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Publish date

8 January 2023



 E-waste ?

What is e-waste (short for electronic waste)? E-waste is the disposal of old electronic devices such as computers, phones and TVs that we no longer use. These devices are made up of many small parts called electronic components, such as processors, circuit boards and screens. These parts can contain metals, plastic and glass, but also harmful substances like lead and mercury.

There are rules for disposing of e-waste in the right way, because if we don’t, it can be bad for the environment and our health. These rules may be different depending on where you live, but they usually include recycling and disposing of electronic parts in the right way and using special places called e-waste facilities.

It is important to dispose of e-waste properly so that we do not harm the Earth or our health with these old devices and electronic parts.

Electronic Definition 

An electronic device is a device that uses electricity to work. Telephones, computers and televisions are examples of electronic devices. Electronic devices can be big or small, and they can do many different things, such as helping us talk to people far away, play games or watch films.

Since the 1990s, there has been a significant increase in the use of electronic devices around the world. There are several reasons for this.

Firstly, technology has improved and there are now more powerful and smarter devices that people can use. Secondly, electronic devices have become cheaper, allowing more people to afford them.

The Internet is one of the main factors that have contributed to the increased use of electronic devices. It is easier than ever to access the Internet from many different devices, such as computers and phones. This makes it easier for people to use electronics in their daily lives.

There are also many new types of electronic devices, such as smart TVs, smart home devices and wearables. These devices offer new possibilities for interaction and access to information, entertainment and other services.

But electronic devices also pose a major problem: how they are powered. Many electronic devices use non-renewable energy, which means that it cannot be replaced once it has been used up. This is why it is important to use electronic devices powered by renewable energy, such as solar or wind power, which can be reused over and over again. The use of renewable energy also has its shortcomings, which in turn will generate electronic waste… the treatment of electronic waste is therefore a holistic approach to the different value chains.

What is electronic waste?

E-waste is a growing concern as more and more electronic devices reach the end of their life cycle. But what exactly is e-waste? It is simply old or broken electronic devices that are no longer in use, such as obsolete computers and phones. When these products reach the end of their life, it is essential that they are disposed of properly to minimise their impact on the environment and health.

But e-waste is more than just a waste problem, it is also an opportunity. Proper disposal of e-waste can include recycling and reuse of certain components, which conserves natural resources and reduces the demand for new products. This can have a positive impact on the environment and helps reduce the negative effects of electronic devices on the planet. Companies and communities are thinking about new circular or regenerative economy businesses;

Don’t just throw your old electronics in the bin, recycle them instead. Not only will you be doing your part to protect the environment, but you’ll also be helping to reuse and recycle valuable materials. The next time you upgrade your phone or replace your computer, think twice before throwing your old device in the bin.

We have the example of the 5R rule (by Béa Johnson):

  • Refuse: This consists of saying no to things that we do not need or that will become waste, such as unnecessary packaging.
  • Reduce: This involves using fewer resources and creating less waste by choosing products with less packaging, using reusable bags and containers, and repairing things instead of throwing them away.
  • Reuse: This refers to using something more than once, such as a refillable water bottle or an old coffee container turned into a planter.
  • Recycle: This is turning used materials into new products or using them as raw materials for new products. This can include materials such as paper, plastic, metal and glass.
  • Rot: This means composting organic materials, such as food and garden waste, to make nutrient-rich soil.

Waste management electronics recycling

The process of e-waste recycling (or e-waste management) include several steps :

  • Collection: E-waste is collected from a variety ingof sources, such as individuals, businesses and public bodies.
  • Transport: The collected e-waste is transported to a recycling facility, usually by truck or train.
  • Sort: At the recycling facility, e-waste is sorted into different categories, such as metals, plastics and glass. Hazardous materials, such as batteries and fluorescent bulbs, are also separated for special handling.
  • Pre-processing: The sorted materials are then treated to remove any contaminants or impurities. This may involve shredding, grinding or chemical processes.
  • Material recovery: The processed materials are then separated into their individual components, such as metals, plastics and glass, which can be sold to manufacturers for use in the production of new products.
  • Final disposal (final waste): All materials that cannot be recycled or recovered are disposed of in an appropriate and environmentally sound manner, for example by incineration or landfill.

A number of actors are involved in the e-waste recycling industry, including e-waste recyclers, manufacturers and government agencies. E-waste recyclers are responsible for collecting, transporting and processing e-waste, while manufacturers purchase the recovered materials from recyclers for use in the production of new products. Government agencies may also be involved in regulating the e-waste recycling industry and enforcing environmental laws and regulations.

One of the main challenges for the e-waste recycling industry is governance, or the process of developing and enforcing rules and regulations. Ensuring that e-waste is properly collected, transported and recycled can be complex and requires effective governance at all levels, including local, national and international. This can involve the development of laws and regulations, as well as the implementation and enforcement of these rules.

All these factors are important for the e-waste recycling industry to play a key role in reducing the environmental impact of electronic devices and conserving natural resources. However, effective governance is essential to ensure that e-waste is properly managed and recycled in an environmentally sound manner.

Ewaste San Jose

The City of San Jose has implemented various programmes and initiatives to manage e-waste and promote sustainable practices. These include the establishment of e-waste collection points, where residents can bring their old electronic devices for proper recycling. The city also partners with local businesses and organisations to provide e-waste recycling services and training.

In addition to these efforts, San Jose has also implemented laws and regulations (https://sanjoserecycles.org/what-to-do/ewaste/) to help reduce the environmental impacts of electronic waste. In particular, it has banned the disposal of certain electronic devices, such as televisions and computers, in the city’s landfills.

The City of San Jose is working to effectively manage e-waste and promote sustainable practices to reduce the negative impacts of electronic devices on the environment.




Are you interested in finding out more about the companies working in the e-waste industry? 

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