get unlimited source of energy Let your local utility company to pay you Go ahead and build green world
China Looks to Algenol's Carbon Mitigation Technology to Reduce Rising Global CO2 Levels and Help Combat Climate Change
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You haven't installed a tile mount that is easier to install than the Solar Tile Mount manufactured by TRA Snow and Sun. Solar Tile Mount is used on all tile roof profiles: flat, mid, and high. It is made in the USA of aluminum alloy for strength and excellent corrosion resistance. Solar Tile Mount is built to allow more ease in installation with more rise from the tile surface to the rail for better air flow below panels. The adjustable base is longer than most allowing attachment 6" to the left or right to have the bracket in the base of the pan of the tile and still fasten to the rafter. Solar Tile Mount is adjustable for counter batten systems from ¾" to 3". The horizontal rail is directly above base fasteners giving greater uplift resistance than any other system. For superior waterproofing apply TRA Snow and Sun's butyl backed VersaFlash aluminum flashing. No tile flashing is needed on top of the tile for greater labor and material cost savings.