By Anoop s kumar Roll no. 6 Mechanical Engineering RIT Kottayam.

Slides:



Advertisements
Similar presentations
UK Sales Meeting – 27 th & 28 th September 2005 What is the point of these Directives ? These directives have been introduced in order to ensure a Europe.
Advertisements

Be ecofabulous To propagate and serve the cause of environment protection through technology and efficient management of resources.
Best Available Techniques (BAT)
Hazardous Waste Policy in the EU - the example of electronic waste - November 2005 India Brussels Marianne Klingbeil European Commission Environment Directorate-General.
Presented By Amey S. Dabak Umesh U. Patil
Management of Waste Electrical and Electronic Equipment (WEEE) Experiences from Sweden and Europe Thomas Lindhqvist IIIEE – Lund University JORNADA INTERNACIONAL.
© C.Hicks and O.Heidrich University of Newcastle IGLS02/1 Waste Management: a Strategic Supply Chain Issue Chris Hicks Oliver Heidrich University of Newcastle.
Design For Disassembly (DfD) By Tim Thorn. The Agenda What is Design for Disassembly (DfD)? Brainstorming exercise Explanation How DfD works? An Example.
The Changing Face of Environmental Legislation: New Policy Directions in the European Union Jeff Vickers (Presenter) Dr Carol Boyle International Centre.
„Business opportunities in waste treatment” Conference -Tel Aviv
Implementation of the Waste Framework Directive
Environmentally Conscious Design & Manufacturing (ME592) Date: April 19, 2000 Slide:1 Environmentally Conscious Design & Manufacturing Class 19: Reuse.
Product Take-Back in Europe - Some Legislative Initiatives (Past and Present)
Challenges of Resource Efficiency Karolina Fras European Commission – DG Environment 21 October 2009.
EU focus on waste management. European waste management is particularly challenging: environmental protection must be achieved without distroying the.
Recycle America® Recycle America® eCycling sm Services Municipal Waste Management Association 2002 Fall Summit November 2002.
Copyright Reserved Roadmap and Control for the Implementation of the European RoHS Directive NeoPhotonics Corporation Revision, December 2008.
Recycling. Every day we damp a lot of domestic, industrial & agricultural wastes. Some of the materials in the rubbish will decay: this include the left-over.
THE COMPLEXITY OF THE E-WASTE PROBLEM
Damien O’Brien Paper by: Barbara K. Reck* and T. E. Graedel Center for Industrial Ecology, School of Forestry and Environmental Studies, Yale.
Presented By, M/s. Green Valley E-Waste Management Pvt. Ltd. Pritesh Complex, Bldg., No. A-7, Gala No. 7, Anjurpada, Dapoda Road, Village – Val, Bhiwandi.
Rockwell Collins: WEEE, RoHS and Pbfree Soldering Processes! David Hillman Advanced Process Engineering May 2006.
Division of Pollution Prevention and Environmental Assistance Industrial Assistance Section John Burke
Asset Recovery Management 8803 Business and the Environment Beril Toktay College of Management Georgia Institute of Technology.
Are Tesla Electric Cars Environmental Green?
Treatment and Pollution Control Technologies ENVM 644: New Technologies in Environmental Management Dr. Robert Beauchamp.
Jaguar Land Rover IEMA Annual Conference 15 th November 2011 Fran Leedham.
TRP Chapter Chapter 5.4 Facility development.
Waste Electrical & Electronic Equipment (WEEE). Waste Electrical and Electronic Equipment (WEEE) Directive Work started in the year 1994 To device a strategy.
Directive 2000/53/EC on End-of-Life Vehicles
C ARS. In daily life through the cars we are able to directly provide cargo or passenger. This follows from the fact that cars have a developed system.
Recycling involves processing used materials into new products in order to  prevent waste of potentially useful materials  reduce the consumption of.
ÖKOTECH 2007 BUDAPEST European Commission DG Environment Sustainable Production and Consumption Directive 2000/53/EC on End-of-Life Vehicles and its implementation.
LEGISLATION UPDATE Tessa Bowering Senior Environment Officer.
Regulations on Hazardous Substances (RoHS Directive) EOTC aisbl Rue de Stassart, 36 B-1050 Brussels Belgium Tel Fax
Workshop on Recycling of Waste Tirana, Albania September 20 – 21, 2011 Tsvetelina Borissova Filipova Senior Project Manager/Lawyer Environmental.
K K ELV Directive BRAKENET 21/03/02. K K KGP Research Projects KGP is an automotive industry specialist consultancy Large proportion of its work is in.
1 Design for Recycling
Legislation Update: The Packaging Regulations, the WEEE Regulations and the Batteries Directive Tessa Bowering Environment Officer (Waste)
Impact of Sustainability on Consumers: Auto Buying Decision Team 3: S. Gunderson - S. Manghi - E. Mark – J. Rodriguez.
5 th ITU Green Standards Week Nassau, The Bahamas December 2015 From Waste to Wealth the Mobile Phone Partnership Initiative – Getting the ICT Sector.
Impact of Sustainability on Consumers: Auto Buying Decision Team 3: S. Gunderson - S. Manghi - E. Mark – J. Rodriguez.
DRAFT REGULATIONS ON END-OF-LIFE VEHICLES Public Consultation Waste Management Unit Malta Environment & Planning Authority (MEPA) End-of-Life Vehicles.
By Bhavesh Sankla.  BlackBerry was produced by a Canadian company called Research In Motion (RIM) which was founded in  The BlackBerry Smartphone.
China ELV - Overall Status of China ELV - Management Requirements
The EU waste Policy – Latest News Michel SPONAR - European Commission, DG Environment.
Product life cycle and the three R’s. The manufacturer wants the toy to be as environmentally friendly as possible. Describe how the manufacturer can.
Safe disposal of Electronic Waste Pr.Dr. Nefisa S. M. Abou-El Soud Director of the Center of Environmental studies and management of Natural Resources.
TESC 211 The Science of Environmental Sustainability Autumn Quarter 2011 UWT.
Where are WEEE in Africa ? Findings From The Basel Convention E-Waste Africa Programme Kieran Flannery
E-Recycling: How It’s Done
Product Stewardship in Wisconsin
Georges Kremlis DG Environment Head of Unit DG ENV.E.1
Situation in sector of waste batteries and accumulators in Slovakia
GREEN ELECTRONICS.
Regional workshop on criteria and procedures for acceptance of waste at landfills Landfills in Moldova: current situation and perspectives BIRZU STELA.
International Initiatives for Environmental Health
….the Rest of the REACH and RoHS Story
Impacts of new Legislation on waste statistics
Classroom Catalyst.
M/s. Green Valley E-Waste Management Pvt. Ltd.
The optimization of the resource cycle impact of the combination of technology, legislation and economy Prof.ir. W.L. Dalmijn November 23, 2018.
Recycling bins in NZ By T.T and Jamie.
Main Objectives of This Secession
Extended Producer Responsibility for
Challenges of Resource Efficiency
Waste Vocabulary.
EU General legislation on waste and resources
Design and End-of-Life
Presentation transcript:

By Anoop s kumar Roll no. 6 Mechanical Engineering RIT Kottayam

INTRODUCTION Definition Significance – 9 million vehicles are dumped each year 1997 EU proposal, Manufacturer responsibility Substance disposal should be reduced Rate of material recovery increased projected achievement by 2006 Jan. = 85%

ELV Initial Exemptions. Lead as an alloying element Steel containing up to 0.35% lead by weight Aluminium containing up to 0.4% lead by weight Aluminium (wheel rims, engine parts and window levers) containing up to 4% lead by weight Copper alloy containing up to 4% lead by weight Lead/bronze bearing shells and bushes Lead and lead in components Batteries Coating inside petrol tanks Solder in electronic circuit boards and other applications Mercury in bulbs and instrument panal displays

Restricts the use of certain heavy metals in new vehicles from 1 July Introduces a 'certificate of destruction' for scrapped vehicles. Requires producers to mark certain vehicle components to aid recycling. Requires producers to make available dismantling information. States that producers must provide free take back for vehicles put on the market from 1 July 2002 Requires that ELVs can only be scrapped ('treated') by authorised treatment facilities, which must meet tightened environmental standards. THE DIRECTIVE

RECYCLING PROCESS BY BMW GROUP Pre treatment RECYCLING PROCESS BY BMW GROUP Pre treatment

High-end recycling: reuse of components and parts

Material recycling for metal, glass and plastics

Nissan’s X-TRAL FCV in which C02 is used as refrigerant

Strategy for Increasing Recyclability Maintain a flexible recycling process different techniques and materials Develop automated ways to recover bulk materials. Emphasize R&D on post-shred material identification, sorting, and product recovery. Focus R&D efforts on materials not recycled today by sorters Develop uses for recovered materials and testing specifications. Encourage investment in the infrastructure needed to achieve the recyclability goal. Develop a means to prevent the entry of PCBs and other hazardous materials into the recycling stream

Priority needs for ELV recycling Proactive Industry-Wide Action Industry-Wide Analysis Increase End-Use Value of Recovered Materials Material Design Pre-Shred Recovery Post-Shred Material Identification and Sorting Lower the Risk of Technology Development and Purchase

Steps for Implementing Recycling ELV Steps for Implementing Recycling ELV Participation of the diverse range of stakeholders. Recycling Industry – Transporters, Dismantlers, Reuse/Remanufactures, Shred/sorters Equipment Manufacturers Automobile Companies Material and Component Suppliers Trade Associations Government Research Programs National Laboratories Universities

ADVANTAGES one of the largest source of metals apart from natural resources. Disposal to landfill of certain specific hazardous substances will be reduced virtually to zero. Enviormental problems due to dumping will be reduced.

DISADVANTAGES cost Lack of technology

CONCLUSION Technology of the future Natural resources are preserved