Designing Closed-loop Supply Chains: Implementation of the WEEE directive in the UK 1



Similar documents
Environmentally Sound Management of E- waste: Emerging Issues, Challenges and Opportunities for Material Recovery and Recycling

Sustainable procurement of mobile phone service contract

Definitions. Definition of Bulky Waste Bulky waste can be defined by type, by weight and by volume.

PAS 141:2011 Reuse of WEEE & UEEE

E-waste Challenges & Solutions

Waste Electrical and Electronic Equipment. Information Document

IT Trading UK Ltd Computer & IT Equipment Disposal Specialists

European Recycling Platform. - Strategy, Business Model and Implementation Progress -

Vendor Questionnaire. Financial and Commercial Services

INFORMATION TECHNOLOGY EQUIPMENT PROCUREMENT AND DISPOSAL POLICY

Do you know how to dispose of hazardous waste?

Reuse and Recycling European Union Social Enterprises.

Asset Management Ireland (AMI) The secure IT Asset Disposal Company that generates revenue for your business

Benefits of reusing & recycling bulky waste

Chapter 15 Managing Reverse Flows in the Supply Chain

European waste policy:

R4R GUIDELINES FOR LOCAL AND REGIONAL AUTHORITIES

An Introduction to Product Takeback

The WEEE directive and CENELEC standards. What can be expected? How can recycling in Europe benefit from the standards? Agenda

2009 No. 890 ENVIRONMENTAL PROTECTION. The Waste Batteries and Accumulators Regulations 2009

Guidance for Authorised representatives

Safe management of healthcare waste

Directive 2002/95/EC

COMMERCIAL WASTE SERVICES. sharing responsibility

Waste Electrical and Electronic Equipment (WEEE) Waste Management Report

ICT Remanufacturing in the European B2B market. Questions + Answers.

Sustainability and Environmental Review. Introduction

Closed-Loop Supply Chains: Practice and Potential

Directive 2000/53/EU on End-of-life vehicles (ELV) Screening SERBIA

EU F-Gas Regulation Guidance Information Sheet 5: Stationary Air-conditioning and Heat Pumps

Measuring Performance of Reverse Supply Chains in a Computer Hardware Company

Recycling of end-of-life building glass

Testimony of MICHAEL BIDDLE. President and Founder of MBA Polymers, Inc. of Richmond California. before the Subcommittee on

Reverse Logistics From Black Hole to Untapped Revenue Stream. A White Paper Prepared by Ryder Supply Chain Solutions

Focus. Impact of the

Guidance for Stationary Refrigeration & Air-Conditioning

Strategic Management of Spare Parts in Closed-Loop Supply Chains A System Dynamics Approach. Thomas Stefan Spengler

How To Develop An E-Waste Recycling System In Pembroke

Waste Management Policy

scotland s zero waste plan

Presentation Overview. Site Waste Management Plans: A missed opportunity?

RoHS RIA November 2003

General Electric Canada (Healthcare) Annual Report to the Director. January 1 December 31, 2013

EU F-Gas Regulation Guidance Information Sheet 15: Fire Protection System Contractors

Climate Change and Waste The Missing Link December 2010 Written by Jacob Gregory

Retailer Quick Guide to WEEE Regulations 2014

2.0 NEED FOR THE DEVELOPMENT & CONSIDERATION OF ALTERNATIVES

Product Regulatory Compliance Datasheet ediscovery 8100

Consultation Focus Groups. Household Waste & Recycling Collection Contract 2017

Directive 2000/53/EC on End-of-Life Vehicles

Comparing the cost of alternative waste treatment options

European policy approaches to waste management and infrastructure

EU F-Gas Regulation Guidance Information Sheet 14: Refrigeration, Air-Conditioning and Heat Pump Contractors

Product Regulatory Compliance Datasheet ediscovery 8200

Contact: Environment and Green Technologies Department Phone:

ARID (Accelerating Reprocessing Infrastructure Development) External Programme Evaluation: Summary Report (February 2015)

Environmental technology and renewable energy solutions. The business advantage of Green Innovation, Budapest

2013/2014 Annual Service Report. West Berkshire Integrated Waste Management Contract

Introducers information

USB Modem User Guide ZTE MF823

The waste review the small business case

Strategies for Improving the Sustainability of E-Waste Management Systems

Transvision Waste Planner

Examples of Hazardous Wastes produced by the University include:

UK s best selling phone brand. User Guide. BT Big Button 200 Corded Phone

AMU PROFESSIONAL VIDEO AND AUDIO MONITORING UNIT OPERATOR'S HANDBOOK ISSUE A3

White Paper. Mining and ERPs Supply Chain Management and Beyond

Recycling of high-tech metals in the context of the circular economy

In Flanders, 555 kg/inhabitant/year of household waste was generated. The amount of

Hot Water Urns. all models. Helpline. v3.0

ecycling o create esource

All Island Bulky Waste Reuse Best Practice Management Feasibility Study

Methodology. Figure 1 Case study area

Waste Strategy. for Herefordshire and Worcestershire. Managing waste for a brighter future

OECD WORKSHOP: THE ENVIRONMENTALLY SOUND MANAGEMENT OF RECOVERABLE WASTES (ESM) SESSION 1

September Report. More. jobs, less. waste. Potential. for job creation. in the UK and. recycling

MFFA Belastingadvies Tax Advice

City of Toronto Waste Audits Presented to Residual Waste Working Group

for Midlothian recycle more What s NEW What you should recycle Why it s important Find out more inside

Transcription:

Issue 56 Feature Designing Closed-loop Supply Chains: Implementation of the WEEE directive in the UK 1 Dr Wojciech Piotrowicz, Oxford Institute of Retail Management, Saïd Business School, University of Oxford The Waste Electrical and Electronic Equipment (WEEE) directive impacts retailers of electronic and electric equipment across the European Union. However, there are differences between solutions developed at country level. As a consideration of the various models of closed-loop supply chain can be valuable, this paper presents the implementation of the WEEE directive in the UK, concentrating on the role of retailers and cooperation with logistics providers in designing cost-effective and sustainable solution for electronic and electric waste. It is an important case, since the British model seems to be effective: According to BERR estimations, in 2007 in the UK, 7kg of WEEE was collected per head of population, against a 4kg target set by the EU. The WEEE directive (Directive 2002/96/EC) became European law in 2003, and in the UK the directive was implemented in July 2007. It is also linked with the earlier directive (Directive 2002/ 96/EC) on the restriction of the use of certain hazardous substances in electrical and electronic equipment (RoHS). Detailed solutions vary between EU members and are specific to each member state. Implementation of the directive in the UK requires that all producers, distributors and retailers need to be somehow involved in reprocessing of electronic and electrical waste. However, over 50 percent of British businesses are not aware of their responsibilities with regard to the WEEE (see www.eversheds.com), while only 36 percent of SME retailers had heard about it (see www.netregs.gov.uk). EEE Producers Producers are considered in this context to be all organisations that manufacture, import and re-sell electronic equipment under private label, and therefore some retailers are treated as producers even though they are not directly involved in manufacturing. All companies that place product on the market for the first time are defined as producers. There is a requirement that they will provide their own compliance solutions or will join an approved Producer Compliance Scheme (PCS). PCSs deal with WEEE on behalf of the producers (transport, treatment, reporting), while the producer pays a fee depending on its annual turnover. In both situations, producers must cover the costs of the collection, treatment, recovery and disposal of items. Producers are also responsible for marking all new EEE products using the WEEE label. EEE Distributors EEE distributors are defined as the organisations that sell the equipment, and this definition applies to retailers and wholesalers, including those involved in distance and Internet trading. Distributors are responsible for providing 1. This article was created as part of the research completed within the BestLog, Best Practices in Logistics project financed by the European Union. More about the project and good practices in logistics can be found at www.bestlog.org 12

European Retail Digest information to the customers regarding EEE environmental impact, explaining the reasons for recycling, explaining to the end consumers the meaning of the WEEE logo, and showing how to dispose of and recycle used goods. Distributors and retailers should provide a take back-scheme that allows returning WEEE free of charge, which could be a distributor or in-store take-back. Instore take-back is for household goods only, and the customer could return one item of product equivalent to an item newly bought. Return could be performed by customer to the store (small items) or for large products an item could be taken when new one is delivered. In this case, the company could charge the customer for delivery. Items collected in-store could be delivered via a PCS, in which case distributors should cover all transportation costs, but not costs of processing. Alternatively, items could be sent directly for processing. For the large and bulky items, distributors must register their storage facilities. Alternatively, distributors and retailers could join a distributor take-back scheme that is built upon network of Designated Collection Facilities (DCF). The scheme is run by Valpak Retail Services Ltd. (appointed by the British government) and Valpak has over 1100 civil amenity sites designated as DCFs across the country. The annual fee for joining the distributor take-back scheme depends on annual turnover and type of WEEE. Collected EEE should be recycled in the authorised treatment facilities that operate under government licenses, or could be exported by approved organisations (even if export is within the EU). Treatment of collected EEE promotes re-use in the first instance, then items could be recycled or materials/components could be recovered and send for further processing. All processing is done in the Approved Authorised Treatment Facilities. 1,111 238 39 67 101 UK WEEE in Figures 1556 Designated Collection Facilities, the network includes: Civic Amenity Sites where WEEE can be disposed Waste Transfer Stations Retail Distribution Centres Non-profit Organisations Commercial Organisations 37 4,065 2,680 Producer Compliance Schemes registered by environmental agencies in the UK Producers registered in the Producer Compliance Schemes Distributors participating in the Distributor Take-back Scheme 248 41 Authorised Treatment Facilities that process WEEE Approved WEEE Exporters 1.5 mn tonnes 4 kg 7 kg 3 kg Household EEE reported weight placed on the UK market during 2007 Target weight of WEEE collection set by the EU per head of population Estimated WEEE weight collected during 2007 in the UK Weight of collected WEEE per person in the UK over the EU target Source: Department of Business Enterprise & Regulatory Reform (BERR) WEEE Progress Report, December 2007 (see www.berr.gov.uk) 13

Issue 56 Feature The EEE waste is separated into ten categories and includes household and non-household waste. There are differences between these two waste streams, not only in term of type of waste but also in the collection process. Thus for each stream a different solution (B2B or B2C) is used. Wincanton and Comet Partnership This section focuses on the B2C solution developed and tested by Wincanton in the UK. It could be used as inspiration for designing a reverse logistics system elsewhere, as in several EU countries the WEEE directive is still in the process of being implemented. The WEEE solution was tested in partnership between Wincanton and British retailer Comet. The pilot allowed the development of a new model for a closed-loop supply chain that supports WEEE implementation. In 2003, a take-back system for fridges and freezers was introduced followed by a trial that included 37 stores. The scheme was expanded to a national service to collect and recycle all large white goods, fridges, and TVs in April 2005 and the scheme was Best Partnership Project for Recycling in the 2005 the National Recycling Awards (the award scheme is exaplained at www.nationalrecyclingawards.com). Wincanton, as a third party logistics operator was able to offer an end-to-end solution, linking both logistics and waste treatment processes. Figure 1 WEEE Return logistics In 2005, a network of sortation centres was established where WEEE items are delivered. Household waste collected from over 250 Comet stores across the UK are transported to three regional centres, where the items are sorted. Cooperation with social enterprises allow re-use of 20 percent of items they are repaired, refurbished, tested and put back into the market, mainly through charity shops or delivered to some social groups in need, while in the centres, people learn new technical skills. Items remaining after sorting are delivered to Wincanton s treatment facility registered with the Environment Agency as an Approved Authorised Treatment Facility and located in Billingham, northern England. In Billingham, around 400,000 fridges, 300,000 TVs and 100,000 tonnes of mixed WEEE are processed each year. While Comet remains the largest customer from the retail sector, the service offered by Wincanton has been extended and other retailers have been included,. Wincanton also provides logistics services for other collection networks. Financial as well as Environmental Gains The financial results of processing the WEEE items could be positive, especially when metal prices are growing, including the precious metals used for computer components. However, there is C U S T O M E R S Retailer Refurbishment WEEE for repair Delivery platform WEEE return Sortation centre Manufacturers De-manufacturing 14

European Retail Digest always an important cost factor in the WEEE implementation transport from the customer, or retailer, to the treatment facility via sortation centres. Wincanton s solution is based on the principle that, wherever possible, empty runs are used to transport EEE waste. Trucks that deliver new products, on their way back, instead of transporting air are carrying electronic equipment for processing. There is also a spare transport capacity from the south of England to the north, where the processing facility is located. In such a situation, additional transport is not necessary - there is no need to create a separate transport network dedicated solely to the WEEE, but it is possible to extend the supply chain by including the return function. Using the existing logistics network for WEEE, Wincanton is not only able to reduce transport costs, but also there is no need for increased transport intensity, which means lower external costs for the directive implementation: fewer trucks on the road, higher utilisation and less Co2 emission. In this model, where underutilised transport capacity is used for WEEE transportation, both financial and external costs are lowest. This factor should be taken into consideration when the system for collection, sortation and processing of EEE is created. There is also a need to include transport and logistics providers at the earliest stage of system design, so that the same trucks that deliver the product also will take back the old EEE, to both sortation centres and treatment facilities. Close cooperation between retailers, logistics providers and organisations that are processing electric and electronic equipment is the best option to build a cost effective, environmentally and socially friendly solution, creating a real closed-loop supply chain that includes both delivery and return logistics, from product manufacturing to recycling. About Wincanton Wincanton PLC is one of leading supply chain solutions providers in Europe and offers a range of services to leading companies across various industries. Wincanton employs over 30,000 people and operates in 15 European countries. Annual company turnover was GBP1.9bn in the year ending 31st March 2007 15