That renewable energy “first” that way back in April we said was on its way? It’s here. Power from a geothermal plant in northern Nevada is flowing to Southern California.
Carbon capture, the technology widely deemed vital to saving the planet from a climate disaster – but frustratingly slow to gain traction – could have a friend in geothermal power.
Costa Rica and geothermal power make obvious sense – the country is teeming with geological activity, a fact apparent to anyone who has visited active volcanoes like Arenal or Poás.
The Canadian Geothermal Energy Association, feeling left out in the cold by the Canadian government, says it will turn to crowdsourcing in an effort to boost geothermal’s prospects in the country.
Global geothermal power capacity could be on its way toward doubling, according to a new industry report, as projects unfold around the world, with a number of countries closing in on putting their first geothermal power stations to work.
Oregon Tech thinks it’s back on track with its ambitious goal of becoming the first university in North America to generate all of the electrical power it requires – from renewable sources, no less.
Ken Salazar was about “smart from the start.” Sally Jewell, his successor as head of the U.S. Department of the Interior, appears to be claiming “landscape-level approach” as her favorite phrase when it comes to large-scale renewable energy development in the West.Oba
You might think of it as the, “How to Get Geothermal Over the Risk-Hump Plan.” The idea is to establish a global exploration drilling fund, ideally with some public sector support. What good would it do?
With all the coverage in North America about the questionable practice of hydraulic fracking to dislodge trapped oil and gas deep underground, the idea of drilling down to precious aquifers to use cool groundwater as a method to control building temperatures can make many environmentalists squeamish.
US authorities have approved another plan to develop and test a geothermal reservoir using enhanced geothermal system (EGS) technology.
A story popped up in my “geothermal power” feed on Sunday with the headline: “DOE set to award 4 renewable energy contracts.”
The U.S. Army is driving a huge new market for renewable energy, dangling up to $7 billion to purchase power sourced from solar, wind, biomass, geothermal and other alternative-energy technologies.
We've seen builders and architects accomplish some amazing feats with geothermal heat wells — chief among them, achieving Passive House certification for a duplex in Ottawa, Canada, the world's fourth coldest capital city.
Geothermal is among the few renewable sources of electricity that can produce baseload power or provide peak-load power.
A plan to tap the geothermal potential of one of the Cascade Range’s most impressive volcanoes has been thrown open for public consultation.
Geothermal has long been touted as the only stable form of renewable energy because it produces constant 24-hour energy from hot rocks deep underneath the ground.
The US has the geothermal resources to produce ten times as much power as the current installed capacity of coal plants, Google-sponsored research shows.
Renewable energy production in the United States has surpassed the production of nuclear power for the first time, a government study reports.
You think the Nevada desert, you think solar power. But that's not the case at Pahrump Valley High School, about 50 miles west of Las Vegas.
The school, scheduled to open in 2012, is being built with a geothermal heat pump (GHP).
We need to expand the popular concept of geothermal power. Really, it's not just about geysers spurting water and steam, Old Faithful-like, high into the air.