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E-WASTE & ITS RECYCLINGErase your E-Waste, it’s not for your
Landfills.
PRESENTED BY -
SHUBHAM KUMAR SINHA
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING
DR. B.C.ROY ENGINEERING COLLEGE, DURGAPUR
PRESENTATION OVERVIEW
• Introduction
• Sources Of E-Waste
• Waste Flow within India
• Quantity
• Economic & Social Effects Of Recycling
• Perception Of The Problem
• Proposals
• Conclusion
INTRODUCTION
What is E-waste ?
 Describes discarded electrical
or electronic devices.
 Used electronics which are
destined for reuse, resale.
 Waste that has a circuit board or
Cathode ray tube(CRT).
• India is, in addition to China, one of the
biggest importers of e-waste.
SOURCES OF E-WASTE
WASTE FLOW WITHIN INDIA
QUANTITY
STATE E-WASTE(TONNES)
Maharastra 20270.59
Tamil Nadu 13486.24
Andhra Pradesh 12780.33
Uttar Pradesh 10381.11
West Bengal 10059.36
 Top 5 States generating E-Waste in (Tonnes)
CITY E-WASTE(TONNES)
Delhi 9730.3
Banglore 4648.4
Chennai 4132.2
Ahmedabad 3287.5
Hyderabad 2833.5
 Top 5 Cities generating E-Waste in (Tonnes)
ECONOMIC & SOCIAL
AFFECTS OF RECYCLING
 Lead in CRTs & circuit
boards.
 Cadmium in switches.
 Hazard to human
health and the
environment if
improperly managed.
 TOXICITY OF E-WASTE RECYCLING
PERCEPTION OF THE PROBLEM
 PUBLIC AWARENESS
• the issue of e-waste, as it is a rather new issue and has no
directly visible consequences for the general public
 AWARENESS AMONG DISMANTLERS AND
RECYCLERS
 AWARENESS AMONG MANUFACTURES
• The majority of the brands had no information on their take-
back systems on their websites and none of them had spent a
considerable amount of money on raising awareness.
PROPOSALS
• Cost-Effectiveness
• Domestic Solution
• Value of E-Waste
• Non-toxic Hydrometallurgical Treatment
CONCLUSION
“THANKS FOR YOUR KIND
ATTENTION”