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South African steel producer Highveld Steel & Vanadium on Friday announced that the disposal of vertically integrated assets Vanchem and its 50% stake in South Africa Japan Vanadium (SAJV), to Swiss firm Duferco Investment Partners, would be effective from August 29. The producer said in a statement to shareholders, that it had received approval from the European competition authorities, the South African competition authorities and the South African Reserve Bank, as well as the consent of the other shareholders of SAJV. The competition Tribunal earlier this month announced that it had approved the sale of the assets, which formed part of the European competition regulatory body's conditions of the 2007 Highveld Steel acquisition by Evraz.

Australia`s competition regulator on Friday identified iron-ore as a potential major concern in evaluating mining giant BHP Billiton`s US$128 billion bid for rival Rio Tinto and said it would make a final ruling on the hostile takeover by October 1. The Australian competition and Consumer Commission (ACCC) devoted most of its nine-page "statement of issues" to the proposed deal`s likely impact on the iron ore trade and, in particular, on Australian steel-makers. Rio Tinto and BHPB are the world`s second and third largest iron-ore producers, respectively, behind Brazil`s Vale. But the ACCC saw no major competition issues surrounding trade in copper, gold, uranium, bauxite and alumina.

The Competition Tribunal on Friday announced that it had approved the sale of vertically integrated assets by South African steel producer Highveld Steel & Vanadium to Swiss firm Duferco Investment Partners. The deal formed part of the European Competition regulatory body's conditions of the 2007 Highveld Steel acquisition by Evraz. Duferco's subsidiary, Vanchem Vanadium Products, would acquire Highveld Steel's Vanchem operations, as well as its 50% stake in South Africa Japan Vanadium and 350 ordinary shares in the Mapochs mine, which produced titaniferous magnetitic ore for Highveld Steel, and ore fines for Vanchem.

Australia's competition regulator has cleared Chinalco's planned $19.5bn investment in Rio Tinto, ruling that the transaction was unlikely to "unilaterally decrease global iron ore prices below competitive levels".

Thermoelectric bracelet that helps people maintain a comfortable body temperature takes home $10,000 from MIT's annual materials-science design competition. The "watch" part of the prototype actually consists of the team's custom copper-alloy-based heat sink (a component that lowers a device's temperature by dissipating heat). Attached is an automated control system that manages the intensity and duration of the thermal pulses delivered to the heat sink. Integrated thermometers also measure external and body temperature to adjust accordingly.

"Wireless charging manufacturers are expected to reach economies of scale to offer the technology at a competitive price by 2016 or 2017. The perceived value also may improve with time. The smartphone market is the earliest adopter of wireless power charging technology, and is the largest revenue contributor to the global market. Other potential applications include consumer electronics (e.g., tools, lights, phones, headsets, and laptops), electric vehicles, and industrial uses. Wireless charging technology is expected to expand into these markets during the forecast period."

"For remote charging to take off metaphorically as well as literally, though, devices employing it need to be interoperable. That means establishing industry standards. Unfortunately, in a competition reminiscent of that in the 1890s between alternating current (Tesla's preference) and direct current (promoted by Thomas Edison), three main consumer standards have emerged."

This is good news for the solar industry, where cost has been a barrier to wider acceptance.

As the company continues to expand in both established and emerging electronics manufacturing regions, the electronics group of Henkel announced a new partnership to extend its presence in South Africa, signing on PEM Technologies to represent its line of Loctite brand electronics adhesives in the growing South African region.Though it is not often considered a major electronics manufacturing locale, South Africa is, in fact, one of the fastest growing regions for certain sectors within the electronics production market. Automotive, military/aerospace and contract manufacturing are all seeing significant growth rates and Henkel anticipates that this will only continue for the foreseeable future.\n\n"Recently, we have seen major manufacturers in automotive and in military/aerospace either transfer production from Europe to South Africa or set up additional, dedicated South African production sites," comments Richard Boyle, Regional Technical Service Manager for Henkel. "And, growth in the contract manufacturing sector--particularly for telecom, IT and entertainment products--is even more rapid and represents the largest area of expansion for Henkel," Boyle continues. "Establishing a partnership with a strong regional distributor like PEM Technologies is critical to our strategy for growth in this promising region." Steve Eglinton, Managing Director of PEM, is confident the company's relationship with Henkel will only serve to further enable customers' competitiveness. "Without question, Loctite is the leading brand of adhesives for electronics manufacturing and we are very enthusiastic about \nrepresenting Henkel materials throughout South Africa," says Eglinton. "Henkel's philosophy of supporting the customer through top-notch applications expertise, technical service and materials-based productivity enhancing tools is completely in line with PEM's approach. With Henkel's leading materials technologies, we look forward to helping customer

These are heady times for the thin-film solar industry. The sector's dominant player, First Solar, has been on a tear of late, recently announcing it would build a second 10 megawatt power plant in Nevada, while Miasole, once thought to be ailing, has staged an impressive comeback, raking in an eye-popping $220 million. Nanosolar has developed a new ultra-fast solar cell printer, and even giants like IBM and Applied Materials have gotten in on the game. In the face of such intense competition, how will HelioVolt, a well-funded outpost of CIGS manufacturing in Texas, fare? The company hopes a new hybrid, super fast CIGS process it has developed in collaboration with the National Renewable Energy Laboratory (NREL), which combines its patented FASST process and NREL's non-vacuum deposition technique, will help even the odds. The Austin, Texas-based company licensed NREL's non-vacuum deposition process, which allows for the quick application of liquid precursors onto a printing plate and substrate, to manufacture its solar cells with a 12.2 percent conversion efficiency at a fraction of the regular cost and in record time - under 6 minutes. Another advantage is that the substrate can be made from a variety of building materials, including glass, metals, plastics and roofing materials.

Hydrogen fuel-cell cars have received a great deal of attention over the years as a clean alternative to petroleum-based transportation, producing only water for exhaust. Certainly the technology is known. Demonstration vehicles have been produced by several manufacturers and Honda is starting to roll out a fleet of 200 FCX Clarity fuel-cell cars, available for lease to select customers for US $600 per month. These autos are costing Honda hundreds of thousands of dollars each though, according to Honda's president Takeo Fukui (Wall Street Journal, June 16 2008), and it will take another decade before their cost falls below US $100,000. Although fuel-cell cars remain a long way from providing commercially viable transportation for the vast majority of people, cars are not the only application for fuel cells. Fuel cells are reaching commercial viability sooner in other applications such as portable electronics, including laptops, cell phones, MP3 players and games, aiming to supplement the ability of batteries to power these mobile devices for extended periods of time. There are a number of reasons why fuel cells may prove more competitive in portable electronics than in cars, including the favorable cost, lifetime requirement and easier distribution in this market. One of the companies developing fuel-cell technology for portable electronics is Polyfuel, using its proprietary hydrocarbon membrane technology for direct methanol fuel cells. The cost of power for portable electronics, according to Polyfuel president and CEO Jim Balcom, is up to US $10,000 per watt, compared with US $20-50 for autos, making portable electronics a much more attractive market than cars initially.

Johnson Controls, a global leader in building efficiency, announced the new LX Series of air conditioners and heat pumps by York, its leading air conditioning, heating, refrigeration, and ventilating company. They feature a MicroChannel coil with enhanced heat transfer characteristics, enabling them to achieve the desired performance levels with less coil surface area than competitive condensers and up to 50 percent less refrigerant. The units are available with environmentally friendly R-410A refrigerant as well as R-22. 14.5 SEER LX Series air conditioners use a compressor blanket and swept-wing fan blade for quieter operation. 15+ SEER can be achieved when the air conditioner is matched with a variable-speed air handler or gas furnace. A fully louvered steel coil guard, corner posts and a polymer mesh protect the condensing coils from damage. The unit's heavy-duty cabinet is made of powder-painted steel that resists corrosion and rust creep.\n\n\n\n\nIn addition, the MicroChannel coil offers better galvanic corrosion resistance than conventional coils. In testing, the coil withstood 7,000 hours of salt spray with a higher success rate than conventional coils at just 1,000 hours, making the units particularly desirable for seacoast applications, reveals the company's press release.\n\n

The U.S. Department of Energy (DOE) Principal Deputy Assistant Secretary for Energy Efficiency and Renewable Energy John Mizroch announced recently that the DOE will invest up to US $24 million -- subject to the availability of funds -- to develop solar energy products that will hopefully accelerate the penetration of solar photovoltaic (PV) systems in the United States. \n\nWhen the projects are combined with the overall industry cost share of up to US $16 million, more than US $40 million in total could be invested in these SEGIS projects, with future federal funding subject to appropriations from Congress.\n\nThe Solar Energy Grid Integration Systems (SEGIS) projects will provide critical research and development (R&D) funding to develop less expensive, higher performing products to enhance the value of solar PV systems to homeowners and business owners. These projects are integral to the Solar America Initiative, which aims to make solar energy cost-competitive with conventional forms of electricity by 2015. \n

China will begin subsidizing the production of wind power turbines, according to an announcement made last Friday. The subsidy will only be available to Chinese majority-owned turbine manufacturers, who will be eligible to receive $88 per kilowatt for the first 50 units capable of generating at least 1.5 megawatts of power. In addition, the subsidy can only be used for research and development. This is the first Chinese subsidy specifically focusing on the wind power industry and it is meant to make Chinese companies more competitive with turbine makers like GE (NYSE: GE) in the U.S., Vestas Wind Systems (VWS.CO) in the Netherlands and India's Suzlon (SUZL.BO).

DOE announced on September 8 that it will award $6.6 million in competitive grants for 15 state-level projects, nine of which focus on developing policy and regulations to support gigawatt-scale clean energy capacity, and six of which focus on developing advanced building codes. Of these awards, $4 million will go to the gigawatt-scale clean energy capacity projects, which will develop policy and regulatory frameworks that will enable gigawatt-scale clean energy, either through renewable energy or demand-side reductions. Although no cost share was mandated, state partners will contribute up to $1.8 million for these projects. The six advanced building codes projects will receive $2.6 million, which will assist states in developing and implementing residential, commercial, or overarching building codes. Along with its financial assistance, DOE will support these projects with ongoing technical assistance.