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Super strong nanometals - a Chinese-Danish success Research shows that it is possible to produce copper about 4 times stronger than commercial material - and doing so while also having a ductile material. As the thermal and electrical conductivity are also good, the manufacturing of, for example, electrical conductors with improved mechanical properties looks promising

Manufacturers of refrigerator-sized nuclear reactors will seek approval from U.S. authorities within a year to help supply the world's growing electricity demand. John Deal, chief executive officer of Hyperion Power Generation Inc., intends to apply for a license "within a year" for plants that would power a small factory or town too remote for traditional utility grid connections. The Santa Fe, New Mexico-based company and Japan's Toshiba Corp. are vying for a head start over reactor makers General Electric Co. and Areva SA in downsizing nuclear technology and aim to submit license applications in the next year to U.S. regulators. They're seeking to tap a market that has generated about $135 billion in pending orders for large nuclear plants.

The savings claimed here are against CFL, FL and HPS - not tungsten! Cree, Inc, a manufacturer of LED solid-state lighting components, released the results of the first phase of the conversion of its Durham headquarters to LED lighting, which has resulted in the use of 48% less energy than the lights they replaced and plans to convert all lighting at the headquarters and manufacturing facility to LED lighting.

"To see the future of solar power, take an hour-long train ride inland from Shanghai and then a horn-blaring cab trek through the smog of Wuxi, a fast-growing Chinese city of five million. After winding through an industrial park, you will arrive at the front door of Suntech Power, a company that in the few years since its founding has become the world's largest maker of crystalline-silicon solar panels. Solar panels cover the entire front face of the sprawling eight-story headquarters. Nearly 2,600 two-meter-long panels form the largest grid-connected solar façade in the world. Together with an array of 1,800 smaller panels on the roof, it can generate a megawatt of power on a sunny day. It's expected to produce over a million kilowatt-hours of electricity in a year--enough for more than 300 people in China. In 2001, when Suntech was founded, all the solar-panel factories in China operating at full capacity would have taken six months to build enough panels for such a massive array. Suntech's first factory, which opened in 2002, cut that time to a little more than a month. Today, the company can make that many panels in less than one 12-hour shift. By the end of this year, the workers could be done by lunchtime. Suntech's production capacity has increased from 10 megawatts a year in 2002 to well over 1,000 megawatts today. Chinese solar manufacturing as a whole has increased its capacity from two megawatts in 2001 to over 4,000 megawatts."

"Mission: To promote the implementation of anhydrous ammonia as an affordable, sustainable, carbon-free fuel for transportation and stationary power applications, thereby enhancing economic security, reducing fossil-fuel dependence, and helping save the environment. Anhydrous ammonia is an ultra-clean, energy-dense alternative liquid fuel. Ammonia is the only fuel other than hydrogen that produces no greenhouse gases (GHG) on combustion. Ammonia will power diesel and spark-ignited internal combustion engines, direct ammonia fuel cells, and even combustion turbines. And, ammonia can be manufactured from simply water and air using clean renewable energy."

The source of endless energy for all humankind resides just off Government Street in Burnaby, British Columbia, up the little spit of blacktop on Bonneville Place and across the parking lot from Shade-O-Matic blind manufacturers and wholesalers. The future is there, in that mostly empty office with the vomit-green walls -- and inside the brain of Michel Laberge, 47, bearded and French-Canadian. According to a diagram, printed on a single sheet of white paper and affixed with tape to a dusty slab of office drywall, his vision looks like a medieval torture device: a metal ball surrounded on all sides by metal rods and bisected by two long cylinders. It's big but not immense -- maybe 10 times as tall as the little robot man in the lower right corner of the page who's there to indicate scale.

The incandescent lightbulb that wastes 90% of the electricity as heat is dying, we all know that. But a new breakthrough in solid state lighting might also kill compact fluorescent lightbulbs (CFLs) faster than some expected. Scientists at Purdue University have figured out how to manufacture LED solid-state lights on regular metal-coated silicon wafers (more details below). What this means is: much lower costs.

According to the egg-headed twosome the projects are looking into: * Energy efficient bio-based natural fibre insulation * New materials and methods for energy efficient tidal turbines * A new manufacturing process to produce a novel cellular vacuum insulation panel for retrofit into buildings, to reduce heat loss and energy * Sustainable power cable materials technologies with improved whole life performance Here's a sample of a couple of projects that got the nod: