Researchers want oil and gas drillers to adopt geothermal technology

By Brooks Hays for UPI:  Researchers at the University of North Dakota believe geothermal energy production should be a significant part of America's future energy portfolio. But to get the industry off the ground, proponents are looking to an industry not normally associated with renewable energy -- gas and oil drillers. "Oil- and gas-producing sedimentary basins in Colorado, Illinois, Michigan, and North Dakota contain formation waters of a temperature that is adequate for geothermal power production," researchers wrote in their new study on the subject, published this week in the journal Geosphere. Geothermal energy requires heat, and natural sources of heat lie deep within the ground. Gas and oil drillers have already built the infrastructure to access deep-lying natural resources. Of course, gas and oil drillers want gas and oil, not heat. But in their quest for gas and oil, they get heat nonetheless.  Cont'd...

Duke scientists making algae biofuel more viable

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...

The Importance of Pyranometer Temperature Response

One of the main parameters affecting the real-world measurement of solar radiation by pyranometers is temperature response.

Technology Helps Wind Industry Through PTC Debate

Despite the historic success of tax credits in helping to move renewable energy industries forward, the reality is that these credits might not be renewed. Industries will have to rely more heavily on the savings possible through equipment and technology improvements.

How a Manmade Tidal Lagoon Could Change the Future of Clean Energy

FEARGUS O'SULLIVAN for CityLab:  Just outside the Welsh city of Swansea, the U.K. is planning one of the most innovative power plants ever constructed. It’s not the plant’s size that is striking, though it could ultimately provide power to 155,000 homes for 120 years. It’s the source of its power that breaks ground: tides channeled into an artificially constructed lagoon. Granted full planning permission this June, the Swansea Bay Tidal Lagoon will be the world’s first ever plant to generate electricity using this method. Should it prove successful, the plant’s template could be adopted worldwide as a way of generating green power while simultaneously providing sea wall protection to coastal communities.   Cont'd...

Increasing Wind Turbine AEP with Vortex Generators

Vortex Generators are small attachments made from durable material that energizes the flow around the blade and reduce flow separation.

Infinite Possibilities of Internet of Things (IoT) in Renewable Energy Sector

Here is how the internet of things technology can drive the next revolution in the global renewable energy industry

Energy Production in Motion: The Advantages of Single-Axis Solar Tracking Systems

Despite the fact that tracking systems are more complex than fixed-tilt systems, they represent the future of the industry and a glimpse of all that is possible in terms of solar energy capacity.

Energy From Stars

This paper proposes possible new energy sources. One of these sources can be the "energy from stars".

Two Explosions a World Apart: From Disaster Comes New Power

How Roys Poyiadjis's and Martua Sitorus's Partnership is Creating the Largest Biofuel Plant in Japan

Germany & China Lead in Solar Installed Capacities

Germany's top place in the ranking is not surprising given its Energiewende focus to transition away from fossil fuels & its declared war on coal.

Technical Summaries of Wave Energy Prize Official Qualified Teams

Judges have completed reviewing the technical submissions and a total of 20 Qualified Teams are advancing to next phase of the Wave Energy Prize! Here are the entries.

Algenol to Partner in China to take Climate Action

China Looks to Algenol's Carbon Mitigation Technology to Reduce Rising Global CO2 Levels and Help Combat Climate Change

Five More Myths About Solar Energy - And The Real Facts

In an earlier article, Midsummer's CEO Sven Lindström outlined some of the most common myths about solar power. Here are five more of the most common solar energy myths - coupled with the real facts.

Energy Storage from UGE onDEMAND

onDEMAND combines Samsung's lithium-ion battery technology and Princeton Power Systems' energy management technology, with UGE's project financing and system design expertise, for a complete energy storage solution.

Records 406 to 420 of 2824

First | Previous | Next | Last

Featured Product

LG Solar Unveils NeON R with Enhanced Aesthetics and Energy Savings

LG Solar Unveils NeON R with Enhanced Aesthetics and Energy Savings

The NeON R module features "Back Contact" cell technology delivering an entirely black panel that is aesthetically pleasing and energy efficient. The cell's seamless, surface blends perfectly into nearly all rooftop designs while the module's electrodes are positioned on the rear of the cell. Using LG's N-type cell structure, the panels produce 365W of energy, up to 7.3kWp, compared to 5.8kWp of the p-type cell. The module's new design minimizes LID, thereby delivering a longer lifespan and increased energy output.