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Fire-rated glass, also known as fire-resistant glass or fire-protective glass, is designed to withstand exposure to fire and heat, providing a barrier against the spread of flames, smoke, and radiant heat. This type of specialty window glass is used in buildings and structures to enhance fire safety and protect occupants by slowing down the progression of fire. Fire-rated glass is typically classified based on its ability to resist fire for a specified duration.

Technology Review reports that the idea of hybrid gas-solar thermal power plants is being considered for coal fired plants now - Cutting Coal Use with Sunshine. Feeding heat from the sun into coal-fired power stations could turn out to be the cheapest way to simultaneously expand the use of solar energy and trim coal plants' oversize carbon footprints. At least that's what the Electric Power Research Institute (EPRI), a nonprofit organization backed by the electricity industry, is hoping. Last week, the institute launched a nine-month, $640,000 study to pin down the scale of the opportunity and the engineering challenges involved with making these seemingly disparate technologies work together. The study will examine the potential use of solar-thermal technology at a pair of coal-fired power stations, in New Mexico and North Carolina.

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Concrete foam insulation is being touted as the latest greenest insulation available. It offers fire resistance, mold and bug resistance and a high R value.

Concrete foam insulation is being touted as the latest greenest insulation available. It offers fire resistance, mold and bug resistance and a high R value.

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A new study shows that Germany has already reduced greenhouse gas emissions to the level pledged in the Kyoto Protocol. But a greater reliance on coal-fired power plants may soon reverse the trend. When it comes to global warming and concurrent efforts to reduce the emissions of greenhouse gases, Germany has always tried to present itself as a leader. New data set to be released on Friday shows that the country has earned its bragging rights.

State regulators in Colorado have given the green light to plans by Xcel Energy to shut down two coal-powered energy plants in the state, and build one of the world's largest utility-scale solar-power facilities. Following discussions lasting several days, the Colorado Public Utilities Commission (CPUC) backed the power company's voluntary decision to close the two coal-fired plants at Denver and Grand Junction, making Xcel the first utility in the U.S. to make such a move solely in an effort to reduce emissions.

With fossil fuel prices escalating and countries searching for ways to reduce oil dependence and greenhouse gas emissions, capturing the earth's heat for power generation is garnering new attention. First begun in Larderello, Italy, in 1904, electricity generation using geothermal energy is now taking place in 24 countries, 5 of which use it to produce 15 percent or more of their total electricity. In the first half of 2008, total world installed geothermal power capacity passed 10,000 megawatts and now produces enough electricity to meet the needs of 60 million people, roughly the population of the United Kingdom. In 2010, capacity could increase to 13,500 megawatts across 46 countries-equivalent to 27 coal-fired power plants.

As soon as I have finished this column I will jump on the train to Kent. Last year Al Gore remarked: "I can't understand why there aren't rings of young people blocking bulldozers and preventing them from constructing coal-fired power plants." Like hundreds of honorary young people, I am casting my Zimmer frame aside to answer the call. Everything now hinges on stopping coal. Whether we prevent runaway climate change largely depends on whether we keep using the most carbon-intensive fossil fuel. Unless we either leave it - or the carbon dioxide it produces - in the ground, human development will start spiralling backwards. The more coal is burnt, the smaller are our chances of future comfort and prosperity. The industrial revolution has gone into reverse.

Out on a lawn at the Massachusetts Institute of Technology with joggers and traffic passing nearby, Spencer Ahrens is demonstrating what looks like either the future of solar power - or perhaps a death ray.

In a ruling believed to be unprecedented, a Georgia judge halted the construction of Dynegy's Longleaf coal-fired power plant because it had not made provisions for reducing its emissions of carbon dioxide, the greenhouse gas most widely implicated in man-made global warming.

Federal policy-makers have taken few of the steps necessary if greenhouse emissions from coal-fired power plants are to be captured and stored underground, according to a new government report. Coal industry backers are banking that "carbon capture and storage" will allow the industry to survive efforts to control global climate change. But the U.S. Government Accountability Office report, released this week, adds to growing concerns that the technology isn't ready now - and might not be for a long time.

While the arguments rage on both sides, the experts say that time is running out For the workers at Oldbury-on-Severn nuclear power plant, the next new year celebrations could be rather poignant. Just as Britain is planning the rebirth of nuclear power generation, their ageing plant will be closing down, probably on December 31. Oldbury, in Gloucestershire, has been pouring power into the national grid since 1967 and is the latest in a series of closures that has seen Britain's nuclear generating capacity fall from nearly 40% of the nation's needs in the 1980s to just 15% now. Most of the slack has been taken up by new gas-fired stations.

Energy Matters has a post on a new solar PV farm in Portugal - Portugal's Largest Solar Farm Opens. Portugal's Acciona Energy recently opened the country's largest solar power farm, executing the construction of the project in a record time of 13 months. The solar farm covers an area of 250 hectares in the municipality of Moura (Alentejo region), near the border with Spain. The AUD$571 million 48 MW facility will provide power to over 30,000 Portugese households; producing 93 million kWh of electricity annually and avoiding over 89,000 tonnes of carbon dioxide emissions compared to a similar output via coal fired power generation.

An assessment of the "electric productivity" of the 50 states indicates that shoring up performance gaps through energy efficiency could not only cut consumption by 30 percent, but also eliminate the need for more than 60 percent of coal-fired generation, according to a new study by the Rocky Mountain Institute. The RMI study, "Assessing the Electric Productivity Gap and the U.S. Efficiency Opportunity," determines the productivity rate of each state by measuring how much gross domestic product is generated for each kilowatt-hour consumed.

Our story of energy begins when humans discovered the secret of fire. We burned wood and brush to protect ourselves from predators, cook food, and, later, to survive the ice age. In 12th-century Europe, with the forests fast disappearing, we started burning the strange black stones we called coal. Later, we used coal to produce steam, launching the Industrial Revolution.

Let's take a trip down the Palouse to check in with the most progressive university in our region (come on local schools, that ought to light a fire). It seems like we're always talking about new and exciting environmental stories coming from our neighbors to the south, and today is no disappointment ...