Ewaste Recycling Health Effects Author: Margaret Bates, The University of Northampton.

Slides:



Advertisements
Similar presentations
Presented By Amey S. Dabak Umesh U. Patil
Advertisements

Funding provided by the US Environmental Protection Agency Great Lakes Restoration Initiative in the amount of $104,192 and by the NYS Pollution Prevention.
Developing a National E-Waste Policy Maria Farrell, Task Manager for infoDev on E-Waste Brazil.
Electronic Waste (E-waste) Mustafa Esengün ARC 344 – Final Project.
Health Concerns and Electronics Products – Why Green Procurement? Presented to H2E – May 14, 2004 by Ted Smith Silicon Valley Toxics Coalition/ Computer.
SBC e-Waste Africa Project Secretariat of the Basel Convention
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.
WASTE NOT, WANT NOT! (WN) 2 INSTITUTE Environmental Issues of E-Waste Train-the-Trainer Workshop June 14 – 18 th, 2004 Center for Mathematics and Science.
Electronics Industry Supply Chain Ruth Rosenbaum, TC PhD CREA.
Health Concerns and Electronics Products Presented to CleanMed – April 2004 by Ted Smith Silicon Valley Toxics Coalition/ Computer TakeBack Campaign
Environmentally sound management of e-waste in India Environmentally sound management of e-waste in IndiaPresentation: Indo-German-Swiss e-waste initiative.
Responsible Recycling: e-Waste IT Asset Disposals Presented by, Rick Dillard, CPPM University of Texas MD Anderson Cancer Center Bob Mahaney, CPPS University.
Polytechnic of Namibia PDC2014 Conference Authors: Ongwere Tom Dr Hylton(MyDigitalBridge) Dr Shawulu Nggada(PoN) 1 e-Waste Assessment in Namibia.
Module 6: Workplace & Chemical Hazards 6.4 PCB Susan Harwood Grant Number SH F-23 Shipbreaking.
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.
Recycling Electronic Waste Catherine Ugo (MPH) Walden University PUBH 6165 – 5 Instructor: Dr. Robert Marino Winter Qtr, 2013 Hi everyone, my name is.
How can you Chip in? Green ICs. What is an IC? “An electronic circuit manufactured by the patterned diffusion of trace elements into the surface of a.
Toxic E-waste Dumped In Developing Countries. E-waste Defined by US Environmental Protection Agency  Electrical and electronic equipment that is dependent.
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.
Seite 1 Session 3 Orientation to E-waste December 2, 2013 Rachna Arora Implemented by.
However we cannot grab the right of Breathing Food, water and shelter from the people of Sri Lanka We need to protect the health of all Sri Lankans.
THE EFFECTS OF ELECTRONIC WASTE BY: ANVITA GUPTA 7-1.
On the EPR Front Sheila Davis Silicon Valley Toxics Coalition August 2004.
Persistent Bioaccumulative Toxins And why we shouldn’t eat them.
What are PCB’s PCB’s are polychlorinated biphenyls, which are a group of manufactured organic chemicals. Contains 209 individual chlorinated chemicals.
E-WASTE in South Africa BY: Ulze van Wyk FROM: Africa e-Waste.
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.
Options for Recycling and Re-Using computers: Sydney Region.
Modul ke: Fakultas Program Studi Teknologi Pusat Data Green Computing 07 FASILKOM Teknik Informatika.
The Global Impact of E-Waste – Addressing the challenge Pavan Baichoo Programme on Safety and Health at Work and the Environment (SafeWork) ILO Geneva.
By: Krishna Patel & Saras Wong (Group #7).  What is Electronic Waste & why is it a major environmental concern?  The objective of this review  Introduce.
OLUBANJO KEHINDE. Overview of Presentation Background Information Health Environmental Impacts of E-Waste Current Practices in Nigeria.
GREEN ELECTRONICS SAVE ENVIRONMENT,IT WILL SAVE YOU!!! WE ARE DOING OUR BIT WHAT ABOUT YOU???
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.
RAMAN SINGH, NITIN TIWARI, SAGAR ARORA MEDICAPS INSTITUTE OF TECHNOLOGY AND MGMT.
Toxic Chemicals. DDT ► An insecticide (kills insects)  Used during WWII to control malaria, typhus, body lice and plague. ► Still used in South America,
Technology Context B101 “Made in Taiwan. Buried in China”. Daniel Pilch
The best available technologies in e-waste management
Toxins According to the U.S. Environmental Protection Agency (EPA), Americans throw out more than 2 million tons of consumer electronics annually, making.
Electronic waste management
Safe Handling of Storage Containers :
Mr. Vedprakash Maralapalle, Asst. Professor
GROUP FOURTEN (14) ELECTRONIC WASTE MANAGEMENT IN GHANA, ITS EFFECT AND RELATIONSHIP WITH QUALITY.
Lecture No (10) Topic No (1): Hazardous waste conservation , storage and transportation
Different impacts computer recycling is having in different parts of the world. Mahomed.
Air Pollution and Respiratory Health
Interesting facts about cell phones
Bioaccumulation 2.3 part 2 of 2.
Health & Safety Education
GREEN ELECTRONICS.
Open Burning.
AP Environmental Science
Health 5.L.2.
Bioaccumulation.
2.3 Effect of Bioaccumulation on Ecosystems
BIOACCUMULATION.
2.3 Effect of Bioaccumulation on Ecosystems
M/s. Green Valley E-Waste Management Pvt. Ltd.
Don’t (put) WEEE in your skip
Green Computing Why computer energy is often wasteful
2.3 Effect of Bioaccumulation on Ecosystems
2.3 Effect of Bioaccumulation on Ecosystems
Effect of Bioaccumulation on Ecosystems
By Ankit Sitaula, Amrit acharya, pramesh silwal, Manish Shrestha
Design for the Environment: EcoDesign of Consumer Products
THE BENEFITS OF RECYCLING ELECTRONICS
Bioaccumulation And Biomagnification.
Electronic Waste: What happens to our electronic equipment later?
Presentation transcript:

Ewaste Recycling Health Effects Author: Margaret Bates, The University of Northampton

ENVIRONMENTAL DISEASE BURDEN IN DEATHS PER PEOPLE, BY WHO SUBREGION (2002) Kenya

What is electronic waste?

From this

To this

Risks Health Environment Financial loss

Health Risks Lead PVC Brominated Fire retardants Barium Chromium Mercury Beryllium Cadmium

Metal casing plastics Cables and wires Chip resistors, detectors and conductors Circuit boards Switches and relays

CRT yokeCircuit boards Connectors and chips Cables and wires Metal band and frit Panel glass Funnel glass

Lead CRT – funnel, panel (old) and frit Circuit boards

Lead damage to the nervous systems, blood system and kidneys

Children suffer developmental effects and loss of mental ability, even at low levels of exposure. Brain or nerve damage Digestive issues Hearing problems Stunted growth Lead

Use PPE Don’t burn Don’t dismantle for parts Environmental hazard Toxic Source: Solder, batteries

Plastics Cables - PVC Computer and monitor cases – mainly ABS

PVC Cancer Disruption of the endocrine system Reproductive impairment Impaired child development and birth defects Neurotoxicity (damage to the brain or its function), and Immune system suppression

Dioxin

Brominated Fire Retardants Monitor cases Cables Computer cases Circuit boards Connectors

neurotoxic effects Brominated Fire Retardants endocrine disrupters linked to thyroid and liver damage cancer of the digestive and lymph system

Flame retardant: Polychlorinated Biphenyls (PCB’s) and Polychlorinated Diphenyl-Ether Use PPE Don’t burn Environmental hazard Toxic Source: Plastic casing, plastic wiring casing

Barium Old CRTs

Barium Gastrointestinal disturbance Changes in blood pressure Muscle weakness Breathing difficulty

Chromium Metal hardening and corrosion protection in metal housing and plates

Chromium Skin reactions Bronchitis Nerve damage DNA damage, hereditary effects

Hexavalent Chromium Use PPE Don’t dismantle for parts Don’t burn Toxic Source: Plating, anti- corrosion applications, plastic pigments

Beryllium Motherboards Connectors

Beryllium berylliosis Lung cancer

Mercury Circuit boards Mercury switches and fluorescent tubes Batteries

Mercury gastrointestinal problems Skin rashes Nerve damage kidney damage

Mercury Use PPE Use a spill kit Don’t burn Don’t dismantle for parts Environmental hazard Toxic Source: Switches, sensors, contacts, lamps

Cadmium Chip resistors Phosphorescent coatings Batteries Cables and wires Semi conductors

Cadmium Lung damage Grey babies Weak bones Kidney damage

Cadmium Use PPE Don’t burn Environmental hazard Don’t dismantle for parts Toxic Source: Solder, plastic casing, coatings

Toxic components in ewaste include: Gases from fridges, AC and cooling equipment Circuit boards containing heavy metals such as lead & cadmium Batteries Cathode ray tubes Brominated flame-retardants used in printed circuit boards, cables and plastic casing.

Toxic components in ewaste include: Poly Vinyl Chloride (PVC) coated copper cables and plastic casings that release highly toxic dioxins & furans when burned Mercury in flat panel screens Mercury in fluorescent tubes Poly Chlorinated Biphenyls (PCBs) present in older capacitors & transformers

Ewaste that needs special care Fridges – Oils – Foams – Gases Televisions and monitors – CRTs – LCD Bulbs and lamps Batteries