When your printer informs you that your printer ink cartridge is empty,  you should not just throw it in the bin  . As with many items discarded today, they can be recycled and reused.

Each UK household produces over 1 tonne of rubbish annually ,  all this rubbish adds up   to about 31 million tonnes for the UK each year.

Every year, the average trash can contains enough unrealised energy for 500 baths, 3500 showers or 5,000 hours of television.

If all the aluminium drinks cans sold in  Britain  were  recycled correctly  , there would be 14 million fewer full  trash cans  per year. The total amount of municipal waste has increased to an estimated 29.7 million tonnes in England in 2004/05 compared to 29.1 million tonnes in 2003/04, an increase of 2.1 per cent. That of course will be significantly higher today .

 There are many companies out there that will pay you for your old cartridges 

Of some 60 million inkjet cartridges used each year in the UK, only about  ten percent  are recycled. This means that 57 million cartridges get thrown away each year and end up in landfill sites or are incinerated. Inkjet cartridges will take about 1,000 years to disintegrate in landfill sites.

 Sending cartridges to landfill also costs money because of the landfill tax passed on to consumers through council tax or companies’ waste collection costs. 

The following companies (some you will of heard of), will recycle your old ink cartridges and give you or a charity some well needed cash.

Recycle your used ink cartridges with Boot’s the chemist and you will receive 100 Advantage Card points for each inkjet cartridge that is eligible Boot’s will  donate 20p to charity.  They also recycle mobile phones, digital cameras etc.

just visit http://www.bootsrecycle.com/consumer/recyclecartridges.asp .

The following websites all give cash for the ink cartridges you send them. Visit the websites to see which cartridges are eligible and how much they will pay.

www.cashforcartridges.co.uk

www.cartridges4charity.co.uk

www.emptycartridge.co.uk

 www.gtrecycling.com 

Finally, Tesco’s will give you clubcard points or donate to their chosen charity, see below for details.

Tesco will give you 100 green Clubcard points for each one you recycle or you can select to donate up to £1 to CLIC Sargent – our Charity of the Year. Asan alternative, you can receive 50 points and donate 50p to CLIC Sargent.

Just visit, http://www.tesco.com/greenerliving/greener_tesco/ink_cartridge_recycling.page

So, please don’t ignore the issue, after all, you can earn a little cash, which is not to be sniffed at in these days of hardship.

Recycle ink, just stop and think is a post from: Home Solar Panel Info

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One of many  developed application of LED advancement is in giving aesthetic lights of a variety of theater productionspresentations. This attaches energy to the presentation and general form of the playhouse.  It supplies edged lights with the intention to add attraction as well as emphasis for the part.  There are many viable purposes that LED PAR lamps had been established essential not just in providing illumination scheme, but also to put in glam in addition to magnificence to each and all production. It is also utilized in amusement places and has been an alternative mirror balls and disco lights in the aim of providing  an assortment of form and colour of light. Usually, this is undoubtedly the option of creators displaying their masterpiece to further emphasize and add beauty to their masterpieces such as painting or sculptures. Motels also use this type of lamps because this doesn’t simply increase appeal to their inn, but as well creates it even more tempting as well as appealing for the guests. There is plenty of  previous stage presentation that made use of these PAR lamps as it adds prominence to the production. The highlight of this development can also be witnessed in water reflections where lights provide peaceful consequence in the eyes of the viewer.
 
LED PAR lamps are lighting tools which utilizes internal printed circuit board with LED lights specially located and designed to satisfy costumer requirement. This printed circuit board is housed in a parabolic aluminized reflector (PAR) which is connected to a flat form where it can turn its body freely.

Diverse colours of LED can be mounted on the printed circuit board, often it is Blue, Green or Red, and a mixture of colour can be done by varying the intensity of every colour group. The intensity can be ruled by using the DMX or digital communication network which also manages other stage special effects such as shifting the lights and developing fogs. These lamps can be positioned in the floor or in the ceiling. These can give directional light because the smaller lens angle permits the light to be focused in a definite vicinity.

LED technology is escalating its reputation all through-out the planet because of the loads of viable advantages that has been confirmed (though not scientifically) of outstanding performance from the declaration of many happy end users. In comparison to other usual PAR lamps, it has the following sensible advantages over typical PAR lamps:

1. Lengthy usage life (up to 50,000 hours)

2. Energy economical and offers 50%-75% power discount

3. Makes low heat (by reason of little energy use); as a result it cuts the application of heat sinks and other cooling apparatus to uphold temperature stability

4. Roughly nil maintenance (doesn’t require replacing the lamps often)

5. Environmentally pleasant

6. Simple to mount fixtures

7. Quality colour beam that doesn’t certainly fade as it grow old

8. Though it is pricey at initial possession, it is realistically economical because it gives prolonged usage life, no renovation and small in service charge (energy consumption)

It is really  a remarkable innovation in the record of mankind to come up  with such noble innovation in the lighting needs.

LED PAR Lamps for business is a post from: Home Solar Panel Info

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A new twist on the familiar lithium ion battery has yielded a type of power-storing material that charges and discharges at lightning speed. The finding could offer a boost for plug-in hybrid and electric vehicles and possibly allow cell phone batteries to regain a full charge in seconds rather than hours.

Some of the top lithium companies and public lithium stocks are:

Scientists at the Massachusetts Institute of Technology (M.I.T.) report in Nature today that they devised a way for lithium ions in a battery to zip in and out about 100 times faster than previously demonstrated. “We took a basically great material called lithium iron phosphate LiFePO4 and we tried to improve it further,” says study author Byoungwoo Kang, a graduate student in M.I.T.’s Department of Materials Science and Engineering.

Rechargeable lithium ion batteries are small and light, yet can store copious amounts of energy, making them ideal for use in everyday electronic devices such as iPods and laptops. This valuable property, called energy density, can be scaled up for hybrid cars as well as for the all-electric Roadster built by Tesla Motors that relies on lithium ion batteries (6,831 individual cells) and the similarly powered Chevy Volt plug-in electric, about to hit the market.

One downside: lithium ion batteries do not dispense their charge—carried by lithium ions and electrons, hence the power source’s name—very quickly compared with some other types of storage batteries. Like a huge auditorium that only has a few doors, getting a large volume of patrons (lithium ions) in and out is a drawn-out affair. This phenomenon explains why some electric vehicles (the rip-roaring $109,000 Tesla Roadster with its massive battery pack excluded) can reach high speeds, but they suffer from poor acceleration compared with the propulsive force unleashed by the rapid succession of mini explosions in an internal combustion engine. The slow exchange of ions also means lithium ion batteries recharge slowly—just think of how long you have to charge your tiny cell phone.
 
In an attempt to pick up the pace, the M.I.T. researchers coated the lithium iron phosphate material with an ion conductor, which in this case was a layer of glasslike lithium phosphate. Sure enough, the charge-carrying ions traveled much faster from their storage medium; a prototype battery the scientists built completely charged in about 10 to 20 seconds.

The results have impressed some battery experts. “I think this work is a really exciting breakthrough with clear commercial applications,” says Yi Cui, an assistant professor of materials science and engineering at Stanford University.

Two companies have already licensed the technology, according to Kang.  Researchers are not sure how much these batteries will cost when they hit the market, but Kang says they should be reasonably priced, given that it should be relatively cheap to produce them.

The study notes that residences cannot draw enough energy from the electrical grid to quickly charge a hybrid car’s battery containing the new material, though smaller batteries for gadgets and perhaps power tools should not have that catch. But future roadside plug-in stations (service stations selling electricity instead of gasoline) with greater power pull could do the trick for vehicles, Kang says.

The Lithium Battery Sector Is Very Interesting Rite Now is a post from: Home Solar Panel Info

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This Lithium Stocks Article is all about Lithium-air battery technology which looks to have a big future. With the potential of providing energy densities up to three times that of the conventional lithium-ion batteries found in just about every portable consumer electronics device going around (not to mention the incoming wave of electric vehicles), many companies, including IBM and General Motors are pursuing work on lithium-air batteries. Now researchers at MIT have made a breakthrough that could help make the commercial development of lightweight rechargeable batteries a reality.

Lithium-air (also known as lithium-oxygen) batteries are similar in principle to lithium-ion batteries. However, lithium-air batteries electrochemically couple a lithium anode to atmospheric oxygen through a carbon-based air cathode instead of the heavy conventional compounds found in lithium-ion batteries. This means they are able to have higher energy density because of the lighter cathode and the fact that oxygen is freely available in the environment and doesn’t need to be stored in the battery.

Unfortunately lithium-air batteries haven’t become a commercial reality because there has been a lack of understanding of what kinds of electrode materials could promote the electrochemical reactions that take place in these batteries. Now a new study out of MIT reports that electrodes with gold or platinum as a catalyst show a much higher level of activity and thus a higher efficiency than simple carbon electrodes in these batteries. This new work sets the stage for further research that could lead to even better electrode materials, perhaps alloys of gold and platinum or other metals, or metallic oxides, and to less expensive alternatives.

Lead author of the paper published this week, doctoral student Yi-Chun Lu, explains that the MIT team has developed a method for analyzing the activity of different catalysts in the batteries, and now they can build on this research to study a variety of possible materials. “We’ll look at different materials, and look at the trends,” she says. “Such research could allow us to identify the physical parameters that govern the catalyst activity. Ultimately, we will be able to predict the catalyst behaviors. ”

With more and more portable gadgets finding their way into our daily lives, not to mention automakers turning to rechargeable batteries to power electric cars, the development of lightweight batteries that can deliver lots of energy are seen as an important advance. Even modest increases in a battery’s energy density rating – a measure of the amount of energy that can be delivered for a given weight – offers longer battery life for portable devices and greater range for electric vehicles.

The MIT team admits there are still a number of issues that need to be addressed before lithium-air batteries become a practical commercial product.

Lithium in metallic form, which is used in lithium-air batteries, is highly reactive in the presence of even minuscule amounts of water. This is not an issue in current lithium-ion batteries because carbon-based materials are used for the negative electrode. MIT associate professor of mechanical engineering and materials science, Shao-Horn, says the same battery principle can be applied without the need to use metallic lithium; graphite or some other more stable negative electrode materials could be used instead, she says, leading to a safer system.

But the biggest issue is developing a system that keeps its power through a sufficient number of charging and discharging cycles for it to be useful in vehicles or electronic devices.

Researchers also need to look into details of the chemistry of the charging and discharging processes, to see what compounds are produced and where, and how they react with other compounds in the system. “We’re at the very beginning” of understanding exactly how these reactions occur, Shao-Horn says.

Gholam-Abbas Nazri, a researcher at the GM Research & Development Center in Michigan, calls this research “interesting and important,” and says this addresses a significant bottleneck in the development of this technology: the need find an efficient catalyst. This work is “in the right direction for further understanding of the role of catalysts,” and it “may significantly contribute to the further understanding and future development of lithium-air systems,” he says.

While some companies working on lithium-air batteries have said they see it as a 10-year development program, Shao-Horn says it is too early to predict how long it may take to reach commercialization. “It’s a very promising area, but there are many science and engineering challenges to be overcome,” she says. “If it truly demonstrates two to three times the energy density” of today’s lithium-ion batteries, she says, the likely first applications will be in portable electronics such as computers and cell phones, which are high-value items, and only later would be applied to vehicles once the costs are reduced.

The MIT team’s research appears in the paper, “The Influence of Catalysts on Discharge and Charge Voltages of Rechargeable Li–Oxygen Batteries,” which is published in the journal Electrochemical and Solid-State Letters.

Researchers at MIT have developed a new method of adding carbon nanotubes to lithium-ion batteries that give the batteries the best characteristics of both capacitors and traditional lithium-ion batteries while simultaneously increasing their energy storage.

The experimental batteries, which used layered carbon nanotubes as the positive electrode (the cathode) and a lithium titanium oxide as the negative electrode (the anode), demonstrated an impressive ability to deliver power at the very fast rates of capacitors while being able to store more energy and last much longer than even the best lithium-ion batteries available today.

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Another innovation of LED expertise is its development in tube lighting or fluorescent lighting conversion. Mercury based fluorescent lights are actually being replaced by the now identified LED tube lighting. It has eliminated the use of gas discharge that’s used to excite the mercury or lead vapor to provide light. Since, mercury is eliminated; the hazard to the setting can also be eliminated. Due to this, one can simply say that this kind of tube lights is environmentally friendly.
 
LED tube lighting is created by connecting many LED’s  in sequence with each other, integrating a current limiting circuit to guard every LED. Half of the overall number of resistors is forward-biased whereas the other half is reverse-biased. The tube lights is planned to be operated at 110V-220V alternating current, allowing the other half of resistors to function through the positive peak and the opposite half throughout the negative peak. Correct value of capacitor and resistor is taken into account in designing this tube light. It is also suggested to connect it to an influence source with constant current flowing through it.  The design is covered by a cylindrical and lengthy polycarbonate that’s accessible in clear and translucent white colors. Polycarbonate is an effective alternative as a result of it has better (in comparison with different polymer) light transmission characteristics and is very transparent to light. As a result of it uses thermoplastic polymers, it decreases the hazard of disposing mercury filled glass.

LED tube lighting gives the same luminance and brightness that a mercury fluorescent lamp provides but it solely makes use of 30% (70% energy saving) of the power consumed by the traditional fluorescent lamp. Because the aim of the development of such tube lighting is to replace traditional fluorescent lamp, they are so designed that it can be mounted on the identical fixture and be suitable with the current system. This relates to big cost savings on your light bill!
 
The price of buying this type of tube lighting could also be greater as compared to other conventional lighting system but it will positively cost you less for maintenance and replacement. This type lasts for 50,000+ hours (round five times longer life in comparison with its counterpart) giving the identical intensity and brightness the opposite can provide and it also gives even lighting (no shadowing). This has also no upkeep cost and has no drawback in installation. No RF noise or interference is produced and no flickering is experienced. Furthermore, because the only warmth that is generated in the system is the heat from the current limiting resistor, there is no such thing as a need so as to add air conditioning. Because of this, the menace for global warming can also be eradicated by changing those typical mercury-based fluorescent. Ballasts and starters are also eliminated making the system cheaper because of eliminating different external circuitries.

Such a tube lights are created for particular purposes or purposes such as lighting system in warehouses, offices, businesses, factories, garages or any place conventional fluorescent lighting is currently used. In all these functions, LED tube lighting has confirmed its efficiency in delivering quality at a minimal cost.

LED Tube Lighting can save businesses and corporations $’s on their lighting bill. is a post from: Home Solar Panel Info

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Enough is enough! I am sure you will agree with me that it is about time for us to find for an alternative energy source. The high energy cost is really hurting our economy. What are our options? What are available in the market? Is the technology available to consumers like us? Can we develop it ourselves or can others build it for us? How can we be sure we can save money from it?
I have done some research about it and there is one type of renewable energy source that attracted me. It is the Solar Power. Among the alternative renewable energy resources, it is the most promising. I will discuss with you its merits but let me first give you some basic information about Solar Energy.

Solar energy basically refers to the utilization of energy radiated from the sun. It is sometimes called as Solar power source. There are several ways on how we tap the power of the sun. The most popular and the recent method is with the use of solar cells where it converts the solar energy to electricity.

The secret behind all these application is with the discovery of Solar cells or the photovoltaic cell. These Solar Cells are made of two semiconductor materials that are sandwiched together. Semiconductors are made up of millions of atoms. As we know, atoms consist of positively charged nucleus and a negatively charged electrons. When you put these two semiconductors together in sandwich, electrons become pulled from the bottom half of the sandwiched materials to the top half. We know too that electrons need a force to knock it off from the atom bond. Sunlight has enough power to knock the electrons out from its atom. The releasing of electrons from the atom produces energy.

To convert solar energy into electricity, we need to connect a wire on each side of the the semiconductor. A situation where you have a positive polarity and a negative polarity, where electrons can flow. If you connect these two wires into a direct current motor, it will make the motor rotor rotate, thereby electricity is produced. These electric energy can then be stored into a battery where you can use the power during the night.

What are the factors you will need to consider in using Solar Power Panels at home? One most important factor is its efficiency. It is dependent on the quality of the solar cell, positioning of the panel in relation to sunlight exposure, and the suns availability in your location. The general rule is the more area of sunlight exposure, the more electricity can be produced. The other factor is the cost of installing the panel into your house. It is best that you hire a professional contractor to do it for you.
Let me now give you Solar Power Panels role in the lowering your Energy cost. Here are its applications:
Alternative source of power to run vehicles.Power up small gadgets like watches and calculators.Power Up Emergency Lights.Backup power for motor boats.Power up vents and fans.Power up outdoor lights.Power up ground stake lights.Power up security lights.Power up spot and floodlights.Power up wall lights.Power up stepping stone lights.Alternative power to run small D.C. motors.As you can see, once the Solar Power Panel is installed properly into your home, your energy consumption from the public utility will dramatically go down.

New technologies about electric car is becoming very promising. It will not take long that all cars will be converted to non fossil fuel source, and solar powered battery cars will soon dominate the highways.
To learn how to generate Solar Power at home,  Check this out: Solar Power Generator

http://e1433fv9tzwjubcr1fbbl94la9.hop.clickbank.net/?tid=SOLAR2

Solar Power Panel – The Answer to High Energy Cost is a post from: Home Solar Panel Info

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With the global recession hitting us all quite hard, and with the price of fossil fuels sky rocketing, many people are looking for free energy home. This is where renewable energy plays an important part. Renewable energy is an energy source such as solar, wind, water, and geothermal power that continues to replenish itself. Not only are these energy sources free (the only cost involved is in the technology to set it up), but also there are no environmental pollutants created either.

The sun is by far the most important source of free energy and can be utilized by either solar thermal collectors or photovoltaic technology.

Solar thermal collectors work by harnessing solar energy i.e. the sun’s rays, and turning them into heat energy. Water then runs through the coils in the thermal collectors and is then contained in tanks – much like the conventional hot water system, without the use of paid electricity. There are a number of different solar collectors available in the market, it really depends on your purpose and what you plan to achieve out of the free energy home system. The options include unglazed panels and flat plate water collectors.

Many people install unglazed panels usually for swimming pool heating. This is because it is not so important to keep the heat in and the cold air out – it is only necessary to increase the temperature by a few degrees above the air temperature. But, flat plate water collectors are different. They are typically used for water heating in your home and because of this, it is crucial that you have either single or double-glazing on the panel. There are other solar thermal collectors that are not so common, which don’t require to be discussed in detail here like flat plate air collectors and evacuated tube collectors. There are many books and periodicals that you can read that actually provide you advice and instructions on how to make solar panels such as these.     

The next most familiar application of solar energy for free energy home is photovoltaic cells, just like those used in calculators. Light is converted into electricity in a semiconductor much like a computer chip. Technology is continually improving and the market is developing rapidly. These cells provide electricity and heat homes and businesses. If used with other renewable energy sources such as wind energy, photovoltaic cells can provide sufficient energy and thus remove the need for energy from fossil fuel sources.

Find Out How You Can Build a Free Energy Home is a post from: Home Solar Panel Info

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Solar Energy – Your Easy-to-Do Contribution to Green and Sustainable Living! Now that the snow has melted , rains have welcomed sprigs and the sun has returned, it’s time to harness solar energy for yourself! Make your own solar panels. It’s an easy and inexpensive, and it’s investment, not an expense. There is a way that you can collect and save sunshine in order to provide for electric needs – hot water, small appliances, some heat during the cold – which is what millions of people have done throughout the years. Build enough solar panels and you can make surplus energy to sell back to the power company – or at least not have to buy what you need from them! Save money; save the environment and make your own green energy!

Learn how to harness the power of nature; use the sun and the wind! Building a wind generator to place in your back yard is easier than you probably think. Creating solar panel systems or wind generators could be a very satisfying and rewarding DIY Green Energy project, can save you thousands of dollars in energy expenses in the long run, and at the same time a big contribution to our environment and energy crisis. Make it your goal to get off the grid! Learn more about reusing and recycling, then reduce the fossil-fuel-based energy you do consume.

Just think… if you had an “air spill” on your wind farm or a “light spill” at your solar panel installation site, what real harm could there be? You’ll be ahead of your time and the envy of your neighbors. It is about time! DIY Energy is easier than you think! Weekend projects, camp-out activities, or a family-sized science project; all pieces of the puzzle that put it all together. Green Living is Easy and Easy to Do It Yourself!

Spring! Time to Build Your Own Solar Energy is a post from: Home Solar Panel Info

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The efficiency of solar power for homes as an alternative power source depends on lots of factors. The position of your house, the climate of the area and the surface you want to provide power to, represent important factors for the installation of the right number of solar cells. You can’t make the plan without taking such elements into consideration. Here are some tips you could find useful for your research because they clarify things for this big decision of making the home energy efficient.

Determine how much energy you consume monthly. Have an average estimate so that you’ll be able to determine the size of the solar system.

Find out the number of solar days and the average rainfall specific to your living area. It is with a five-hour maximum power that you can hope for the highest home efficiency of a solar system. That’s the best you can achieve with a home system.

Hot water, central heating and the possibility to power small appliances: these are the main achievements of solar power for homes. Solar electricity seems to be too expensive at the moment for us to be able to power all the utilities on it alone. You can also use gas in parallel with solar energy.

Before you make solar panels for your home, find out about the amount of electricity generated by the cells and the technical features of the solar panels by inquiring at the manufacturer directly. Determine how much power you can generate within 5 hours per day, and compare these data with the consume you estimate for your family.

The initial investment to generate solar power for homes is pretty high, rising up to sixteen thousand dollars. In order to cope with the average needs of a home, you may need around 41,000 sq. in. of solar panels. You can lower the costs by using federal tax credit programs and tax rebates that help you save up to thirty percent of the overall costs.

The installation, the inverters and the batteries also cost a good deal of money, besides the cost of the solar panels. The more appliances you want to power, the higher the cash you have to invest in the system.

So far the costs of solar power as an alternative power source for homes seem scary because of the initial investment. Which is why so many Americans cannot afford to make this home improvement. Hopefully, things will change for the better, and solar power for homes will become more accessible in the very near future.

Alternative Power: Facts About Solar Power For Homes is a post from: Home Solar Panel Info

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