Tibet To Get World’s Highest Solar Plant

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The Tibetan Plateau is the highest plateau in the world, with an average elevation of over 4,500 meters. And soon it will be home to the world’s most elevated solar power plant.

SunTech Power Holdings will be setting up a plant in the region, which will provide an estimated 20,000 mega watt hours (MWh) of energy to the surrounding region each year. Previously, the region relied mainly on hydroelectric energy to provide much of its power.

“With intense sunlight and cool temperatures, Tibet is extremely well suited for the utilisation of advanced photovoltaic technology,” explained SunTech CEO Dr Zhengrong Shi.

Once completed the plant will be located more than 4,000 meters above sea level. No word yet on when the completion date is expected to be.

Via Inhabitat

Some Biofuel Actually Worse Than Fossil Fuel

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One of the much talked about options to replace traditional gasoline is biofuel. But not all biofuels are created equally and, in fact, some may actually be even more harmful to the environment when it comes to production.

In particular, fuel made from the jatropha curcas plant. A recent study showed that producing fuel from the jatropha actually creates up to six times more greenhouse gases compared to traditional fossil fuels.

Italy-based Kenya Jatropha Energy Ltd is currently looking to create a 10,000 hectare plantation in Kenya to use exclusively for growing Jatropha for biofuel use. However, locals are contesting the arrangement claiming that the plantation will not only force people to move their homes, but will also be damaging to the environment as well.

Via the BBC

British Soliders To Get Solar Powered, Thermoelectric Uniforms

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While the US military is developing solar powered tents, the UK is instead focusing on solar powered uniforms for soldiers.

By including photovoltaic solar cells in the uniform itself, it will eliminate the need for soldiers to carry around heavy batteries. In fact, the solar cells could be up to 50 percent lighter, creating a dramatic shift in weight. This increased lightness, combined with the fact that soldiers will no longer have to return to base to recharge equipment, will allow for increased mobility.

Researchers are also attempting to include thermoelectric chargers in the uniforms, which would allow them to continue to produce energy even when the sun goes down.

The high-tech gear could be ready within the next two years.

Via Inhabitat

Google Invests In CoolPlanetBiofuels

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Google is continuing its green push, this time by investing in CoolPlanetBiofuels, though how much Google will be spending hasn’t been revealed.

So what exactly is CoolPlanetBiofuels? Well, according to the company’s site, it is creating a biofuel that not only doesn’t harm the environment, but actually helps remove carbon from the air.

“We’re developing revolutionary negative carbon fuels based on plant photosynthesis which absorb carbon from the air,” the company’s site reads. “We can make exact replacements for gasoline that will operate in your current cars and, we can make even more advanced superfuels for even higher gas mileage and better performance in future vehicles.”

Sounds rather optimistic, but if it’s possible, it could also be revolutionary. CoolPlanetBiofuels is currently developing a thermal/mechanical processor that can take material such as woodchips, crop residue, and algae, which can then be turned into the carbon-sucking biofuel.

Via TechCrunch

Google Invests In Mobile Biofuel Refineries

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When you hear “Google” and “chips” together, chances are you’re not thinking about recycling wood from trees. A startup called CoolPlanetBiofuels plans to create fuel using discarded wood chips and agriculture waste, and Google Ventures is a major investor, according to The New York Times. Because unrefined biomass is so expensive to transport for the amount of fuel it yields, the company plans to create equipment trailers that can be brought to the biomass to refine it into viable fuel. Mike Cheiky, the company’s chief executive, said that a cluster of these trailers could produce around 10 million gallons of fuel every year.

CoolPlanetBiofuels expects to start by producing a gasoline additive to help meet California laws encouraging a low-carbon fuel standard. Then, the company will move on to producing biofuel that can run in a regular gas engine.

Besides the Mountain View search giant, CoolPlanetBiofuels has also signed up ConocoPhillips, GE Capital and NRG Energy as investors, and has a small pilot plant up and running producing fuel already. They hope to have their first array of trailers making the biofuel-producing rounds within a year.

[via NYtimes.com]

UK Researchers Testing Solar-Powered Military Uniforms

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If you’re ever been in the military or ever had the opportunity to train with them, you’re probably familiar with exactly how much weight soldiers are trained to carry while walking or running dozens of miles. 
The vast majority of that weight is their gear, including weapons and survival equipment but also an array of high-tech electronics and communications gear, and a good amount of that weight are the batteries that power all of those electronics. 
Over in the UK, researchers are experimenting with photovoltaic and thermoelectric solar panels and fuel cells that can be interwoven into a soldier’s uniform to provide power to their electronic devices, thus eliminating the need for quite so many battery packs. The photovoltaic cells would keep gear powered during the day when the sun is out, and the thermoelectric cells would use the heat of the soldier’s body to power their devices at night.
The goal is to eliminate some of the upwards of 200lbs that some soldiers have to carry without forcing them to give up some of the valuable and life-saving gear that can help them be aware of their surroundings and communicate with their teams. UK researchers hope to have prototype wearable power systems within the next couple of years. 
[via Gizmag]

NASA Developing Giant Laser To Remove Space Trash

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The space around our planet is full of trash. And it’s becoming a problem. Even the tiniest piece of metal floating in space can cause serious damage to shuttles and satellites, and there are more than 500,000 pieces of junk more than one centimeter big in orbit around the Earth.

NASA’s proposed solution is a giant laser beam that could eradicate the waste. It would be a 5kw ground-based laser that would slow down individual pieces of space junk, as opposed to disintegrating them outright. Then, once they’re slowed enough, they will fall out of orbit with the planet, putting them out of harm’s way. And it wouldn’t even be that expensive to build, costing an estimated $1 million, a fraction of NASA’s overall budget.

A similar idea was cooked up back in the 1990’s, though it involved creating a laser that could actually destroy floating pieces of debris. But due to the fears of creating a potential death laser, the plans obviously never went through.

Via Inhabitat

Tiny Ford Electric Car Debuted In 1967

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You may think that the electric Focus is Ford’s much belated debut in the EV space, but you’d be wrong. It ‘s actually been making electric cars since the 1960’s.

Well, electric concepts, anyways. The tiny Ford Comuta made its debut at the Geneva Motor Show way back in 1967, though the concept obviously never made its way into full production. It had a range of just under 40 miles on a single charge, and a top speed of 37 miles per hour. It was also tiny, at just six feet, eight inches long.

Surprisingly, when the car made its debut, Ford believed that electric cars would be on the road in less than a decade. And here we are, over 40 years later.

Via Wired

Get Rid Of Your Stove And Compost Instead

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If you’re reading this blog, chances are you already compost. But you may not know about another use for that decomposing pile in your backyard: cooking.

Because compost piles can get particularly warm, especially during summer months, it’s possible to use them to actually cook food. You just need to be patient. A hard-boiled egg can take 24 hours if you find the right spot and it’s even possible to cook a medium rare roast. If you have a few days to wait, that is.

It’s certainly an interesting, if not entirely effective and potentially gross, way of saving energy. Just be sure to wrap up your food carefully before putting it in the compost cooker.

Via GOOD

New Pepsi Bottles To Be Made From Corn Husks And Grass

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Not to be outdone by Coca-Cola’s new plant-based bottle, Pepsi has decided to introduce one of its own.

The new bottle is 100 percent recyclable and, according to the company, virtually identical to the current petroleum-based bottles on store shelves. This in spite of the fact that it’s made from materials like switch grass, pine bark, and corn husks. And in the future Pepsi hopes to expand the material range to include both orange and potato peels.

“PepsiCo is in a unique position, as one of the world’s largest food and beverage businesses, to ultimately source agricultural byproducts from our foods business to manufacture a more environmentally-preferable bottle for our beverages business,” said chairman and CEO Indra Nooyi, “a sustainable business model that we believe brings to life the essence of performance with purpose.”

Of course this isn’t PepsiCo’s first foray into green package, as the company was also behind the notoriously noisy compostable SunChips bags.

The plant-based Pepsi bottles will go through a pilot production phase beginning next year, with full-scale production potentially soon to follow.