Uploaded on Aug 24, 2020
Development in the IT and correspondence sectors has enhanced the usage of the electronic equipment exponentially. Faster upgradation of the electronic item is driving consumers to dispose of old electronic items very rapidly,
E-waste Management ~By: Clean To Green
E-waste Management
The Key For Our Sustainable Future
Presented By: Clean To
Green
Introduction Of E-waste Management
• In India, the amount of "e-waste" or electronic waste has now become a
significant problem.
• Removal of e-waste is an emerging worldwide environmental and general
health issue, as this waste has become the most quickly developing segment
of the formal city waste stream in the world.
• E-waste or Waste Electrical and Electronic Equipment (WEEE) are loosely
discarded, excess, obsolete, broken, electrical or electronic devices.
• In India, a large portion of the waste electronic items is stored at households
as people don't have the foggiest idea of how to dispose of them.
• In India. Around 25,000 workers incorporating children are involved in crude
disassembling units in Delhi alone where 10,000–20,000 tons of e-waste is
handled every year by bare hands.
Burden of E-Waste
In India, strong waste management,
with the emergence of e-waste, has
become a complicated undertaking.
The all-out waste generated by
obsolete or broken down electronic
and electrical equipment was
estimated to be 1,46,000 tons for the
year 2005, which is expected to
exceed 8,00,000 tons by 2012. (2)
However, as per the Greenpeace
Report, in 2007, India generated
380,000 tons of e-waste. Just 3% of
this made it to the authorized
recyclers' facilities.
Health Effects
Electronic equipment contains
numerous perilous metallic
contaminants, for example, lead, Class Group 1 Group 2
cadmium, and beryllium and
brominates flame-retardants. The Class 1 82 95
portion including iron, copper,
aluminum, gold, and other metals in Class 2 76 88
e-waste is over 60%, while plastics
represent about 30% and the risky Class 3 84 90
poisons comprise just about 2.70%. Of
numerous harmful heavy metals, lead
is the most widely used in electronic
devices for different purposes,
resulting in a variety of health
dangers due to environmental
contamination.
E-Waste Management Initiative
In the Environmental (Protection) Act
1986, the "polluter pays principle" is Act 1986
enacted to make the gathering
responsible for delivering contamination
responsible for paying for the damage
done to the regular environment. In
international environmental law, it is Rio Declaration
mentioned in principle 16 of the Rio
Declaration on Environment and
Development.
Environment
Development
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