Computer Recycling

Computers are a hallmark of the digital age. We see the latest and greatest being paraded every year in an unrelenting drive towards progress. While we celebrate the technical achievements and marvel at what's currently available, we should also remember the other side of the coin. Tens of thousands of units are being retired every year because they are already deemed obsolete. These once proud products become trash in just a few years on average. The mounting volume of e-waste is a problem because these contain toxic materials that can be detrimental to the environment. The solution? computer recycling

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This process can come in many forms and have various steps. Some still see value in these units. One person's trash may be another person's gold. They clean them up, fix a few things, and sell them to interested buyers. Others donate them to educational charities and similar institutions. Those that prove to be unsalvageable can be turned over to bulk recycling facilities that can extract precious metals from the waste. These can, in turn, be used in the manufacture of new electronics. The process usually follows these steps:


1. Dismantling


The computers are dismantled so that each part can be dealt with separately. For example, the plastics can be put in one place and the metals can be put in another. Recyclers open up the machines and take out individual components. It provides an opportunity to check the condition of the unit and decide the next steps. This is fairly easy for desktops but quite hard for laptops. Given the trend of miniaturization and unserviceable parts, dismantling will only get harder as the years go by. The most viable solution would be to resort to shredding which is much faster and economical than manual methods.


2. Separation


Once the components are all taken out, the separation can begin in earnest. In automated recycling facilities, shredding is used for greater efficiency. The equipment will be able to separate different materials automatically. For instance, magnets can pickup bits of metal and send them to the next phase. Metals, plastics, and others are channeled to their own receptacles for further processing.


3. Recovery


The useful materials can then be recovered in earnest. Some harness high heat to melt things down and form bars that can be sold as raw materials to manufacturers. This reduces the need for destructive mining and prevents the harmful products from polluting the environment.