Design for the Environment: EcoDesign of Consumer Products

Slides:



Advertisements
Similar presentations
Unit: Chemical Reactions Types of Chemical Reactions: Single Replacement Day 5 - Notes.
Advertisements

Universal Waste. Changing Regulations Started with Businesses and Extended to householdsStarted with Businesses and Extended to households These a common.
Programming directions for GEF-6 Climate Change Mitigation
Waste Workshop Claire Scott Envirowise Advisor. Workshop Format Introductions Waste – what are the issues? Case studies Discussion.
Resource Efficiency Seminar Eco Design. Content What is eco design? What is eco design? Benefits of eco design? Benefits of eco design? Environment or.
Environmental impacts of IT hardware Eric Williams United Nations University.
Design Issues  Patents and copyrights  Standards and liability  Design for Accessibility  Product lifecycle management.
Product Life Cycle Stages of a Product n Design n Production n Distribution n Consumption n Retirement: end-of-life.
Yr 10 Electrolysis project. Yr 10 Electrolysis project.
WHAT A WASTE..!!!. E-WASTE FACTS E-waste or electronic wastes are Broadly described as loosely discarded, surplus, obsolete, broken, electrical or electronic.
Electronics and the environment ET4407 LED backlight LCD versus fluorescent backlight LCD.
Why Recycle eWaste? Some Parts are Hazardous Americium Carcinogenic Mercury Various brain & body damage Sulphur liver/kidney damage BFR Flame Retardants.
Environment. Strengthen cooperation with DENSO Group and partners Eco Management Development of environmentally friendly technologies and products Eco.
E-WASTE MANAGEMENT E-WASTE MANAGEMENT. Introduction  E-waste is a popular, informal name for electronic products nearing the end of their “useful life”.This.
Illustrations of familiar batteries, their main uses, the chemicals inside them and whether they are rechargeable. Suggested activities are to: Identify.
Business and Environment Environmental Issues. Why should one study subject on environmental issue? Business Natural Environment Ecosystem 2 Environmental.
Australian Battery Recycling Initiative Strategic Plan April 2014.
Seite 1 Session 3 Orientation to E-waste December 2, 2013 Rachna Arora Implemented by.
Treatment and Pollution Control Technologies ENVM 644: New Technologies in Environmental Management Dr. Robert Beauchamp.
COMP 2923 A2 Impact of IT Consumables Danny Silver JSOCS, Acadia University.
THE EFFECTS OF ELECTRONIC WASTE BY: ANVITA GUPTA 7-1.
On the EPR Front Sheila Davis Silicon Valley Toxics Coalition August 2004.
STARTING POINTS FOR ENVIRONMENTAL POLICY HARI SRINIVAS ROOM: I-312 / International Environmental Policy.
Design for Environment Prof. Steven D. Eppinger MIT Sloan School of Management.
Buying Green Computers: Innovation and Effectiveness Through Electronic Products Environmental Assessment Tool (EPEAT) Eric Friedman Massachusetts Director.
SHARP an Eco-Progressive Company Having a positive impact in reducing greenhouse gases and facilitating recycling.
International Telecommunication Union Committed to connecting the world 4 th ITU Green Standards Week Zhang Xia Rapporteur of Q13/5 of ITU-T Study Group.
Municipal Solid Waste Generation, Recycling, and Disposal in the U.S. for 2006 U.S. EPA Office of Solid Waste November 2007.
Furniture Industry: Creating Value and Impact Through Sustainable Supply Chain Management – Steelcase Inc. Supply Chain Sustainability Michigan State University.
Electronic Waste: What happens to our electronic equipment later? Video showing e-waste in China.
© 2015 albert-learning.com E - Waste E-WASTE. © 2015 albert-learning.com E - Waste Vocabulary Exponentially : Something's increasing quickly by large.
DOODLE DRIVE Presenter: Alex Curtis Team 6 Environmental Impact TCSP.
Green Chemistry as a tool to prevent
Gold or Poison? Gold, Silver, Palladium, Platinum and base metals- Copper, Lead, Zinc, and Tin … Lead, Mercury, Cadmium, Beryllium, Brominated flame retardants,
Electrochemical Cells
The Global Impact of E-Waste – Addressing the challenge Pavan Baichoo Programme on Safety and Health at Work and the Environment (SafeWork) ILO Geneva.
Product: LG 42PG3000 Attributes: 42 Inch LCD Plasma Display [Image: Google Images]
By Bhavesh Sankla.  BlackBerry was produced by a Canadian company called Research In Motion (RIM) which was founded in  The BlackBerry Smartphone.
COPS, 2 nd Mai 2013, H. Leuenberger Promotion of Green Industries in Recycling Heinz Leuenberger PhD Director, Environmental Management Branch.
Apple Iphone. To cover price of the product is affected by environmental factors legislation, ethics or market competition.
The world's largest conglomerate by revenue Samsung Electronics the world's largest electronics company.
Learning Objectives - To understand the different legislation and regulations that have be created to reduce environmental issues - To understand how designer.
Ewaste Recycling Health Effects Author: Margaret Bates, The University of Northampton.
CHEMISTRY IN COMPUTERS 2 ND PERIOD MEYER. Wait there’s chemistry in computers? Duh there’s and
Clean Technology (PB382) Click to edit Master title style Numfon Eaktasang, Ph.D.
Materials: wire, batteries, bulbs, and switch. Procedure:
What is a Product Life Cycle?
APPLE MACBOOK FAMILY THE WORLD´S GREENEST COMPUTERS
Different impacts computer recycling is having in different parts of the world. Mahomed.
Sprint Nextel All Things Green.
What is a Product Life Cycle?
Treatment of used lead batteries, in draft Guidelines for environmentally sound management of used lead batteries Jaromír MANHART Regional workshop of.
What can Eco-design do for me as SME in the Electronics Sector. Prof
Urban Pathways Conference
Health & Safety Education
GREEN ELECTRONICS.
United Nations Industrial Development Organization
International Initiatives for Environmental Health
Harnessing Green IT: Principles and Practices
Transboundary pollution
20/11/2018 nrt.
Environmental Basics.
The map you’ve been waiting for…
Green Chemistry.
Designing Products for End-Of-Life
By Ankit Sitaula, Amrit acharya, pramesh silwal, Manish Shrestha
M. HARA*, T. HONDA*, H. X. Nguyen *, K. NAKAZAWA**,
Electronic Waste: What happens to our electronic equipment later?
4th ITU Green Standards Week
Presentation transcript:

Design for the Environment: EcoDesign of Consumer Products Author : Dr. L. Ramakrishnan, FIEMA, C.Env. Division: Philips Lighting, Asia Pacific Region Project Description : BCCI 11 April 2008

My sincere thanks to Dr. Prasad Modak who has kindly agreed to make this presentation on my behalf L. Ramakrishnan 10.04.2008

Environmental Issues of Products The number are increasing e.g. Computers in India: +/- 25,000,000 (growth: 25 % per year) A typical computer monitor with a cathode ray tube contains 2-4 Kg of Lead, as well as phosphor, barium and Chromium (VI) the chip resistors and semiconductors contain Cadmium; Mother Boards and connectors contain Beryllium Printed Circuit Boards and Plastics casing contain Brominated flame retardants (e.g. PBBE) Source: Worldwatch Institute INDSEARCH

Environmental Issues of Products Why ? Environmental Issues of Products The number of mobile phones in India: > 100,000,000 (growth: 40 % per year) Short Life; life-cycle toxic exposure are high Major hazards are the chips on the Printed Circuit Board, Liquid Crystal Display and the batteries; the hard plastics casing is generally not recyclable If 100,000,000 cell phones have to be disposed off that will add 23 tons of lead to the environment Source: Worldwatch Institute INDSEARCH

Why ? Environmental Issues of Products Materials used in Batteries Anode Material: Cadmium, Lead, Lithium, Metal hydride, Zinc Cathode Material: Active Carbon, Lead Oxide, Manganese Oxide, Nickel Oxide, Polycarbon monofluoride, silver oxide, mercuric oxide Electrolyte: Ammonium Chloride, Potassium Hydroxide, Sulphuric Acid, Zinc Chloride Casing and auxiliary materials: Iron/Steel, Copper/brass, plastics, paper, bitumen, tin Source: Worldwatch Institute INDSEARCH

Eco-Design: Design for Environment Design for energy efficiency Design for material efficiency Design for waste minimization Design for risk reduction Design for accident prevention etc. Design for disassembly Design for recovery and reuse

Six Focal Areas: Mass Energy Hazardous Substances Recyclability Packaging Mass Extended/Long Life

Reduced Mass means Less use of natural resources Less use of processing chemicals Less pollution during processing Less waste (including EOL) Less Packaging Less transportation pollution

Less Energy Consumption means Low Natural Resources Consumption Less GHG emission (Global Warming) Less consumption of Chemicals (Battery) Low waste generation (Battery)

Eliminating Hazardous Substances means Reduced health effects during manufacturing, use and disposal

Recycling Facilitates Extended material use Extended component/part use Reduction in depletion of resources Reduction in EOL waste Reduction in pollution

Packaging Mass Reduction Means Reduced consumption of resources Reduced transportation pollution Reduced Waste

Extended/Long Life means Extended use of resources Less EOL waste per unit time

Impact of Eco-Design an example……. Potted to open construction EM TL 40 W ballast…… 25 % Reduction in Power Loss 50 % Reduction in Mass For India alone this means a saving of: 390 tons of Copper per year 2460 tons of Iron per year 1020 tons thermoset PE resin per year 35 MW Power (approx 150 tons of CO2)

The Point is: A small change at the Design stage has far reaching environmental and economic consequences during the life cycle of the product; Eco-Design enables the integration of this concept into the product creation process

Environmental Performance – Philips Lighting Reduction of Mercury dose in 4’ Tube Lights

Environmental Performance – Philips Lighting Improvements in Energy Efficiency of Products 225 Low Pressure Sodium 200 175 High Pressure Sodium 150 125 Metal Halide Lamp Efficacy (lm/W) 100 Fluorescent Compact Fluorescent 75 50 Incandescent 25 1940 1950 1960 1970 1980 1990 2000 Year

Green Flagship Product examples DECT 525 phone: Smart Choice Innergize: Relax and Revitalize                             Cosmopolis, energy efficient street lighting                             Mini MasterColor 20W: Thinking small so our customers can thing big Next to that – as part of our EcoVision program – we develop products for the advanced markets which take environmental aspects to a much higher level, and significantly improve on several green focal areas, like Lifetime Energy Saving Reduction of waste and hazardous substances To date Philips has introduced more than 160 Green Flagship Products to the market, which represent sales over 2 billion euro. Panorama 1.0T open MR system: The latest innovation in MR Breathtaking natural pictures This lead-free LCD TV uses 39% less energy 24% less packaging than our closest competitor

Thank You