A while back we reported (with some skepticism) a report coming out of China that said they would be producing over 100 gigawatts of wind by 2020, a 1,500% increase.
Little did I know that the United States was, at the same time, on track to actually beat that! A report from Emerging Energy Research, a cleantech consulting firm, points out that the U.S. is now the world's fastest growing market for wind power. Last year 5 gigawatts of wind power were installed, and 2008 will break the record again with 8 new gigawatts under construction. The U.S. will shortly be the world's largest producer of wind energy, surpassing Germany's 22 gigawatts.
A report by the group ForestEthics estimates that destroying forests to make paper for junk mail releases as much greenhouse gas pollution as 9 million cars.
Another way to look at it: Junk mail produces as much pollution as seven U.S. states combined, or as much as heating 13 million homes each winter.
While the estimates may or may not be accurate, the point is indisputable: Junk mail is a waste. (To most people, it's an annoying part of the trip to the mailbox, anyway.)
CAMBRIDGE, Massachusetts (Reuters) - A U.S. scientist has developed a new way of powering fuel cells that could make it practical for home owners to store solar energy and produce electricity to run lights and appliances at night.
A new catalyst produces the oxygen and hydrogen that fuel cells use to generate electricity, while using far less energy than current methods.
Builder and author Shay Salomon finds that the happiest home builders are often the ones with the smallest houses. They're less costly to build and maintain, more likely to be finished, use fewer resources and help people simplify their lives. One version of "smaller" is to share a house, which can ease our loneliness while building our social network. Co-founder of the Small House Society, Shay notes that scaling down can enable a ratcheting up of our whole lifestyle, as we revalue quality over quantity. Declaring "Enough", she says, is the most ecological thing one can do.
The presidential candidates are stumping hard. And while energy and environmental issues are getting frequent mentions, both the Republican and Democratic leaders are neglecting one area: geothermal energy.
It now makes up just a sliver of the electricity generation pie. But experts at the Massachusetts Institute of Technology say that the technology could have far wider applications and be especially useful in times of high energy prices and carbon constraints. Not only is it much cleaner than fossil fuels but it also provides a continuous flow of energy -- all at a competitive prices.
The solar industry is booming. With waves of investment and grants, the solar power industry is for the first time becoming a serious business. New power plants will soon be pumping power out to consumers, while other firms market to sell panels directly to the consumer, providing them with a more direct means of experiencing solar energy.
Washington, D.C. - Nevada Senator Harry Reid today made the following statement regarding the Bureau of Land Management's (BLM) moratorium on new applications to develop solar power plants, which could delay development by close to two years:
"This notice of intent is the wrong signal to send to solar power developers, and to Nevadans and Westerners who need and want clean, affordable sun-powered electricity soon. While the BLM's proposed delay won't affect developers with existing applications, it could discourage or slow new development to a crawl.
Textiles have been a fixture of architecture and design for their ability to define and modify a space. For Sheila Kennedy, textiles are just another material from which energy can be generated. The thin-film photovoltaic textiles are essentially solar panels created from organic photovoltaics. While not as efficient as the silicon based type, they are able to be molded and modified without any manufacturing process.
We also believe that people make better choices when they have information to help them, especially if the information is easy to understand and easy to find. Determining the greenness of a product can be a complex task; to form an accurate picture, the following kinds of questions must be answered:
* The materials within the product: Are they harmful to the environment? Where were they sourced, and at what environmental cost? Are they renewable resources? Are the materials recycled? How much transportation is involved in getting the materials to the manufacturer?
* The manufacturing process: How much energy was consumed in creating the product? What kind and how much waste is created in making the product? Is this waste reused in any way? If not, how is it disposed?
* Product usage: Does using the product release any pollutants into the environment? How much energy is consumed while using the product? What is the average life expectancy of the product?
* Product disposal: Can the product be recycled? Does the manufacturer have a recycling program? Is the product bio-degradable?
Considering all these factors is enough to make anyone's head spin! That's why Greener One created a way for people to compare products on an environmental basis and to share product information with one another. A variety of factors for each product are converted into a simple "green index" score that can be easily understood by anyone.
How Green Index is Calculated
Greener One was created by a group of technology veterans committed to the idea that people who are empowered with information can change the world. We put the tools in your hands to make the right decisions, to share your knowledge and to open conversations with companies about the products that they produce. Everything you consume has an impact; Greener One gives you the knowledge to determine the size of your environmental footprint.
We provide an easy, fast, and safe way for you to sell electronics and recycle electronics. When you sell cell phones, mp3 players, laptops, or other gadgets to us, you'll earn cash and help save the environment by keeping old, used gadgets out of landfills. You get green while being green! The bottom line is you want to sell electronics and we want to buy electronics. A perfect match!
While certain American politicians complain about a million bucks being included in the country's energy plan to promote bikes, in the UK they are investing £140 million (about US$ 280 million) to create dedicated bike lanes, provide bike parking, safety training, on-street bike rental networks and a campaign to promote bicycling in 12 Cycling Demonstration Towns.
The American leader, who has been condemned throughout his presidency for failing to tackle climate change, ended a private meeting with the words: "Goodbye from the world's biggest polluter."
He then punched the air while grinning widely, as the rest of those present including Gordon Brown and Nicolas Sarkozy looked on in shock.
Twenty-five years ago, when I was CEO of Intel, I had an unusual experience while visiting a customer. It was during a period of tight availability of microprocessors, our main product. This was not an unusual state of affairs. Supply and demand ebbed and flowed as the computer business had its ups and downs. Sometimes we had too many chips sitting in inventory; other times, like this one, we had too few. My main purpose in visiting was to reassure the customer that we were working hard to boost production and that relief was on the way.
Wind supplied more of Britain's electricity that water for the first time last year, while power generators preferred gas to coal and nuclear output continued to decline, according to new government data.
Five percent of Britain's electricity came from renewable sources in 2007, up from 4.6 percent in 2006, as more wind farms started feeding clean electricity into the network, helping cut the country's carbon emissions.
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.
Here at Inhabitat we love to see innovative reuses for organic waste, and so we're perpetually fascinated by the potential of poo to be used as a renewable source of energy. Last week Dutch agriculture minister Gerda Verburg announced a groundbreaking development for the field as she unveiled the world's largest biomass power plant to run exclusively on poultry manure. The plant will convert a third of the nation's chicken waste into energy while running at a capacity of 36.5 megawatts - enough to power 90,000 homes!
Part of creating the ultimate sustainable planet will be our ability to find sustainable energy sources in a variety of means, such as sunlight, water flow, wind, and yes, even rain. We are of course speaking of the kinetic energy which can be harnessed from rain, which up until a few months ago, was not being considered for use in a consumer product...
Lightdrops Umbrella
This kinetic energy is created from piezoelectric material, which is able to convert mechanical energy into electrical energy. Now, we aren't talking about a whole lot of energy being created here, approximately 1 microwatt to 12 milliwatts per rain droplet. While not much in the large scheme of things, this technology has been put to use in a new LED umbrella called Lightdrops, which is able to self power an internal LED light using the rain from which it is protecting its user from.
While much attention on renewables in recent years has focussed on solar and wind technologies, awareness has been growing around the enormous energy generating potential of the Earth's oceans. A 2005 report from the Electric Power Research Institute stated that wave power properly and effectively harnessed, would likely have minimal environmental impact, and be much less visible on the landscape, than competing technologies. At the same time, waves possess the advantage of being more predictable than either wind or solar, which in principle makes ocean power a more reliable source of energy.
