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以下是关于"印度电子垃圾管理（E-Waste Management in India）"课程的中文内容摘要： 本课程深入探讨电子垃圾（E-waste）的处理问题。电子垃圾指的是被所有者废弃、不再打算再利用的电子电气设备（EEE）及其零件。 **为何电子垃圾是问题？** 1. **有害物质：** 电子产品含有多种有害物质，如砷、铍、镉、镍、锌、锑、铅、铬等。这些物质会对脑部、肺部及其他器官造成损害，特别是铅对发育中的儿童毒性极高。 2. **塑料中的毒素：** 电子垃圾中的塑料可能含有溴化阻燃剂（BFRs），用于降低火灾风险。然而，一些BFRs已被发现会对生殖发育和生长造成损害。 3. **回收率低：** 全球范围内，报告的电子垃圾回收量仅为890万吨，仅占生成总量的20%。其余大部分被填埋或焚烧，进一步加剧环境污染。 **印度电子垃圾管理法规：** 本课程重点介绍印度的相关法规，包括： * 《2008年有害废物（管理、处理和越境转移）规则》 * 《2011年电子垃圾（管理和处理）规则》 * 《2016年电子垃圾（管理和处理）规则》 **电子垃圾规则的利益相关者：** * 生产者 * 消费者或大宗消费者 * 收集中心 * 拆解者 * 回收者 * 环境、森林和气候变化部/中央污染控制委员会/邦污染控制委员会 **正规回收流程：** 1. 电子垃圾的收集 2. 零部件的分类/分离 3. 物理选矿 4. 通过火法/湿法冶金技术回收有价物质 **法规演变：** * 《2008年有害废物规则》：将电子行业列为附表一，其有害成分受附表二的管轄，并对含有有害成分的废弃电子电气设备（Waste EEAs）的进口进行监管（附表III A）。 * 《2011年电子垃圾管理和处理规则》：自2012年5月1日生效，旨在确保报废电子电气设备产生的电子垃圾得到环境无害化管理，适用范围包括附表I中指定的IT、电信设备和消费类电子电器设备。 * 《2016年电子垃圾管理和处理规则》：目标与2011年规则一致，进一步强调生产者的回收责任。 **印度电子垃圾管理现状：** * 电子垃圾产生量超过800,000吨/年。 * 经授权的生产者数量：35家 * 授权的收集中心数量：76家 * 拆解者/回收者数量：98家 * 拆解/回收能力：293,748吨/年
Electronic waste, or e-waste, refers to all items of electrical and electronic equipment (EEE) and its parts that have been discarded by its owner as waste without the intent of re-use.Why is it a problem?•Hazardous materials found in electronics --Examples: Arsenic, Beryllium, Cadmium, Nickel, Zinc, Antimony, Lead, Chromium, Etc..-Can cause damage to brain, lungs, and other organs-Lead especially toxic to developing children [Jackson]Globally, only 8.9 Mt of e-waste are documented to be collected and recycled, which corresponds to 20% of all the e-waste generated.Of those 44.7 Mt, approximately 1.7 Mt (4%) are thrown into the residual waste in higher-income countries, and are likely to be incinerated or land-filled.Regulations in India- Hazardous Waste (Management, Handling and Transboundary Movement) Rules, 2008 - The E-Waste (Management and Handling) Rules, 2011 - The E-Waste (Management and Handling) Rules, 2016Stakeholders in E-Waste Rules -Producer -Consumer or bulk consumer -Collection centre -Dismantler -Recycler -MoEF/CPCB/SPCBFORMAL RECYCLING -COLLECTION OF E-WASTE -SEGREGATION/SEPARATION OF COMPONENTS -PHYSICAL BENEFICIATION -RECOVERY OF VALUABLES FOLLOWING-PYRO / HYDROMETALLURGICAL TECHNIQUES•Hazardous materials not only found in electronic components•Toxins are found in the plastics-Brominated flame-retardants (BFR) added to plastics to reduce chance of fire-Damage to sexual development and growth attributed to some BFRs [Jackson]Hazardous Waste Rules, 2008•Electronic Industry is part of Schedule I•The hazardous constituents of the e-waste are covered under Schedule II•Waste EEAs comprising of hazardous constituents are regulated for import purpose in Schedule III A•Waste EEAs without hazardous constituents and EEAs for direct reuse are regulated for import purpose in Schedule III B•Waste EEAs comprising of hazardous constituents are regulated for import purpose in Schedule III AE-Waste Management and Handling Rules, 2011- Come in to force from 1st May 2012- The objective is to ensure environmentally sound management of E-waste generated from the end of life electrical and electronic equipments.- Applicable to the e-waste generated from IT and telecommunication equipment and Consumer electrical and electronic equipments as specified in Schedule-IE-Waste Management and Handling Rules, 2016- The objective is to ensure environmentally sound management of E-waste generated from the end of life electrical and electronic equipments.- Applicable to the e-waste generated from IT and telecommunication equipment and Consumer electrical and electronic equipments as specified in Schedule-I- Recycling and responsibility of manufacturers extendedE-Waste Management ScenarioGeneration more than 800000 MTAAuthorized Producer - 35Authorized Collection Centres - 76Dismantler/Recycler - 98Dismantling/recycling capacity - 293748 MTA
