waste electrical and electronic equipment … convention/cop10/side-events/e-waste... · • hammer...

10/28/2011

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TES‐AMMrecycling technology for tomorrow

WASTE ELECTRICAL AND ELECTRONIC EQUIPMENT(WEEE) MANAGEMENT

Legislative Developments, Challenges & Strategiespresented by :

Alice HuangPresident

TES AMM (Chi )TES-AMM (China)


ContentsOverview of TES-AMM Group1

Legislative Developments, Challenges & Strategies – TES-AMM (China) example

2

Future Development – China’s Perspectives3

4 Q & A

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T otalfounded by team of waste management and engineering professionals

comprehensive “Extended Producers’

E nvironmentalS olutions

A ssetM t i l

comprehensive “Extended Producers’ Liability Management Solutions (EPLMS)”:

upstream downstream

• inventory management

• functionality testing• data wiping• repair & refurbishment

• de-manufacturing • mechanical destruction• precious metal recovery • lithium ion battery recycling

M aterialM anagement supported by global service network

spanning Asia, Oceania, Europe, E.M.E.A and Americas

repair & refurbishment• remarketing • epoxy-plastic composite

pallet recycling


SOUTH KOREA

Global Service Network

U.K.

CHINA

• SHANGHAI

•BEIJING

•SUZHOU

•GUANGZHOU

•HONG KONG

•TAIWAN

MALAYSIA

UAE

VIETNAM

PHILIPPINES

JAPAN

LATIN AMERICA (MEXICO)

UNITED STATES

BANGLADESH

INDIA

SERBIA

THAILAND

SRI LANKA

CAMBODIA

QATAR

SINGAPORE

MALAYSIA

INDONESIA

BRAZIL

NEW ZEALAND

SOUTH AFRICA

AUSTRALIA

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TES-AMM (China)–Service Network & Capabilities

• Dismantling / Segregation Lines

• Crushing• TVs / Refrigerator / Air-

con / Washing Machines P i Li

• Dismantling / Segregation Lines

• Crushing • Hammer Mill• Electrostatic

Separation

• Dismantling / Segregation Lines• Crushing• Hammer Mill• Electrostatic Separation• Precious Metal Refinery• Epoxy Plastic Composite (EPC) Pallet R&D Centre

• Dismantling / Segregation Lines• Crushing• Hammer Mill• Electrostatic Separation• Precious Metal Refinery• TVs / Refrigerator / Air-con / Washing Machines

Processing Lines• Epoxy Plastic Composite Pallet Recycling

TES S h

TES‐Beijing

TES‐Shanghai

key WEEE processing facilities in Shanghai, Suzhou & Beijing

rep offices in Guangzhou & Hong Kong

Processing Lines• CRT / LCD R&D Centre

• Dismantling• Crushing

TES‐Guangzhou / Hong Kong

TES‐Suzhou


Singapore Malaysia

Beijing TaipeiSuzhou

Shanghai

United Kingdom Thailand Australia

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Location Year / Collected / Processed Volume

WEEE Category TVs Washing

Machines Refrigerat

ors Air-Cons Computers Total

TES ShanghaiSept 2009 to 2011(data till

Aug 31) 1666083 95788 66775 6361 56012 1891019

87.26% 5.47% 3.38% 0.42% 3.11% 100%

Sept 2009 to 1979712 150277 97479 12496 54340 2294304TES Suzhou

p2011(data till

Aug 31)

1979712 150277 97479 12496 54340 2294304

86.29% 6.55% 4.25% 0.54% 2.37% 100%


Chinese E-waste Legislative Developments- Ministry of Environmental Protection

Two Important Legislative Developments:

1. Electronic Wastes Environmental Pollution Preventive Management《电子废物污染环境防治管理办法》‐ implemented on February 2008

2. Administration of the Recovery & Disposal of Waste Electric and Electronic Products

《废弃电器电子产品回收处理管理条例 – implemented on January 2011

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Chinese E-waste Legislative Developments– TES-AMM (China) Example Permits( ) pcompliance & obtaining the relevant waste management permits

1. Hazardous Wastes Operation Permit《危险废弃物处理资质》‐ as reinforced in the “State Hazardous Waste

Catalogue” 《国家危险废物名录》, electronic wastes which are hazardous have to be managed only by credentialed recyclers with applicable “Hazardous Wastes Operation Permit”.

2. Electronic Waste Dismantling & Recycling Facility Temporary catalogue《电子废物拆解利用处置单位临时名录》

3. WEEE Treatment Permit《废弃电器电子产品回收处理管理条例 - 废弃电器电子产品处理资质



Corporate Strategies– work closely with legislative authorities, full understanding for

complete compliance

1. Complying to Legislative Requirements to Incorporate Applicable New or Further Improve Existing Waste Management Technology & Processes

2. Acquiring Relevant Permits with Authorities’ Approved Technology & Processes

3. Working with Producer in Managing Corporate Social and Environmental Responsibilities

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Corporate Strategies– Best available technology and best environmental practice on e-

waste recycling

1. Make full use of the abundant human resources in developing countries;

2. Take full account of the level of equipment manufacturing in developing

countries;countries;

3. Consider the requirements of human health and environmental protection.


TES-AMM (China) Practice– well defined WEEE product scope

End-Users / Consumer

Disposed EEE Products

Industrial / Factory

Disposed EEE’s Parts / Trimmings

etc

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TES-AMM (China) Practice– clear recoverable material exhibits

Isolated, secured packing, storage & management of

TES-AMM’s Resource Reuse /

Recycling & Material Recovery Processes

storage & management of hazardous monitors / display materials

Identify precious metal bearing materials for applicable recovery process

Waste plastics, resin and toner powder transfer to Processes plastic recycling/pallet fabrication process

Waste paper, recovered ferrous metals for qualified downstream vendors’ management


TES-AMM (China) Practice– systematic operation Receiving of WEEE products at

processing facilities

digital data tracking systems for entire processing / material movements

Assess WEEE products’

environmental risks

Verify if products are subjected to transfer

notifications as required by local

provincial government / international authorities

WEEE Products for Reuse & Remarketing

Screen Test Repair / Refurb

Data Wipe

End‐Of‐Life WEEE Products for Recycling & Resource Recovery

eliminating potential environmental liabilities related to all transboundary

Ensure compliance to local provincial government’s /international authorities’ requirements for complete/clear /complying documentations, transfer route, insurances etc

YESRecycling & Resource Recovery

movement of WEEE products which could adversely impact customers if not handled properly

• De‐manufacturing• Mechanical Crushing / Hammer Mill / Electrostatic Separation

• Precious Metal Recovery• Epoxy‐Plastic Composite Recycling• Lithium‐Ion Battery Recycling

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TES-AMM (China) Facility– analytical facilities

Physical Lab Preparation Room

ICP Fire Assay


TES-AMM (China) Facility– de-manufacturing & segregation processes

Segregated Components

General Wastes (i.e. packaging trays / cartons etc)

Dismantling & Segregation

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TES-AMM (China) Facility– TVs Processing Line

Recovered Components

Clear Monitoring of Line’s Efficiency


TES-AMM (China) Facility– mechanical processes

Crusher

Hammer Mill Electrostatic Separation

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TES-AMM (China) Facility– chemical processes

Extraction

ElectrolysisPrecious Metal Refinery


TES-AMM (China) Facility– pollution control / environmental protection

Dust Collector

Waste Water Treatment Scrubber Systems

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TES-AMM (China) Recovered Products– recovered materials / finished products

Gold Silver

Metallic

Epoxy-Plastic Composite Pallet

Non – Metallic

Glass fibre

CopperTin Pallets CRT Lead glass


TES-AMM (China) Materials Tracing syatem– digital data management systems for complete traceability

of WEEE products collected & processedp p

Auto-generation of unique material

batch no.Unique

customer code generated

For Electronic Waste

For Electrical Waste

Management

Management

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Future Developments– from China’s perspectives

China is largest EEE production

base in the world with consumers

To control production costs,

manufacturers explore cost effective raw

End-Users’ / Consumers’ rapid replacement rates for EEE products

are generating

China has huge labour force which plays

important part in initial material consumers

rapidly replacing old for

newer EEE products

effective raw materials / recyclable composite materials

g gwider range &

higher volume of WEEE / related waste streams

dismantling processes for

higher recovery rates for WEEE


Future Developments– emerging collaboration patterns (1)

Work with small to medium size

WEEE collectors to

increase material streams

& provide proper recycling

avenues

Apply cross-industry’s

strategies to provide

complete WEEE management packages to EEEs & their

suppliers

Continuously improve /

materialize the organic

development of recycling &

resource recovery

processes

Systemize the WEEE recycling

& resource recovery channels,

always stay in-tune with

industry movements

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Future Developments– emerging collaboration patterns (2)

Participation in government driven new legislation discussions, providing applicable statistics and work theories

Proactively working with tertiary institutions on new WEEE

recycling / resource recovery technologies

Projects with Suzhou Provincial Government, Suzhou Circular Economy Promotion Agency and Tsing Hua University• State Technology Support Development Programme (“十一五”) (Join with Tsinghua University)– demonstration of recyclable resources from electronic wastes & recovery technology

• Jiangsu Province Technology Developmental Planning (Join With Tsinghua UniversityJiangsu Province Technology Developmental Planning (Join With Tsinghua University《苏州高新区电子废弃物及其他相关废物的循环再利用示范工程》– Suzhou New District electronic wastes & related material recovery technology demonstration

• United Nations Environment Programme 《电子废弃物收集试点及电子废物回收伙伴关系》– pilot project for electronic wastes collection /partnering network

• Environmental Bureau Community Programme《废弃荧光灯管回收和处理过程环境风险评估及控制》– environmental assessment & pollution control for disposed florescent tubes collection & recycling


THANK YOU FOR YOUR TIME !

Q&A

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