Everything You Should Know About Electronic Recycling

E-waste has become a serious problem that’s facing our world today. E-waste is defined as all outdated computers, TVs, cell phones, PDAs, printers, and all of the other obsolete electronic devices that we all commonly use in our homes and offices. Within the past couple of decades, the need for electronic recycling as grown just as the demands for more advanced software and electronics has increased.
Now more than every, it’s important for each person to be aware of the need for electronic recycling.While some people may not understand the dangers that are behind e-waste, the danger is there. In everyday e-waste, there are many hazardous elements that can be found. Some examples include lead in cathode ray tubes, cobalt in steel, arsenic in cathode ray tubes, mercury in switches, and even cadmium in circuit boards. Who would have thought that these dangerous elements could be found in everyday waste? This is just one reason why it’s extremely important to recycle old electronics.
Electronic Recyclers are the premier source for you to go to in order to recycle your electronic devices and help prevent e-waste. Electronic Recyclers is proud to serve over three hundred companies safely and legally. Also, the company offers extensive cost savings in shipping, packaging, and liability expenses. Electronic Recyclers are known for their ability to process claim payment faster than any of their competitors! If these aren’t enough reasons for you to trust ER, keep in mind that the company also uses the most accurate verification system in the industry that utilizes bar code tracking systems and video verification. Electronic Recyclers also do their best to make the process as convenient as possible. They are very reliable and will pick up e-waste within 72 hours!It’s time that we all take the e-waste problem into our own hands. Just think about how much worse the issue will be in another decade. With all of the technological advances being made today, it only makes sense that e-waste will continue to increase. It’s time for us to utilize Electronic Recyclers and prevent becoming overrun with e-waste.

The Relationship Between Recycling and the Reduction of Greenhouse Gas Emissions

Greenhouse gas emissions are known to be directly related to the perceived heightened warming of the earth's oceans and near-surface air. But how does recycling help in cutting back on greenhouse gas emissions?

Recycling is used to refer to the reprocessing of previously manufactured products (such as plastic bottles) so that their core elements (in this case, the plastic substances that make up plastic bottles) can be used to make new products later on. It should be clarified that recycling is different from re-use, because the latter simply means that the previously manufactured product (such as a plastic bottle) will be used for other purposes aside from its original use (such as when a plastic bottle is cut in half and then converted into a plant container.)

When previously manufactured products are recycled, this helps in reducing the amount of energy used to produce new products (compared to "virgin production" where products that are manufactured from substances that were taken purely from the earth's environment – also known as raw materials.) One substance that has been quite damaging to the environment is plastic, because it does not degrade and become re-absorbed into the environment. There is also less waste that goes into disposal systems such as landfills when recycling is put into play.

When products are recycled, there is less need to look for raw materials from virgin sources. For example, aluminum is one substance which can be recycled over and over again without a decline in the quality of the substance. When plastic is recycled, up to 70% of energy is saved. If paper is the substance being recycled, up to 40% of energy is saved. When less energy is used to produce a product, that means less greenhouse gases are emitted into the atmosphere, which helps reduce the impact on the environment through the greenhouse effect.

Energy is also saved because there is less of the virgin or raw materials that has to be sought after, there is less energy needed to transport these virgin materials from their original sources, and there is less energy to be expended trying to clean up the environment when pollutants like non-biodegradable aluminum and plastic containers are dumped into landfills.

Some criticize recycling since there is still a level of energy required to transport recyclables to recycling centers and recycling plants, and in the recycling process itself. However, the energy savings derived from recycling are considerable, and much less energy will be used to make new products from recyclables compared to the use of virgin materials for manufacturing new products. Another criticism is that recycling can become impractical because the cumulative costs for recycling a certain product may outweigh the environmental benefits derived from recycling.

Despite such criticisms, it is generally accepted nowadays that recycling does help the environment by significantly reducing demands on energy supplies, so that less greenhouse gases are emitted, and can be a cost-effective solution in certain cases.

Recycled Plastics: Alternative Fuel

With the increasing price of petroleum fuel and the threat of climate change, the global community is on the lookout for technologies which can be of great help towards energy sustainability. Automakers like Toyota, Honda, Ford, and Volkswagen are developing different engine technologies to make greener vehicles. Japanese automakers are known for hybrids while European car manufacturers are more inclined on the development of diesel engines. But these engines still burn petroleum fuel and thus produce greenhouse gases.
One company which has taken a major step towards developing technologies to solve the world's energy problem is Clyvia Technology GmbH. The said company has succeeded in harvesting diesel from waste materials such as plastic bags, cable sleeves, and even vehicle components. These materials contain petroleum in varying amount. The German company has shown that it is possible to get heating oil and diesel from these trashes.
Christopher Stampfli, the designate CEO Clyvia which is based in Schaffhausen, said: "This process is attractive not just to public and private waste disposal operators, but many industrial corporations and freight operators can apply it to cut their disposal costs and simultaneously generate energy - either for their own vehicle fleet or to sell at the gas station."
According to statistics, about 20 million tons of plastic waste is produced in Europe every year along with 2.5 tons of waste oil. Of the plastic wastes, only half or ten million tons are being reused. This means that a huge amount of plastic wastes can be tapped to produce quality fuel. By recovering the petroleum contained within these materials, a lot of sectors will be benefited.
Plant operators will be raking in profit and consumers will have a better alternative to conventional diesel fuel. According to reports, diesel fuel produced from Clyvia's technology is priced about 25 cents lower than conventional diesel fuel used in the regular distributor rotor -equipped vehicles. The environment will also be benefited as this process will reduce the amount of plastic wastes being tossed into landfills.
The Auto Channel describes the process as: "The company uses the method of ‘fractioned depolymerization’, which is similar to cracking crude oil. In a thermal treatment process, long hydrocarbon chains are shortened until they are as long as heating oil or diesel. The method was developed and tested at the end of the 1970s and was proved to work even then, although the general conditions at the time were not suitable for profitable operation of the plant. In its own laboratories, Clyvia Technology GmbH has proved that the transformation of used oil, flushing oil and polymers into diesel or heating oil works."