This ‘Centre of Excellence in the area of Fluid and Thermal Sciences’ will be the Nodal Centre to study Thermal problems regarding design, analysis and testing of various components

The work involves design, engineering, manufacturing, supply, erection and commissioning of boilers, turbines, electrostatic precipitators, auxiliaries, along with the related mechanical, electrical, instrumentation and civil works

Smart, flexible skins measure and adapt to ambient temperatures

Semiconductor could help dissipate waste heat in electronics

Smart, flexible skins measure and adapt to ambient temperatures

Makai Ocean Engineering Inc. has built an ocean thermal-energy conversion demonstration plant in Hawaii.

Marubeni Corp. began a geothermal survey of Daisetsuzan National Park on the northern island of Hokkaido that will continue through February in the hopes Japan will discover more clean-energy sources.

The possibility of producing shale gas in some European countries has triggered a very heated debate about the environmental and social impacts of the technique used to extract gas from shale rocks (today only in the US and Canada); this technique is widely known as hydraulic fracturing or fracking.

The U.S. Army Corps of Engineers – Engineer Support Center, based in Huntsville, Ala., this week announced a new contract for use of geothermal technology as part of the Multiple Award Task Order Contract (MATOC) series for renewable and alternative energy production work orders at Department of Defense (DOD) installations.

A renewable industry investment executive told geothermal industry leaders in Las Vegas Monday (Sept. 30) that slow growth and unfair renewable tax incentives threatened the future of geothermal power.

Reykjavik Geothermal, the Icelandic company that’s helped build power plants in more than 30 countries, agreed to develop as much as 1,000 megawatts of projects in Ethiopia over the next 10 years.

Geothermal industry leaders say they are losing a popularity contest with wind and solar power, but claim they are offering a better product.

“I can remember as a young man driving from Carson City to Reno for the first time and I saw this steam coming out of the ground,” Nevada Senator Harry Reid told the geothermal industry last week. Although the congressman was in Washington DC trying to prevent a government shutdown, as his representative Vinny Spotleson reminded the audience, he and Senator Dean Heller both conveyed their support and appreciation of geothermal via video remarks at the opening plenary session of the GRC Annual Meeting and GEA Geothermal Energy Expo in Las Vegas.

This year’s Geothermal Energy Association (GEA)’s Geothermal Energy Expo and Geothermal Resources Council’s Annual Meeting incorporated a wide range of meetings on international development. U.S. interest in exporting geothermal goods and services is ever-increasingly met with outside interest in U.S. knowledge and materials, particularly from developing countries.

Walk into any panel discussion at a geothermal power event and you will often hear about barriers hindering geothermal development. In spite of the obstacles, the geothermal industry has grown and adapted to adversity, and it is unfortunate when more attention is not given to geothermal power’s technological accomplishments and the long-term potential. Today, 73 countries across the globe are actively engaged with the geothermal energy sector, showing that more governments, utilities, and industry stakeholders are recognizing the long-term value geothermal power can bring to their power systems.

What’s the next big opportunity for geothermal? According to panelists at last week's Renewable Energy World North America international geothermal session, it’s emerging markets. Kicking off the two-hour discussion, special guest Agnes Dasewicz of the U.S. Agency for International Development (USAID) explained the Power Africa initiative, which launched in June 2013. USAID is attempting to unlock energy growth in six countries: Kenya, Tanzania, Ghana, Nigeria, Liberia, and — of particular interest to the geothermal crowd — Ethiopia.

There are no plans for new coal plants to be built in the United States. This opens doors for the geothermal industry possibly more than ever before in U.S. history. In an Energy Information Administration (EIA) forecast to 2018, coal was one of the top-cost commissioning technology options; geothermal was one of the lowest.

The geothermal heat pump (GHP) industry prides itself on offering an efficient, environmentally friendly technology for satisfying the thermal loads of buildings. To do so, a GHP system relies on circulating water through pipes placed underground (either vertically or horizontally) to tap the natural heat retained by the earth.

Nearly one month after Typhoon Haiyan ravaged the Philippines, affecting more than 12 million people and killing almost 6,000, many residents are still sitting in the dark. The Superstorm not only decimated the islands’ transmission systems, it knocked out one of its main power sources — geothermal.

Developing countries that are interested in geothermal energy may see transformational results by approaching World Bank and other institutions, as Djibouti did. In an interview, the World Bank Djibouti geothermal project team talks about the project investment, lessons from Kenya’s experience, and preparations that are being made for the private sector to take up the next steps.

Holders of Ram Power Corp. (TSX:RPG, OTC:RAMPF) on November 26 (the “record date”) recieved valuable coupons as the result of the company’s rights offering, announced November 18th. Just in time for the holidays, these coupons, or “rights” can be used to buy additional shares of Ram Power for 8¢ Canadian per share any time before 5:00 p.m. on December 23rd. (Disclosure: I am long Ram Power stock.)

As the thousands of people in the geothermal energy industry wrap up an exciting and challenging year, they are united by some recurring themes. Investigative geologists, problem-solving engineers, and pioneering international business leaders are some of the players who worked this year to bring together the heat of the Earth with the cities, customers, and other industries that need its unique environmental and economic benefits.

Iceland and Japan, two nations rich with underground sources of renewable energy, can tackle climate change together by promoting the use of geothermal power, Iceland’s environment minister said.

Reykjavik Geothermal, the Icelandic power-plant builder, plans to begin drilling in Ethiopia by July as part of a $2 billion project to develop the renewable energy source, Chief Operating Officer Gunnar Orn Gunnarsson said.

IHI Corp., a maker of everything from aircraft jet engines to gas turbines, expects the market for small-scale geothermal projects to take off in Japan as the country seeks cleaner sources of energy.

Iceland is moving closer to plugging European homes into the volcanic island nation’s geothermal and hydropower reserves via what would be the world’s longest power cable, according to the country’s largest energy producer.

Orix Corp., a Tokyo-based finance and leasing company, plans to build as many as 15 geothermal power stations in Japan in the next five years.

In the midst of a suburban sprawl halfway between the Eiffel Tower and Paris’s busy Orly airport, a drilling crew works night and day burrowing deep into the Earth’s crust in search of underground heat.

Kenya Electricity Generating Co., the East African nation’s biggest power producer, plans joint ventures to complete its geothermal projects in Olkaria, Chief Executive Officer Albert Mugo said.

China could be nearing publication of a plan to guide the development of geothermal energy resources over the next few years as it plunges ahead with efforts to get more of its energy from renewable sources.