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Conceived during the second world war by Marcel Mennesson and Maurice Goudard, the Solex was marketed in 1946. In the difficult context of the post-war period, France in rebuilding is looking for an economic mean of transport which doesn't need a lot of energy.The Solex, whose selling price is lower than the minimum wage and whose energy consumption is very low, corresponds perfectly to these two requirements. While cars are starting their appearance, the Solex represents a mass mean of transport. Thus, it will become a legend by occupying a place of first order in the history of popular motorization. Seducing by its cost, its safety, its simplicity and its sobriety, it will be used as well for leisures as for daily ways. With an easy employment, economic and reliable, the Solex quickly met a large success : 8 million specimens were sold between 1946 and 1988 in France and all around the world. Conceived during the second world war by Marcel Mennesson and Maurice Goudard, the Solex was marketed in 1946. In the difficult context of the post-war period, France in rebuilding is looking for an economic mean of transport which doesn't need a lot of energy.The Solex, whose selling price is lower than the minimum wage and whose energy consumption is very low, corresponds perfectly to these two requirements. While cars are starting their appearance, the Solex represents a mass mean of transport. Thus, it will become a legend by occupying a place of first order in the history of popular motorization. Seducing by its cost, its safety, its simplicity and its sobriety, it will be used as well for leisures as for daily ways. With an easy employment, economic and reliable, the Solex quickly met a large success : 8 million specimens were sold between 1946 and 1988 in France and all around the world.

People are using more and more household batteries. The average person owns about two button batteries, ten normal (A, AA, AAA, C, D, 9V, etc.) batteries, and throws out about eight household batteries per year. About three billion batteries are sold annually in the U.S. averaging about 32 per family or ten per person. A battery is an electrochemical device with the ability to convert chemical energy to electrical energy to provide power to electronic devices. Batteries contain heavy metals such as mercury, lead, cadmium, and nickel, which can contaminate the environment when batteries are improperly disposed of. When incinerated, certain metals might be released into the air or can concentrate in the ash produced by the combustion processPeople are using more and more household batteries. The average person owns about two button batteries, ten normal (A, AA, AAA, C, D, 9V, etc.) batteries, and throws out about eight household batteries per year. About three billion batteries are sold annually in the U.S. averaging about 32 per family or ten per person. A battery is an electrochemical device with the ability to convert chemical energy to electrical energy to provide power to electronic devices. Batteries contain heavy metals such as mercury, lead, cadmium, and nickel, which can contaminate the environment when batteries are improperly disposed of. When incinerated, certain metals might be released into the air or can concentrate in the ash produced by the combustion process.

From energy efficiency to toxics used in manufacturing to end-of-life issues, the road to truly green electronics faces a steep climb. Although most companies are taking these issues very seriously, it will surely be a slow process. Every three months, the international environmental group Greenpeace rates these companies on how well they're doing -- and raises the bar a little higher. In this, the tenth quarterly Guide to Greener Electronics, Greenpeace calls on manufacturers to up their company-wide commitments to steep and rapid cuts in overall greenhouse gas emissions. Nokia maintains its top score in the ranking, earning 6.9 points out of 10 possible for its takeback program and reducing the use of toxic chemicals like PVC, brominated flame retardants and antimony trioxide. Rounding out the top four is a three-way tie between Sony Ericsson, Toshiba and Samsung, all with 5.9 points. Sony earned high marks for its new environmental warranty for responsible takeback, Toshiba gains ground with its reporting of and goals toward renewable energy use and emissions reductions, and Samsung earned praise for reducing toxic chemical use and building energy-efficient products.

South Korea's Samsung Electronics has said it will invest $4.3B (£2.6B) as part of an initiative to develop new energy-efficient products and halve carbon emissions from its factories by 2013. The consumer electronics giant today unveiled its Eco-Management 2013 plan, under which it will spend $2.5B on improving the energy efficiency of its products -- including TVs, refrigerators and air conditioning systems -- with a goal of delivering the highest levels of efficiency in the consumer electronics industry. Under the plan, standby power consumption on many products will also be halved from 1W to just half a watt, while the company has said it will work to identify new recyclable and organic materials that could be used in the manufacture of consumer products such as laptops and mobile phones. Meanwhile, $1.8B will be invested in halving greenhouse gas emissions from Samsung manufacturing plants. Article by Yvonne Chan, Greener Computing, 7/20/09.

Gives information on the efficiency (or inefficiency) of energy use with computers. By the Natural Resources Defense Council

The mobile communications industry has released its Green Manifesto, setting out industry-wide goals for reducing energy use and greenhouse gas emissions while proposing policy recommendations for the upcoming U.S. conference in Copenhagen.

SAN FRANCISCO, Calif. -- More than 500 people gathered Monday for the State of Green Business Forum in San Francisco, an all-day event that marked the release of the State of Green Business 2009 report from the editors of GreenBiz.com. The report attempts to measure the adoption of green business practices in the U.S. The Forum featured more than a dozen industry leaders to bring various aspects of the report to life: water management, green jobs, innovation and energy efficiency. GreenBiz.com Executive Editor Joel Makower also assembled a panel of advisors of President Barack Obama to discuss the new administration and its efforts to jumpstart a green economy. In opening up the forum, Makower presented an overview of the finding of this year's report: in a nutshell, companies are doing OK, but there's plenty of room for improvement. SAN FRANCISCO, Calif. -- More than 500 people gathered Monday for the State of Green Business Forum in San Francisco, an all-day event that marked the release of the State of Green Business 2009 report from the editors of GreenBiz.com. The report attempts to measure the adoption of green business practices in the U.S. The Forum featured more than a dozen industry leaders to bring various aspects of the report to life: water management, green jobs, innovation and energy efficiency. GreenBiz.com Executive Editor Joel Makower also assembled a panel of advisors of President Barack Obama to discuss the new administration and its efforts to jumpstart a green economy. In opening up the forum, Makower presented an overview of the finding of this year's report: in a nutshell, companies are doing OK, but there's plenty of room for improvement.

As Kyocera appears to be giving up on Organic Light Emitting Diode (OLED) technology, Casio is getting into the game. OLED technology promises to unleash a wave of improved energy efficiency in the displays market, making televisions, mobile phones and other gizmos brighter, thinner and more innovative in their utility. One benefit is that the displays can be flexible, meaning they can be put on curved walls or other surfaces that previously did not make sense for video displays.

IBM yesterday announced the top five technologies developed under its Corporate Environmental Innovation Program in the past year, the five solutions that can have a significant impact on energy efficiency or environmental impacts. Of the top five, only three are traditional IT-related technologies, with the remaining two falling under what has become known as "Green IT 2.0," or technologies that can be applied to business operations beyond the data center or computer fleet, putting computing power to work on the firm's environmental footprint. Blog post by Matthew Wheeland, 11/11/09.

Canada's Advanced Research and Innovation Network has announced $2.4 million in funding that it will spread over four projects aimed at developing an internet network powered by renewable energy, an ultra-efficient data center and more.

IT companies bring technological advancement at a great pace. With the growing technology, various issues like global warming, carbon emissions etc are affecting the environment and cause serious harm to human health. In order to implement energy efficient technology, green computing comes into picture. Know how IT Companies can contribute towards the green computing movement.

We've said it before, and we'll surely say it again, but even though green IT is here to stay, it's still got a long way to go. One of the trends I noted in my 2008 roundup of green IT stories -- and one of the most promising trends out there, is that companies are increasingly harnessing the power of IT to solve bigger environmental issues. From IBM's goal of mapping water systems to maximize efficiency to the E.U.'s plan to put IT to work in buildings to trim energy use, it's clear that the sphere in which IT can operate is expanding, and much to the good.

The GigaOM Network, a leading Silicon Valley news network, today announces the final schedule for the Green:Net conference, to be held March 24, 2009 in San Francisco. The first Green:Net conference spotlights how technologies of the Web and the Internet will be instrumental in the new, green economy. The conference will be the first event hosted by Earth2Tech, The GigaOM Network's cleantech publication and a thought leader in the emerging "Green Digital" sector. Startups are also encouraged to apply to the Green:Net LaunchPad, a green startup showcase, before nominations close on February 13th. More details are available on the conference website. Software, communication networks and the web will help companies shape the future of our electrical system, deliver transportation infrastructure, create social movements and help both companies and regular folks reduce carbon emissions. The Green:Net conference brings together the knowledge and talent of The GigaOM Networks publications GigaOM and Earth2Tech to create a must-attend event for those interested in everything from money-saving, energy-efficient data centers to money-making online applications for businesses and consumers.

Toward a Just and Sustainable Solar Energy Industry Report

Solar energy may be one of the most important technologies in the 21st century, but the rapid pace of technology innovation has us often moving on to the next thing without a glance at what's been left behind. New advancements in clean technology can offer extraordinary possibilities, but often at unpredictable costs. Less than one year ago, we published a report about the lack of regulations on nanotechnology which can contaminate air and water causing unknown impacts on human health and the environment.

Solar is a renewable source of energy, which most people probably don't associate with electronic waste. But the watchdog group Silicon Valley Toxics Coalition is warning that if the fast-growing solar business doesn't plan ahead, it risks repeating the e-waste mistakes of the microelectronics industry. CNET News reporter Martin LaMonica elaborates.

The green revolution was a major focus Wednesday morning, as it has been throughout CES so far. LG announced that its 2009 HDTVs are being designed to achieve the newest Energy Star 3.0 rating. The company is rolling out the "Life's Green 2020" initiative, which will cut greenhouse gas emissions by two points in the product lifecycle -- in the manufacturing process, where the company aims to cut emissions by 150 kilotons/year by 2020, and with the products themselves, for an additional decrease of 30 megatons/year by 2020. One of the few products to get more than a few sentences of introduction may be coming to your town soon, but it's not likely you're in the market. The LG Skycharger, a solar- and wind-powered charging station, can handle up to 104 phones (of various makes, not only LG) in its lockable cubbyholes, dispensing up to 1.8 kilowatts of power among them. Drop a gadget off and it'll be charged in about an hour; unused power goes into the station's battery bank in case it gets both calm and dark. Who's buying? Think large outdoor venues...or disaster-recovery agencies. The Skycharger will, according to the company, be making a US tour in 2009. It's the first of its kind in the nation.

The results of the Green Electronics Survey 2008. As companies have made increasingly stronger commitments to eliminate toxic chemicals, increase their products' energy efficiency and improve their recycling efforts by embracing financial responsibility for their electronic waste, Greenpeace has sought to comprehensively assess the state of green products coming into the global marketplace, looking even beyond its initial criteria in the Guide to Greener Electronics .

The results of the Green Electronics Survey 2008. As companies have made increasingly stronger commitments to eliminate toxic chemicals, increase their products' energy efficiency and improve their recycling efforts by embracing financial responsibility for their electronic waste, Greenpeace has sought to comprehensively assess the state of green products coming into the global marketplace, looking even beyond its initial criteria in the Guide to Greener Electronics.

The Consumer Electronics Show (CES), which is making an effort to be greener in 2009 , officially kicks off this morning - and already the eco-announcements are piling up. Electronics makers are claiming their hardware is more energy efficient than the next, manufacturers are launching recycling programs, and devices that just make your life easier (such as navigation services) are being painted as green.