Keep Your Aluminum And Steel Cans Out Of Landfill Sites

Each and every year thousands of tons of trash is thrown into landfills. While we are in no danger of running short on landfill space, this is expensive in terms of time, space, and energy invested, as well as the sheer waste of materials that will not be used again. With that in mind, consider the reasons below for keeping your steel and aluminum cans out of the landfill by recycling them instead.

- Aluminum which has been recycled is back in use again within a couple of months. In contrast, it would take 200-500 years for that metal to break down naturally if were just thrown away.

- Recycling is about more than just material savings, it is also about energy consciousness. Every aluminum can which is recycled saves enough energy to run a television for 3 hours.

- Metal cans can be exchanged for cash at lots of places. Various states offer five cents per can recycled, and some recycling centers pay anywhere between fifty cents and two dollars per pound of cans recycled.

- Recycled steel and aluminum are have exactly the same composition as ‘new’ aluminum and steel. Recycled metals are simply melted down and mixed into lots to make new products.

- On average, Americans recycle around 100,000 aluminum cans per minute. The majority of that figure is a result of certain communities working hard on special projects, and that is something that you should encourage those in your neighborhood to take up, as recycling can really help with bringing a community together.

- The 100,000,000 ‘new’ steel cans produced on a daily basis contain 25% recycled materials. That equates to 25 million reclaimed cans versus 75 million completely new cans. If people recycled more frequently, that number would soon become 50-50 and a huge amount of resources and energy would be saved.

- The United States presently uses steel which is more than 65 percent recycled. That is not too bad, but there is definitely room for improvement. This proportion would go up significantly if more people were aware that they could recycle their steel cans.

- There are multiple can-crushing machines available, and you can even make a home-made one for free. Therefore, it is no excuse to say that recycling cans takes up too much space within your home.
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http://www.cancrusher.org.uk is a site offering information about recycling aluminum and steel cans.

Shrinking The Carbon Footprint Of Your Web Hosting Habit.

“Let us first be as simple and well as Nature ourselves,” says Thoreau, and for the most part we listen. We sort our garbage, we recycle our bottles. But do we think about the impact of our computing? If we don’t, it’s important that we start. The power consumption of a typical data center rivals that of a third world nation, and the disposal of old computers, phones and other devices is made dangerous by the toxic components in the batteries and circuits.

Luckily, there are multiple ways to help reduce the impact of your computing, hosting, and gadget obsessions. There is a growing trend in industries greening their practices, and technology companies are no different. Whether it’s refurbishing old computers, environmentally conscious web hosting, or buying back and recycling old technology, there are options available for the everyday consumer.

Webmasters are becoming increasingly interested in green hosting as a means of reducing their carbon footprint. Particularly if you are managing a personal domain, choosing a green host needn’t be any more expensive than other hosts. The small packages are competitive with the best prices of traditional web hosts, and the service is just as good, with one-click installs of popular web services. The efficiencies that the green hosts enjoy mean that they can offer the same level of service at the same prices.

Another way to reduce the environmental impact of computers is to take “reduce, reuse, recycle” to heart. To the “three Rs,” you can add a fourth R – “refurbish.” There are many places to purchase reconditioned computers, often with software packages installed. Even old computers can run smoothly if you install Ubuntu or another flavor of Linux on them. Ubuntu is open source software and easy to get used to, whether you’re a Windows or Mac user. If Linux isn’t your cup of tea, you can find refurbished machines running Windows, or even older Macs.

Some computers, however, have done as much as they could do. Some technology buying sites will even pay for devices, because they can extract value from the recyclable materials.

As awareness grows of the environmental impact that comes with the convenience of the Internet, more consumers are looking for ways to green their computing practices. Many consider this a moral responsibility, others are simply looking for a good deal that doesn’t come with a chaser of guilt. Whatever your reason, there are ways to reduce your carbon footprint with a minimum of fuss.

Producing Power From Renewable Forms Plus Using It Not Wastefully

There are various forms of alternative energy. The most familiar and well-known forms of renewable energy are wind and solar. However biomass needs to participate a more significant role as a frequent energy source. Biomass is a generalisation of many diverse sources of energy. All biomass energy is grown energy, this includes all plant mater and processed natural mater, which can be used as a energy source. This can then include quite a few sources of purpose grown fuel, and also a lot of waste. For example from the wood industry a lot of sawdust is produced, this sawdust can be processed into wood pellets to be used as a low cost, low maintenance home heating fuel. Other wood species, which grow at an accelerated rate, can also be used for fuel pellets and other fuel conversion technologies. Willow or short rotation coppices are forms of fast growing woody biomass, which is perfect for this purpose. Hemp is another biomass energy source, which grows at an accelerated pace; it can be used for quite a few different purpose including bio-diesel, textiles, paper, food and plastics. After hemp processing there is also waste dust and fibres, this waste can then be used for pellet fuel creation. Most of waste today still goes into landfill, and much of this could used to produce new products and fuel. Our ideas of what is and isn?t waste need to change as resources become more expensive. To extract energy from biomass, usually means combustion, and many people still believe that is just as bad as burning fossil fuels. The key differentiation during biomass combustion the carbon released was from the environment and fossil fuel combustion the carbon was from deep underground. Therefore biomass burning does not add to the levels of carbon within the environment.

Learn more about Biomass Renewable Pellets

Wood pellets as mentioned above are one form of biomass fuel. All types of wood can be processed into fuel pellets, however the quality of the wood and its bark content will affect its energy rating. For example wood with bark and some wood species in general generate more ash, and so has a lower price as a fuel pellet.

Read more about Wood Pellets

Pellet Mills are used to squash the wood into pellets. Usually wood pellet manufacture has been seem to be only a large-scale engineering process, however it is possible to create pellets on small-scale equipment. Making pellets however can be complex process and certain factors have to manage to produce a quality pellet. These factors include the humidity content of the raw material and the temperature of the process to name but a few. An truthful descriptions is to compare pellet production to cooking. To learn more about the procedure please click the pellet mill link underneath.

More information on Pellet Mill

Why Green Energy Is Neccessary And Pellet Presses

Renewable energy is any form of energy where consumption and replacement of the energy source are more or less equal. Fossil fuel energy is not a form of renewable energy as our consumption far outweighs the replacement of fossil fuels. There are various different forms of renewable energy, these include solar, wind, wave, geothermal and biomass. All of these energy forms are necessary in our energy future, however biomass offers several other benefits. As biomass is a tangible resource it fits in well with the market economy and trading. More jobs and income can be generated in biomass than the other renewable energy forms as jobs and income can be generated in the cultivation, processing and distribution of biomass fuels whether in solid, liquid or gas forms.

Learn more about Renewable Energy Pellets

Pellets are a common type of renewable energy, and a good example of how a biomass energy economy can be established. Jobs and income can be generated on the production of the wood raw material, the processing of the wood into pellets and the distribution of the pellets to the end customer. Pellets have a very high combustion efficiency producing very little smoke and ash. The low ash percentage also helps to keep manual maintenance to a minimum, much lower than burning wood logs for example. Also because of the uniform shape and size of the pellets, automate hopper feed systems can be used to feed the fire.

Read more about Wood Stove Pellets

Pellet presses, pellet mills or pellet machines are used to compress the raw wood material into pellets. To do this the raw material must be reduced to a uniform size through a hammer mill to a smaller diameter to the hole in the pellet press die. The raw material must also be fairly dry before entering the pellet mill. To form a pellet sufficient pressure and heat are required to melt the wood and then the pellet press forms the melted wood into a pellet. When the pellets come from the pellet press they are very hot and still quite soft, and only become hard once they cool down. Once the pellets have been cooled before they are used they must be kept away from moisture. If pellets are exposed to moisture they will absorb it, once the pellets absorb too much water they can no longer be used for fuel.

More information on Pellet Press Machine

Biomass Pellets And Gasification

Fossil fuels currently generate most of our electrical demands, and nuclear also plays a significant role. While coal and oil power plants are prime culprits for high CO2 outputs linked to global warming, nuclear power plants are hardly the safe or cheap option. So what other energy options to produce electricity are available to us, and should we follow the same network set-up of a few large-scale electrical production facilities. You will obviously be familiar with wind turbines and generating electricity and how solar PV panels can also be used. There are also solar thermal power stations where the suns energy is directed by a series of large mirrors to a tower with a boiler at the top. The heat from the sun is directed onto the boiler. The boiler then produces steam, which powers a turbine to produce electricity, which is sent back to the grid. Is it also possible to produce electricity from wood and other biomass resources, even on a small scale. Wood and biomass when combusted efficiently are a carbon neutral fuel, which burns much cleaner than oil and particularly coal.

Learn more about Wood Pellets Machine

A process called gasification can turn material such as wood, straw, grasses and any other form of biomass and waste into a collection of gases. These gases include methane, carbon monoxide and hydrogen; with a 1:1 air ratio in a combustion engine the gases can run any internal combustion engine. So even a small setup could be used to run a gasifier on wood or any other biomass and send the energy into your home or business or back into the grid. There are several advantages from completing this process on a small scale which include control of your energy cost and supply and additional revenue from selling energy back to the grid. Energy will only become more expensive in the future, and small scale energy production provides a good source of jobs and cheaper energy costs for the consumer.

Read more about Wood Pellet

Large gasifiers can operate on most forms of biomass, and can do so economically and efficiently because of the expensive automated setup. Obviously to keep costs of operation and labour to a minimum automation is also important however the cost of the equipment to justify output must also be considered. Therefore to create an automated low maintenance process on a small scale the best option is to upgrade the raw material into pellets. Pellets have a uniform shape and size and high density, therefore contain very high yields of energy per tonne of fuel compared to unprocessed biomass. By operating a small scale gasifier on pellets provides the level of automation required to operate a small-scale electrical generator efficiently and at a profit.

More information on Wood Pellet Mill

Renewable Energy Council

IREC, formed in 1982 is a non-profit organization, supports market-oriented services targeted at education, coordination, procurement, the adoption and implementation of uniform guidelines and standards, workforce development, and consumer protection.
IREC’s mission is to accelerate the sustainable utilization of renewable energy sources and technologies in and through state and local government and community activities.

The Solar Guide

The Solar Guide aims to give consumers the practical information they want, about buying solar and renewable energy systems. Get straight facts about solar and renewable energies.

We’ll also tell you everything you want or need to know about the components of your solar energy system or wind energy system.

Geothermal Energy Association

About 6 million people in the U.S. get their household energy through geothermal technology.  Half of these, about 3 million, receive electricity from geothermal power plants, and the other half use geothermal heat pumps to provide their heating and cooling needs.
The United States continues to be the world leader in online capacity of geothermal energy and the generation of electric power from geothermal energy. As of August 2008, geothermal electric power generation is occurring in seven U.S. states with capacity rated at 2957.94 MW.