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Paper can power electric drive and batteries to store energy from the sun and wind

Monday, March 1st, 2010

"Imagination often carry us to worlds that never were. But without it we go nowhere," Carl Sagan.

With just one photo of a special black ink on standard copy paper, scientists have recently found a way, a battery of paper that could provide the technological landscape transformed.

The potential of the stack of paper is limited only by our imagination. These inexpensive, lightweight batteries can be used to the sun's energy for use on days when the sun does not seem to save moneyand energy of the wind during the day, if not shot. Can also be used to store electricity late at night when it is cheap, and provide them at peak times when it is expensive and scarce.

Perhaps most exciting are their potential applications in the transport sector. Since the current cost of batteries for hybrid and electric cars is very high and their capacity is limited, the paper batteries could be the answer that produces electric cars have beenhave. In the distant future, paper, battery-powered planes and boats are also a possibility, and these devices will certainly be many interesting applications in aerospace.

Because of their biocompatibility of these batteries can also read the power devices in the bodies of humans and animals, including pacemakers, RFID tags and systems for drug delivery. It can also be very useful for portable consumer electronic devices, and a day before couldalso receive a package with wrapping paper, lights that "magic Happy Birthday!"

The key to the development of the paper batteries are carbon nanotubes to give the ink its color black. Through nanotechnology, scientists are able to manipulate matter at the molecular level and highly conductive carbon nanotubes, have created them, are extremely thin cylinder with a diameter of about 1 / 50, 000th that of a human hair.

In the nano-level paper consists of a tangled arraycellulose fibers. These highly porous fibers serve as the ideal setting for a network of carbon nanotubes and nanowires of silver, which are absorbed by the black ink. After the addition of an electrolyte solution on paper and drying, the result of an ultrathin, completely flexible storage device that can be folded, rolled, twisted or bent without loss of integrity and efficiency. The flexibility of these bacteria in the form of any device can be designed to be shaped toPower. In order to reduce their storage capacity, the card can be easily cut. To increase the total production, a few sheets of conductive paper can be stacked on one another.

Unlike alkaline batteries, which consist of several separate parts are the components of a battery of paper is fully integrated at the molecular level, resulting in a durable device that can actually much faster than a lithium battery capable, and its charge of many years to maintain. You may also be charged tens of thousandsthousands of times.

Paper batteries can serve both as a high-energy battery and a supercapacitor. This combination, which is divided into traditional electronic devices, may require long-term balance of power and the battery production and rapid series of shots with high energy to start the engines.

Batteries that power our flashlights, computers, mobile phones and toys are a major source of pollution. According to the Hamilton Institute, there are 15 billionBatteries in landfills around the world. When the battery casing corrodes highly toxic heavy metals such as mercury and cadmium can leak and pollute groundwater and soil. Biodegradable, nontoxic paper batteries do not help this problem.

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10 Easy Tips for an Eco-Friendly Lifestyle

Monday, February 15th, 2010

Ever heard the saying “small changes make a big difference”? Well, we have – in fact, we believe there is a lot of truth to that maxim! Consider this: turning off the water faucet while you brush your teeth or shave can save up to 3 gallons of water each day! That’s 90 gallons of water you save a month, just imagine the cost savings to your household energy bill (not to mention the impact this could have on the rapidly declining freshwater sources like The Great Lakes!).

We’ve compiled a list of 10 basic tips which we believe serve as a great starting point for anyone concerned about reducing waste and leading a more earth-friendly lifestyle. It’s worth emphasizing that these tips, although very helpful, are quite basic. There is much more to be done if we are to reduce our harmful effects on this earth.

1. Close the curtains in your home in the summer when it’s sunny and when it’s cold in the winter. This creates additional insulation and could reduce your energy consumption by up to 25 percent.

2. Stop delivery of phone books to your home and use online directories instead. If you must receive paper telephone directories, be sure to recycle them when you no longer need them.

3. Reuse paper or plastic shopping bags as trash can liners. You’ll not only save money on those expensive trash-liners, you’ll save some energy and a few trees along the way!

4. Use a clothesline to dry your laundry whenever it’s possible. You won’t be paying for the sunlight you’ll use, which is always a bonus!

5. Take a shorter shower. Spending even two minutes less in the shower could save more than 10 gallons of water.

6. Even better, install low-flow water-saving shower heads. This could save as much as 800 gallons of water per month!

7. Use solar chargers instead of the traditional electric chargers to power your electronic devices. Solar chargers on the market today can be bought for under $100 and can usually be used interchangeably with different cell phone brands as well as to power mp3 players. Solar energy is not only less harmful to the environment than electricity, it’s also much cheaper!

8. Recycle your old electronics. Electronics are well known to harbor toxic materials like lead and mercury. Dumping old computers, televisions, and/or cell phones can lead to serious health and environmental risks since the toxic materials in these electronics tend to leach into the ground and neighboring water sources.

9. Reduce your in-home energy consumption by using less electricity. You can use less electricity by investing in compact fluorescent light bulbs or LED lights. These are much more energy efficient than the traditional incandescent bulbs and are proven to reduce carbon emissions!

10. Do you use an automatic sprinkler system to water your lawn? You might want to consider installing a rain sensor which will override your sprinkler cycle during and after rain, preventing your yard from being watered unnecessarily.

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Why should electronic equipment?

Tuesday, February 9th, 2010

The recycling of electronic devices helps to reduce pollution that are normally emitted during the production would be a new product and the need to promote valuable and limited virgin resources. Electronics recycling for the environment and our local communities well.

If people just throw away a large amount of electronics, is a waste of valuable resources to recycle. Most of the components in electrical equipment, including hazardous components can easily be provided by recyclingRecycling company. The sale is not the answer.

It is always a much safer idea to make sure you go through the computer and other electronic devices must be adequately from a company responsible for recycling, rather than dealing in a society of waste management.
There are a number of companies these days that pick up electrical devices will be free of charge. If more and more companies begin to offer this free service, people will think about recycling of electrical equipment there.

AsWe have the technology? Computer monitors, televisions, circuits, electronics and other heavy metals they contain more, so that they are not disposed of in the garbage. These include mercury, bromine, flame retardants and lead in particular, the threat to groundwater if the landfill. Lead is also a major component of monitors and TV screens.

Producers and recyclers to analyze dozens of approaches to cost-effectiveness, ecological methods of identificationEnd of life electronics management. An important aspect of this analysis is the identification of environmental legislation, especially after the Federal Resource Conservation and Recovery Act, and his colleagues that the rule applies. The producers have their way on this issue.

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Limits Green Living - Fuel Efficient Car Facts & Tips for speed

Monday, February 8th, 2010

With the skyrocketing cost of gasoline - now average more than $ 4 a gallon, a dollar a track from just under a year - fuel economy is top of most consumers. Sales of hybrids and other fuel-efficient cars are booming. Of course it is not just fuel economy - is also at the impact on the environment.

In fact, the more congested everyday activities of consumers in the United States are driving. And improvement of fuel consumption of just 5 miles per gallon would save 1.5 million AmericansBarrels of oil a day.

To make your stay green efforts to improve and reduce the impact on the environment, follow these simple tips to get your fuel consumption.

Tips to increase fuel efficiency

Avoid excessive idling: Let your car for an extended period, as if waiting for someone or warming up the vehicle during the cold winter months not only wastes fuel at idle, but also reduces the length of the vehicle.
PerformRegular vehicle maintenance: Keep the engine properly tuned to your fuel consumption by up to 4% improved following FuelEconomy.gov. Not to mention that fixing faulty oxygen sensors can increase fuel consumption by up to 40%. Other fuel-saving vehicle maintenance includes:

Regularly check and replace air filters can increase fuel consumption by 10%.
Maintain proper tire pressure and alignment is not only safe, but can increase fuel efficiency by3.3%.
Registered with the right motor oil - the kind provided by the manufacturer - can increase fuel consumption by 1%.

Slow down on the highway: Take you can quickly reach your destination faster, but it is terrible for fuel consumption. For example, there will be about 2% loss of gas mileage for every mile per hour over 55. It also generated to reduce the overall mpg, driving fast pay the tires more quickly from the heat while driving more speeds.Drive Garbo: FastRapid acceleration and braking are not only hard on your vehicle, are bad for fuel efficiency. Help ease the passengers will be happier - and you save about 2 miles per gallon. I remember, like the tortoise and the hare, slow and steady win the fuel race.Remove the garbage from the trunk: Another way to increase fuel efficiency is to travel light. For every £ 50 you drive around, you lose 0.25 mpg. Remove any objects that do not need to have in the car beforeThe daily commute, and save a bit 'of money - and every little' Help! Plan your commissions: When possible, combine the committees and plan your route in advance, so as to drive less. Is not possible to improve fuel efficiency, but will reduce the impact on the environment with less gas.

Auto fuel

In addition to the following suggestions to improve fuel efficiency, you can always buy a car that is fuel consumption. In addition to hybrids,Electric cars and other vehicles that are on alternative fuels is a wealth of gasoline cars, which average 30 mpg or more.

According FuelEconomy.gov, top fuel-efficient cars for 2008:

1) Toyota Prius (48 mpg city / 45 highway mpg)

2) Honda Civic Hybrid (40 mpg city / 45 highway mpg)

3) Toyota Corolla (28 mpg city / 37 highway mpg)

4) Toyota Yaris (29 mpg city / 45 highway mpg) *

5) MINI Cooper (26 mpg city / 35 highway mpg) *

6)Smart Fortwo Cabrio (33 mpg city / 41 highway mpg)

7) Ford Escape Hybrid FWD (34 mpg city / 30 highway mpg)

8) Mazda Tribute 2WD (34 mpg city / 30 highway mpg)

9) Mercury Mariner Hybrid FWD (34 mpg city / 30 highway mpg)

* Fuel consumption is calculated on the basis of an automatic transmission. Gas Mileage on models with manual transmission is generally higher.

Green Living Beyond fuel cars

Remember, green licensethan the improvement in fuel efficiency. Before you send a car to get to fit your lifestyle green, also considering the overall environmental impact of building and driving your car creates.

How, for example, the Prius, some of the highest rated fuel consumption. However, nickel is used to produce the battery in the Prius. Construction of environmental damage caused by mines, which leads to the transport of nickel for the Prius to an impressive statistic: Building and driving a Prius causes moreoverall environmental impacts associated with the Nickel is used for the construction of a Hummer, which is on the road three times longer.

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Computer Recycling Center - Where Responsible Electronics Recycling Company

Friday, February 5th, 2010

Not long ago, and much more CBS ' "60 Minutes", the program has a history of e-waste dumping and global. The reporter has followed a path of electronic objects from a recycling company based in Denver as far as Hong Kong, China and began the so-called "recycling" red-handed society is entering the global e-waste dumping.

With over 80% of electronics and computer recycling end up as a high-tech e-waste in developing countries like China, India and Africa, we have strengthened as responsible citizensthe world, and select the computer and electronics recycling companies very closely. We just need the electronics recycling company, which will take place both socially and environmentally sound operations, end-to-end. To understand how the global dumping occurs, it helps first to understand the business model for electronic retrieval.

To receive as a society, must Electronic Recyclers to generate sufficient revenue from all its recycling and reuse of services and rehabilitationPrecious metals and other recycled materials, less expenses of operation and production costs from the elements of which (a value of return) will not damage the environment.

The difference between a computer and environmentally responsible recycling company of electronic components, an irresponsible and can be divided as follows: a) the manner in which the recycling of generating revenues, b) because the recovery of precious metals and recycled materials, c ) as the de - process of production of low value, toxicElements.

Consider the process of recovery of precious metals for a moment. A responsible society would have in a safe working environment, with adequate protective clothing for IT professionals and invest the proper waste treatment procedures to prevent contamination of the environment. Also, a good corporate electronics recycling work with specialized de-manufacturing facilities that protect workers from harmful materials or dust that escapes during the de-manufacturingTrial.

A company irresponsible recycling to avoid any investment in de-growing area. In fact, it is never irresponsible recycling company lay eyes on the workers, which eventually break down the remains of electronic components. As in "60 Minutes" program, workers are generally low-paid workers from outlying villages who use their bare hands and crude tools such as chisels and hammers to interfere with precious materials discarded objects. The final parts are then discardeddumping anywhere - in rivers or streams or burned in a swamp - causes serious public health problems.

Hazardous substances in e-waste have not found the recovery of precious metals, but of little value, toxic materials like mercury found in switches and flat screens and used brominated flame retardants on printed circuit boards, cables and plastic casings. These are the materials needed to make important investments in the process of de-manufacturing. Operating costs are summarizedsecure operating state de-manufacturing facility charges of laundering more difficult than electronic substitutes widely used: global dumping.

Yield the highest prices offered to the irresponsible global recovery truck dump, many so-called recycling collectors to send their irresponsible sale of recycled materials, the "turn" the recycling of goods for exporters. A few handshakes and after the e-waste load is at the door of the poorest countries in the global village. Since the United Statesprohibits dumping of electronic waste in other countries, the vast majority of e-load of waste shipped under the label "used" when in fact most of the recycling of electronic waste is too old or out-of-order any re — - value.

To identify a company responsible for recycling, you must first be capable of the Tell-tale signs that a recycling company deals overall dumping spot.

Irresponsible recycling companies:

Do not educate the public about theE-waste crisis, both on their corporate website or in their marketing materials company. Irresponsible electronics recycling to make it look very simple, so that the consumer is not to ask questions.
Let the details of how to monitor and manage the recycling process to ensure overall dumping. Less the consumer knows, the easier it is irresponsible to run a recycler of electronics in some form of global dumping
Greenwashing host events with well-known charitable organizations, who do not understand thechannels of money laundering. While the process of electronics recycling seems simple enough and is hiding under the guise of fundraising for schools, industry and commerce, police leagues Association and other nonprofit organizations that recycle electronics continue to disarm the public on "donations" for their electronic effects on "fundraising" events.
Electronics Recycling attend a fundraiser Greenwash does not charge any commission for recycling to generate enough funds to donate to non-profitsstill bear the high costs for the production of de-toxic elements. This business model is not available because it is simply too good to be true. It is also an abuse of good will of the participating nonprofit organizations.

The truth is, collect donations, "recyclers" of objects that are recovered for money and then dump the rest on the countries in the developing world. They involve minimal operating costs of sale as "export". And 'as 80% of computer and electronics recycling in the United States, eventually, asE-waste in developing countries.

They can not operate both a fixed address for the electronics recycling facility or a duly authorized by a clock. Many use a mailbox or a single telephone number to publish during the pick-up district campaign. When you call, it always goes directly to an answering machine. There is none, we must say more about their services.

Now that you know how to be irresponsible about electronic recycling companies to identify Let's review "what a company responsible for recycling electronics resembles.

Find a recycler of electronic states, the company's commitment to tackle the global e-waste crisis.
Using the computer and electronics recycling company that actively educate the public about recycling e-waste crisis, and a socially responsible manner and de-construction.
Make sure that the electronics recycling company, its depth in the evaluation process you can re-use components for the de-construction and also showits monitoring system to track the entire en keep the manufacturing process.
Used to support electronics recycling, the only US-de-manufacturing facilities that have the appropriate licenses, de-manufacturing machines and processes, and security and surveillance system for the health of their employees.
Using the computer and electronics recycling, even if sufficient revenue from the services to be able to provide the right resources is responsible for working with hazardous materials.
Select a recycler of electronicsnoted that, even by environmentalists, who have focused on e-waste crisis. Environmentalists have seen firsthand how dumping is very competent and can be identified through the responsible recycling.

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Hybrid and the echo of other Ford cars

Monday, February 1st, 2010

Ford already has two full hybrid vehicles on the market. These are the Ford Escape Hybrid, the first hybrid SUV to be introduced on the market, and the Ford Mercury Mariner hybrid.

Like its competitors such as Toyota, Honda and General Motors, Ford is also committed to the market. In addition to two commercially available hybrid vehicles, which have three more models, expected to hit the market soon.The hybrid car manufacturer has over 100 patent applications on its way.

Why Go Hybrid?

With hybrid cars, you can increase fuel efficiency, the same or even enjoy a greater comfort than the traditional car, a spacious vehicle and a service that is second to none. What is interesting is that with all the innovations that make the car manufacturers with their hybrid models, are usually able to them at a price much lower than the previous offerModel.

The Escape Hybrid

The Ford Escape Hybrid is the name of the 11th green of the vehicle and was offered at a lower price than previous models. He added security features and makes use of recycled materials. As with other hybrid car manufacturers, environmental concerns into their thinking a theme.

Mercury Mariner

Another model of this hybrid is the Ford Mercury Marinerhybrids. This model is not as popular as the Ford Escape Hybrid. It is not easy to find this model on the market. For a purchase, you can order directly from Ford. This model was not shot was expected. The good news is that Ford is offering this model at a lower price than its predecessor.

Hybrid technology

Many car manufacturers now with full hybrid technology. This means that their hybrid products can be exportedboth gasoline and electricity at the same time, or choose from the two sources at a given time. It can be managed entirely by gasoline or electricity, depending on the terrain that the vehicle is in route. Most urban transport makes use of electricity. This is an effective way to save gas when firing into the air.

Some hybrid cars through the combination of two electric motors of a gas engine. Gasoline engines are running the latest cycle Otto cycle Atkinson. This modificationVehicle to use electricity better. Engine produce less power due to less air and fuel, allowing the electric part more actively. This function is very effective in guiding the city, saving you a lot of gasoline.

Variable Transmission Technology

Hybrid vehicles use a transmission technology called continuously variable electronically controlled Continuously Variable Transmission or EVT. This technology is responsible forLoad distribution between the gasoline engine and electric motor. It performs very well the hybrids on the street or off-road terrain. The technology of regenerative braking is also used by these vehicles, allowing them to earn a lot of energy otherwise wasted, making it more efficient consumption.

If you're looking at Ford or hybrid cars by other manufacturers like Honda and Toyota, you will notice that the units offer perhaps a bit 'more expensiveCars that run solely on gasoline completely, but in the long run, higher savings can be achieved through the use of environmentally friendly technologies.

Mercury Mariner Hybrid Car

Tuesday, February 24th, 2009

he Mercury Mariner Hybrid combines the most robust gas-electric system available today—it will stay in electric mode longer than any competitor—with the body of a stylish yet rugged-looking sport utility. With its mix of digital-era sophistication and creature comforts, the Mariner Hybrid works so well that one wonders whether, if it had been more aggressively marketed since its debut in late 2004, it could have been the hit that the ailing Ford Motor Company so desperately needs.

Does the Mariner Hybrid have the rugged sex appeal of other S.U.V.’s? Is that even possible? Until now, hybrids could hardly be considered babe magnets or or hunk attractors. The comedic actor Will Ferrell, a Prius owner, has said, “In addition to being obviously economical and environmentally friendly, they drive great and are just plain sexy.” He tells jokes for a living.

Consider my brother. Fed up with the cost of feeding a gallon of imported fuel into his Range Rover for every 11 miles driven, he picked up a hybrid crossover utility, a Lexus RX 400h, instead. A year later, the drumbeat of teasing from friends and loved ones—they accused him of driving a girlie car—compelled him to ditch the Lexus and get another Range Rover.

He should have held out for the Mariner Hybrid. Its shape is pugilistic, like the Escape’s. It is square and muscular but has flourishes like accent grilles on the taillights and gauges rimmed in chrome. The Mariner is technically a crossover, but it seems solid and upright like a real S.U.V. Although the ’07 model comes only with all-wheel drive, a front-drive version will be offered for 2008.

Instrumentation is crucial to the hybrid experience, because the fun of a hybrid is using all available tools to get the maximum mileage. Ford’s system beats Toyota’s hands-down in its ability to stay in all-electric mode for extended periods. The Mariner Hybrid, like the Escape Hybrid, offers an expanded opportunity to use the gas pedal, brake and gears to juggle energy into and out of the rechargeable batteries. Want to get a full charge to the batteries? Accelerate to about 30 m.p.h. and slip the shifter into low (not actually a gear, but a tighter engagement of the motor-generator). How long do you want to stay in E.V. (electric) mode? If you use some Astaire footwork to accelerate slowly and evenly, you can nudge the Mariner to 30 m.p.h. without using a drop of gas. If you slip out of E.V. mode at speeds as high as 40 m.p.h., and your battery is adequately charged, you can give the brake two quick taps and slip right back into E.V. mode.

Certainly, few hybrid owners will take the time to learn all the tricks, but even the most absent-minded motorists are constantly reminded that they are piloting some seriously geeky-cool technology. When I employed all the advanced techniques of an experienced hybrid driver, I achieved highway and city mileage in the mid-30’s—not bad for an S.U.V. But when I drove like a fool, overall mileage fell to the mid-20s. The ultimate benefits of hybrid technology—savings at the pump, a poke at OPEC, reduced emissions, whatever—are personal. That gives much more meaning to the Mariner’s ability to stay in all-electric mode longer than any other hybrid. Ford’s engineers outdid Toyota’s in pushing the technology to the limit.

Unfortunately, Ford’s marketing department overlooked the potential of the Mariner Hybrid as a lean, mean, digital-era machismo machine. It made its debut under the same tired green banners and slipped into obscurity almost immediately. True, the Mariner Hybrid hit its sales target without breaking a sweat, but that is an exceedingly modest 2,000 a year. In September, former President Bill Clinton took delivery of a “Presidential Edition” Mariner Hybrid, inspiring this flight of fancy: What if Mr. Clinton was Ford’s hybrid pitchman rather than Kermit the Frog? A suave but serious spokesman might have let the American public see the Mariner Hybrid for what it is: a well-appointed, well-priced S.U.V. with best-in-class fuel economy and groundbreaking technology. It might even have gained recognition as the first great American vehicle of the 21st century.