Kent Harrington

GE's new wind turbine is enormously large, but it's also smart, thanks to a connection to the Industrial Internet, which allows it to be more efficient and profitable.

In the complex world of enhanced oil recovery (EOR), sometimes low-tech trumps high.

David Keith, Harvard professor of applied physics, thinks he's developed a way of capturing CO₂ directly from the atmosphere, and, as he says, it's practically a way to "print money."

Using solar energy to grow food appears to be an emerging micro-trend. Check out what Australians are putting brackish water and sunlight to use in the Outback.

A decade ago the world expected to be at the mercy of a gas cartel run by Russia, Iran, and Qatar. Today, gas discoveries and LNG projects around the world have shifted fates dramatically, with deals in the works such as French Total's 20-year contract for LNG with Cheniere Energy's Sabine Pass plant in Louisiana.

Take a look at Qatar's 10,000 square meter facility, including its saltwater-cooled greenhouses. The facility is the country's first operational concentrated solar plant and the region’s largest algae research facility.

As US wind-energy developers raced to finish projects before the renewable energy tax credit expired on January 1st, GE installed its 20,000th wind turbine. And now a new twist for the US wind energy industry has emerged with the fiscal cliff vote.

British Petroleum is spending $100 million to replace its current data center with what it says will be the largest supercomputer for commercial research in the world. The company hopes the added computing power will bring with it a significant competitive advantage in the race for the globe's newly discovered sources of gas and oil.