E-WASTE. Why Recycle

Similar documents
ELECTRONIC WASTE. It is a point of concern considering that many components of such equipment are considered toxic and are not biodegradable.

E-WASTE. E-WASTE Management Program. Collection Storage and Disposal of E-WASTE

Chapter 9 Urban Mining of E-waste

DREAM VISION ENTERPRISES

NICE AUTOMATION PVT. LTD.

Business and Economic Potential of Resource Recovery and Recycling from E-waste

E-Waste Management. Existing Scenario

Voltbek Home Appliances recycling program for E-Waste

E- Waste Rules and Guidelines. Dr Shantanu Dutta Senior Environmental Engineer Central Pollution Control Board Shillong

Adelaide 3R Declaration ~ Implications towards Circular Economy of E-waste

MAY 2018 INDIA URBAN DEVELOPMENT GATEWAY FRAMEWORK OF

Electronic Waste and the Socio Environmental Concern

E-waste management in Romania

Measures to Improve OSH in the E-Waste Recycling Units

An overview of recycling of electronic waste PART 1

Project Introduction & Background. Dr. Rachna Arora, GIZ-ASEM July 21, 2011 New Delhi

STUDY AND ANALYSIS OF DISPOSAL OF ELECTRONIC WASTE AND ITS EFFECT ONTHE ENVIRONMENT

Resource Generation from E-waste

Recycling of old electronic product is beneficial in following ways:

Asian Network Workshop 2017 Managing WEEE through Producer Responsibility - The Hong Kong Solution

E-waste Management in India: Current Status, Emerging Drivers & Challenges

E- Waste Management and Recycling in India

ASIAN NETWORK WORKSHOP 2016 SEMARANG, INDONESIA

E-WASTE COLLECTION PROGRAMME BY PENANG ISLAND CITY COUNCIL (MBPP)

Tackling the mounting e-waste problem

E Waste Management in India : A Survey of Current E Waste Handling Practices in some area of Aurangabad City (Maharashtra)

Warranty & E-Waste Information for AmazonBasics Products

INTRODUCTION ON E-WASTE MANAGEMENT IN VIETNAM

Overview of the draft Hazardous and Electronic Waste Control and Management Bill for Ghana

International linkages in e-waste management Enhancing WEEE Management at the Global Level

Improving the sustainability of electronic waste management

KISII UNIVERSITY INFORMATION COMMUNICATION AND TECHNOLOGY

Discarded Kitchen, Laundry, Bathroom Equipment Comprises Over Half of World E-waste: UNU Report

Take-Back Systems for Mobile Handsets

ELECTRONIC WASTE MANAGEMENT IN VERMONT

Report. Roadmap for Sound Management of E-waste in Kerala. State Level Workshop. 8 t h A u g u s t Thiruvananthapuram

Government of Tamil Nadu

E-WASTE MANAGEMENT ABSTRACT

Recycling and Solid Waste Management Report

E-WASTE POLICY & REGULATIONS. Dr Lakshmi Raghupathy GIZ

In-class disassembly exercise

Largest waste disposal company in Greece relies on German recycling technology

HD WORKSTATIONS PVT. LTD.

United Nations Environment Program. E-waste recycling systems. Maha Temre & Hicham Benabdallah

e-waste Management Presented by: Deshwal e-waste Recycler Authorised Licensed by: Rajasthan State Pollution Control Board

Environmental Sound Management of E-Waste. Cristina Bueti, Adviser, ITU

The Indian Scenario and Challenges about E-waste

Recycling of Electronic Wastes in Dhaka City

FINANCING MODELS FOR SOUND E-WASTE MANAGEMENT IN ETHIOPIA

E WASTE MANAGEMENT IN KENYA

Material Recycling and Flow of Waste Electrical and Electronic Equipment in Korea

CONTENTS. Abstract. Abstrak. Acknowledgement. List of Figures. List of Tables. List of Symbols and Abbreviations CHAPTER 1.

Indian Scenario of E-Waste Recycling

Africa E-waste: legislative initiatives and logistic challenges

Sustainable Recycling Industries

INDIA: INCLUDING THE EXISTING INFORMAL SECTOR IN A CLEAN E-WASTE CHANNEL

We are IntechOpen, the world s leading publisher of Open Access books Built by scientists, for scientists. International authors and editors

Recycling and Solid Waste Management Report

Journal of Qualitative Education, Volume 10 No. 1 May, 2014, ISSN:

ASIAN NETWORK WORKSHOP 2015

For the Week of April 4th through April 8th, 2011

E-Waste Management: An Approach Towards Environmental Sustainability

Extended Producer Responsibility A global perspective. Andrew Sweatman

CANTO C.S.R. Committee Paper #2 October 2015 BEST PRACTICES FOR THE ESTABLISHMENT OF TAKE-BACK SYSTEMS FOR MOBILE HANDSETS

Overview of the Electronics Recycling Industry. New Hampshire Solid Waste Facility Operator Training March 28, 2017

All Wired for E-Waste

Creating integrated recycling channels and economic systems. Olivier BEGOUEN 3 December 2015

... SHREDDING UNLIMITED... WEEE Responsibility and Opportunity. ERDWICH Recycling Plants for electrical and electronic scrap

ROLE OF INFORMAL RECYCLING IN E-WASTE MANAGEMENT

USER GUIDE FOR REFRIGERATOR AND E-WASTE GUIDELINE MANUAL

14. Contextual Analysis E-WASTE Management in South Africa

3R Technologies for WEEE

New Zealand e-waste. The Joint Aus/NZ Standard for E-waste Recycling Helen Bolton

ABOVE AND BEYOND ELECTRONICS RECYCLING

SIXTH REGIONAL 3R FORUM IN ASIA AND THE PACIFIC, AUGUST 2015, MALE, MALDIVES

WEEE Producer Responsibility Compliance in Sweden. El-Kretsen AB

AVOIDING RISKS OF ELECTRONIC WASTES ON HUMAN S HEALTH THROUGH ESTABLISHMENT OF AN E-WASTE MANAGEMENT SYSTEM IN EGYPT (REVIEW).

E-WASTE AWARENESS WORKSHOP- RESPONSIBILILITY OF BULK CONSUMERS

Rechargeable Battery and Cell Phone Recycling Program. Rechargeable Battery Recycling Corporation

Fire Extinguisher Version 2.2 Certification Criteria

Ecodesign for electrical and electronic products

A handy reference guide

Comparative study on PBDEs in EEE and Wastes in Selected Asian and the Pacific Countries

E-Waste and Its Management Ms. Vandana Kaushik 1 1 School of Physical Sciences, Starex University, Gurugram, India

UNEP s Role in Promoting Environmentally Sound Management of E-Waste

Primary inventorization of electronic waste in Rewa Madhya Pradesh

Chapter 5 Standards and Methodologies to Measure E-waste

Sustainability and E-waste Management Scenario in India

Residuos electrónicos y responsabilidad extendida del Productor en Chile

CAPACITY BUILDING FOR E-WASTE MANAGEMENT IN SERBIA FINAL REPORT

Giving WEEE new life.

In this issue: E-Waste Recycling and Reuse Services Market Overview

IT DOESN T STACK UP... How disposables compare to reusables

Solid Waste Management Department:

Non-fiction: Waste Woes

Managing Electronic Waste: Issues with Exporting E-Waste

West Coast Household Waste Minimisation Directory

E waste Take Back System Design

E-waste activities at Mintek

General safety precautions English

Transcription:

E-WASTE Why Recycle

About Toxics Link Toxics Link, an environmental NGO, is dedicated to bring toxics related information into the public domain. Key focus- Research and Policy advocacy Engages in areas of Municipal, Hazardous, Bio-medical waste management and Che mical and health issues Has been working on the issue of E-waste for more than a decade. Work at state and central level Able to create strong awareness among public and stakeholders on toxicity issues. International waste trade, emerging issues of pesticides and POPs

Volumes and Toxicity India fifth biggest producer in the world, discarding 1.7 million tonnes (Mt) in 2014, 1.3 kg per inhabitant

Why should we be worried? Electronics contain hazardous materi al like lead, mercury, cadmium and B FRs. When the gadgets are dismantled or recycled without precaution these toxic elements are released and pose a threat to health and Environment. 10 + 22 m 5 + 10 + 10 +

Current Practices E-waste processing in India is mostly managed by a very well networked informal sector Research has shown that some steps of the recycling chain, especially related to material recovery, are highly dangerous and risky. Some of the processes include open burning of Poly Vinyl Chloride (PVC) wires, acid bath, use of toxic chemicals such as Mercury, heating of lead solders, etc. These processes are highly toxic impacting both environme nt and human health.

Environmental Hazards Emissions of dioxins/ heavy metals lead, cadmium, mercury Other contaminants like BFRs Spent fluids/chemicals in soil Groundwater contamination Non-recyclables diverted to landfills hence risk of leachate Exposure to toxics due to release in air, water and soil Air pollution Water pollution Soil pollution

E-Waste : Resource Contains: Valuable materials: plastic, copper, iron Precious and Rare Metal: Gold, Platinum, Gallium, Indium Increased pressure on natural resources If recycling efficiency is not improved, we might lose out on this metals

Average Composition of E&E equipment Flame retarded plastics 5% Printed circuit boards 5% Iron and Steel 48% Copper 7% Aluminium 5% Other non-ferrous metals 1% Concrete and ceramics 2% Wood and plywood 3% Glass 5% Other 5% Rubber 1% Non flame retarded plastics 15% Equipment Category Large household Appliances Small household Ferrous m Non-ferrous Glass Plastics Other etals metals 61% 7% 3% 9% 21% 19% 1% 0% 48% 32% appliances IT equipment 43% 0% 4% 30% 20% Telecom 13% 7% 0% 74% 6% TV, Radio, etc. 11% 2% 35% 31% 22%

Tellur Indium Gallium Lithium Tantal Palladium Platin Ruthenium Germanium Cobalt Critical Metals

Challenges Collection network Appropriate technology Regulatory Drivers Mind set

E-Waste: Economic Opportunity The growing e-waste economic opportunity is driven by: Over 150 start ups exist in E waste Apple Collection, Refurbishment Market and Material recovery markets, Asset management Valuable components and materials contained in electronic waste Creates Jobs Regulatory approaches such as Extended Producer Responsibility (EPR) schemes that can ensure additional financing for collection and recycling activities

E-waste Rules Notified under the Environment (P) Act, 1986 Non-compliance punishable under E(P)Act, 1986 Bulk consumers E-waste generators (including all consumers and bulk consumers) must channeliz e their e-waste only to authorised units for collection, dismantling, and recycling or to take-back or pick up facilities of their producers All Bulk consumers have to submit the annual records of e-waste generated and disposed by them

Action Points Procurement and Disposal policy in the organisation Demand a take back: Consumers can play an important role in influencing and pressuring producers/brands to ta ke back their end-of-life products. Encourage 3R principle: Reduce e-waste generation by extending the life of gadgets, by going in for upgrades and repair. Reuse If possible, donate old and usable items Recycle Make recycling a habit. But recycle responsibly. Don t throw away e-waste items with other waste or hand them to an informal recycler Dispose your e-waste properly: Dispose or sell your e-waste to authorized agency.

Demand Scenario of scarce metals

Critical Metals