The Nuclear Regulatory Commission’s (NRC’s) Atomic Safety and Licensing Board panel dismissed the last objection filed by anti-nuclear groups and a Texas lawmaker to block expansion of Luminant Energy’s Comanche Peak nuclear plant.

A federal judge in Brazil on Friday ordered immediate suspension of a license permitting construction of the controversial 11,233-MW Belo Monte dam complex. The license was recently issued by Brazil’s environmental agency, IBAMA, and it would have allowed dam-building consortium Norte Energia to begin clearing forestland on the margins of the Amazon’s Xingu River.

The U.S. Department of Energy on Thursday finalized a $96.8 million Recovery Act–supported loan guarantee to Neal Hot Springs, a project sponsored by U.S. Geothermal, to construct a 23-MW geothermal project in Oregon’s Malheur County.

France in January announced its contribution to the wave of small and modular reactors (SMRs): a submarine-like nuclear plant that can be submerged in waters 60 meters (m) to 100 m deep and several kilometers offshore.

Steam turbines convert the thermal energy in motive steam to rotating mechanical energy, and the generator converts that energy into electrical power. One important requirement for safe and reliable operation is preventing water induction in the steam turbine and avoiding water hammer in the steam piping system. ASME standards present the design guidelines for removing moisture from steam lines; this article explains a practical design process.

Brazil’s environment agency, IBAMA, in January issued a partial installation license that allows for construction of the controversial Belo Monte dam complex, an 11,233-MW project estimated to cost some 19.6 billion reals (US$11.7 billion), to begin on the margins of the Amazon’s Xingu River. Saying the project is needed to meet soaring electricity demand when completed, as planned in 2015, the government gave license to dam-building consortium Norte Energia to begin clearing 238.1 hectares (588 acres) of forestland.

Europe installed 308 new offshore wind turbines in 2010—a 51% increase in installed offshore capacity over the previous year, the European Wind Energy Association (EWEA) said in new figures released this January. The 883 MW of new capacity—worth some €2.6 billion—were installed at nine wind farms in five countries, bringing the continent’s total offshore installed wind capacity to 2,964 MW.

A new article in Bioscience looks again at the connection between economic growth and energy demand, shedding little light on the subject and further demonstrating the limits of neo-Malthusianism. Of course there is a relationship between energy and economic growth, but what is it? No answers here; only a doomsday prediction.

At the beginning of 2011, German firm E.ON began operation of its new 417-MW Malzenice gas and steam turbine power station in Slovakia’s Trnava region, near the country’s capital, Bratislava (Figure 5). The facility, which is expected to generate more than 300 billion kWh annually, boasts an efficiency of 58%—which E.ON claims is among the “highest in Europe.”

The long-struggling uranium business, hoping that demand for nuclear fuel will increase, is slowly stretching its muscles and strengthening exploration and production efforts in the U.S. and elsewhere.