electronic waste Articles

  • Electronic waste recycling plant In Eindhoven

    Sector: Electronic scrap Brown goods, grey goods, white goods – as much as 60,000 metric tons of electronic waste are processed each year at Sims Group’s state-ofthe-art plant in Eindhoven. Analysis Combining this high throughput with a high purity degree of reclaimed raw materials is the constant goal of Paul Verhappen, Senior Process Engineer ...


    By TOMRA Sorting (TITECH)

  • International regulations and treaties on electronic waste (e-waste)

    Different policies are being developed worldwide to deal with electronic waste (e-waste) which is one of the fastest growing waste streams in modern society. European Union's Directives on Waste Electrical and Electronic Equipment (WEEE) and Restriction of Hazardous Substances (RoHS) are pioneers on the issue. Japan, China and Korea have implemented similar laws. In addition Japan, Canada and ...


    By Inderscience Publishers

  • Electronic Waste: The Rich Resource in the Urban Mine

    Forgetting your mobile phone can be a real pain, playing on your mind during the day. Then as you think you can feel your phone vibrating in your pocket and you come to realise how dependent we are on our gadgets. Electrical equipment has changed our lives completely and we rely on phones, microwaves, TVs, kettles, computers to keep us informed, entertained and even alive. It is hard to imagine ...

  • Recycling Computer Waste: A Revolutionary Idea to Reduce Electronic Waste

    Time and again, we often come across words like Reduce, Reuse and Recycle. Let’s face it, being a consumer, we deal with daily stuff which could be recycled and reused. The garbage which we throw into dustbin could contain various types of products which could be recycled and reused but we are not quite aware about which products could be recycled. Electronic waste is one such type of waste ...


    By Ethical IT Recycling

  • Electronic waste: an emerging issue in solid waste management in Australia

    Electronic waste or e-waste is the fastest growing waste stream in the world today. Around 20-50 million tonnes of e-waste produced worldwide annually cause serious social problems and an environmental threats to many countries. Australia has 12th largest Information and Communication Technology (ICT) market in the world. Currently there are around 14 million computers in use in Australia with 3 ...


    By Inderscience Publishers

  • Guide to greener and safer electronics

    With expanded and tougher criteria on toxic chemicals, electronic waste and new criteria on climate change only Sony and Sony Ericsson score more than 5/10 in our latest Guide to Greener Electronics. Nintendo and Microsoft remain rooted to the bottom of the Guide. Ranking criteria explained: As of the 8th edition of the Guide to Greener Electronics, Greenpeace scores electronics brands on a ...


    By Greenpeace International

  • Toxic and Hazardous Materials in Electronics

    Untitled Document Introduction In October 2000 Environment Canada released a report called Information Technology (IT) and Telecommunications (Telecom) ...

  • The Electronics Recycling Landscape Report

    U.S. consumers are estimated to have purchased more than 1 billion devices in 2015 with over 3.8 billion devices in use or storied in households. Every year, new electronic cycles increase, leaving both a large amount of consumer electronics needing to be recycled and an exciting opportunity to enable electronic material reuse and materials recovery. Reuse, ...

  • Waste management of electric and electronic equipment: comparative analysis of end-of-life strategies

    This article analyzes diverse aspects of the waste management of electronic and electric equipment. The scope of the study focuses on end-of-life strategies currently implemented in industrialized economies such as Japan, the United States, and the European Union. The objective is a comparative analysis of such strategies in order to identify logistic issues that may contribute to the further ...


    By Springer

  • A review of electronic waste management microbial participation: a green technology

    E-waste now has been a rapidly growing problem in terms of quantity and toxicity of its components. Recycling of e-waste becomes rather complicated because of the technological advancement in the materials and composition of the e-equipment. From the management perspective e-waste components can be divided in two categories: 1) organic part contains thermo and thermosetting plastic; 2) inorganic ...


    By Inderscience Publishers

  • Tradable Certificates for Recycling of Waste Electrical and Electronic Equipment (WEEE)

    Untitled Document Executive Summary The Study This study analyses options for the design of tradeable certificate systems to finance the recovery of ...

  • BlueOak - Precious metal recovery from electronics waste - Case Study

    The Challenge In the US, consumers alone dispose of some 3.2 million tonnes of e-waste annually; more than 80% of this ends up as waste, contributing >70% of all toxic metals in U.S. landfills. In a bid to tackle this wastage, BlueOak Resources. USA announced in July 2014 that they had selected Tetronics' technology for their national project to sustainably recover precious ...

  • Heavy metal contamination from electronic waste recycling at Guiyu, southeastern China

    This study evaluated the effect of electronic waste (e-waste) recycling activities at a regional center, Guiyu, Guangdong, China on heavy metal pollution in the surrounding waterway system. Surface water and sediment collected from the Lianjiang River and its tributaries were analyzed for concentrations of Cu, Pb, Ni, Cd, Hg, and As. Spatially, heavy metals in water and sediment samples decreased ...

  • Electrical and electronic waste inventory and management strategies in Bangkok, Thailand

    This study investigates the current situation of e-waste management in Bangkok, Thailand. Information on prevailing situation was collected through interviews, surveys, questionnaires and field visits. The e-waste inventory methodology was developed for estimating e-waste generation. About 90,000 tonnes/year of e-waste was estimated to generate from households in 2003. The major contributor of ...


    By Inderscience Publishers

  • Environmental contamination from electronic waste recycling at Guiyu, southeast China

    The disposal, recycling, and part salvaging of discarded electronic devices such as computers, printers, televisions, and toys are now creating a new set of waste problems. This study is aimed at identifying the sources and quantifying the pollution levels generated from electronic waste (e-waste) activities at Guiyu, Guangdong Province, China, and their potential impacts on the environment and ...


    By Springer

  • Environmental issues and management strategies for waste electronic and electrical equipment

    One of the great technological advancements of the 20th century has been the worldwide development of information access and communications through electronic technology. With the introduction of new technologies inevitably comes the issue of the management of discarded hardware. The growth of waste and recyclable material from the electronics and electricity age has been remarkable. The ...

  • Europe ‘s E-waste Failure – Only a Third of Electronic Waste Managed Correctly

    Mismanagement of discarded electronics within Europe involves a volume 10 times that of e-waste shipped to foreign shores in undocumented exports, according to a comprehensive 2-year investigation into the functioning of the used and waste electronics market. The European Union-funded project, Countering WEEE (waste electrical and electronic equipment) Illegal Trade (CWIT), was undertaken by ...


    By GLOBE Foundation

  • Enterprise-Wide Electronic Plans Solutions

    Supporting Compliance Enterprise-Wide Providing Global Access to Critical Response Data About the Client Operating throughout North America, our client is recognized as a leading producer in oil and gas exploration, production technology and a top contributor of natural gas and gasoline. The client currently has 120 U.S. assets ...


    By Witt O`Brien`s, LLC.

  • Report: Recycling of flame-retarded plastics from waste electric and electronic equipment (WEEE)

    Shredder residues produced in plants processing waste electric and electronic equipment are excluded from material recycling due to a variety of polymeric materials and the presence of brominated flame retardants (BFR), which might contain banned polybrominated diphenyl ethers or toxic polybrominated dioxins and furans (PBDD/F). Herein we present a technological approach to transfer a significant ...


    By SAGE Publications

  • Continuous Monitoring System Performance Through Electronic Systems

    Hazardous waste combustion facilities are already familiar with most of the recordkeeping requirements included in 40 CFR 63, Subpart EEE due to previous compliance with the Boiler and Industrial Furnace (BIF) rule. The NESHAP, however, requires semi-annual continuous monitoring system (CMS) performance reporting that was not previously required under BIF. These provisions specify numerous items ...


    By Trinity Consultants

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