"Electronic waste is the waste generated from discarded electronic devices. Electrical devices that are no longer in use or those meant to be recycled or reused can also be considered e-waste. E-waste is considered to be one of the most dangerous/hazardous forms of waste due to the high level of chemicals such as lead, beryllium etc. present in the electrical components. This is from an article that appeared on All Green Website: http://www.allgreenrecycling.com/blog/where-does-e-waste-go/"

1. WHERE DOES E-
WASTE GO?

2. Electronic waste is the waste generated from
discarded electronic devices. Electrical
devices that are no longer in use or those
meant to be recycled or reused can also be
considered e-waste. E-waste is considered to
be one of the most dangerous/hazardous
forms of waste due to the high level of
chemicals such as lead, beryllium etc.
present in the electrical components.
https://titaniumsuccess.com/

3. EFFECTS ON ENVIRONMENT AND HUMAN HEALTH
Electronic waste, if not handled with
the utmost care, can cause harmful
effects to the environment. The acid
from leaking chips and other electrical
components pollute the ground water.
A classic example is the Guiyu area in
Hong Kong which faces acute water
shortage due to contamination.
Uncontrolled fires may arise if e-waste
is not treated properly.
https://titaniumsuccess.com/

4. Where Does E-Waste Go? It Depends on End-of-Life
Management
Proper treatment of e-waste requires proper planning from the government and the private
players in the market. The number and weight of products that will become obsolete and would
need end-of-life management must be calculated. An estimate has to be drawn up on which
end-of-life product will become obsolete and which can be reused.
For effective e-waste management, the product lifecycle must be thoroughly understood. The
estimate of the annual quantities of end-of-life products requiring management must be
equated to the industrial production of electronic goods, to draw a pattern which would help
the recycling industries better predict and analyze the waste management system. A typical
lifecycle of an electronic product resulting to an e-waste would be in the order below –
• Product Purchase
• Reuse/Store
• Recycle/Dispose
• Resale after recycle within the US /Resale after recycle outside the US
• Process in the US /Process outside the US
• New Products/Residual disposal
https://titaniumsuccess.com/

5. Statistics on E-Waste
• E-waste represents about 2% of America’s trash in landfills. It also equals 70%
of overall toxic waste.
• Cell phones and other items generally contain high amounts of gold and silver
which in turn amounts to about $60 million dollars every year.
• Only 12.5% of e-waste is recycled.
• Recycling 1 million laptops equals powering 3,657 US homes a year.
https://titaniumsuccess.com/

6. Strategies Employed in E-Waste Management
Extended Producer Responsibility (EPR) assigns the collection and recycling responsibility to the manufacturer.
In a way, EPR is a form of Corporate Social Responsibility which would account the manufacturer for planning
the end-of-life of products during the design phase. This would help them to use environmentally-friendly and
easily recyclable raw materials, minimize packaging or adopt recyclable packaging, consider the judicious use
of toxic substances while manufacturing.
Advance Recycling Fee is another strategy that tries to solve the ‘where does e-waste go’ conundrum. This is
where the customer pays a fee at the point of purchase that would depend on the size of the electronic
device. Regardless of customer or manufacturer, the end-of-life management costs are incorporated into the
market price. This would result in either a reduction in sales or increase in sales price. However, this is an
effective e-waste management strategy as it inculcates a feeling of social responsibility right from the
beginning of purchase.
https://titaniumsuccess.com/

7. Website: http://www.allgreenrecycling.com
All Green Recycling
info@allgreenrecycling.com
(800) 780-0347
Source:
• http://www.seas.columbia.edu/earth/wtert/sofos/Namias_Thesi
s_07-08-13.pdf
• https://www.dosomething.org/facts/11-facts-about-e-waste
• http://www.epa.gov/osw/conserve/materials/ecycling/docs/app
-1.pdf
• http://www.allgreenrecycling.com/blog/where-does-e-waste-go/
Questions? Comments?
https://titaniumsuccess.com/