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Presentation on WEEE TRACE project made by ASEKOL at WEEE Forum General Assembly in Malaga (Nove
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WEEEWEEE--Trace ProjectTrace ProjectFull Traceability of the management of Full Traceability of the management of WEEEWEEE
CIP EcoCIP Eco--Innovation Program Innovation Program (Eco/10/277256 )(Eco/10/277256 )CIP EcoCIP Eco--Innovation Program Innovation Program (Eco/10/277256 )(Eco/10/277256 )
WEEE Forum General Assembly
Málaga, November 2011
WEEE-Trace: Project Vision
Use of advanced ICT technologies (RFID, image capturing, etc.) to:
• Ensure traceability of complete WEEE management chain.
• Identify producer and other product characteristics in support of producer responsibility principle.
PurposePurpose
� Reduce WEEE leaks from controlled system
� Increase volume of WEEE legally treated and recycled.
� Ensure WEEE collected and managed is recycled properly at plants using BATsi.e. WEEE-Labex
� Track and control incidences like scavenging, etc.
� Facilitate enforcement and reporting
� Explore application of individual producer responsibility principle
� Reduce fraud
Duration: 36 months (Jul 2011 � Jul 2014)
Full life-cycle coverage: 9 selected partners and associates take part inproject consortium for pilot and demonstration activities.
Partners
� WEEE compliance schemes Ecolec andASEKOL:
WEEE-Trace: Project partners
� Technology provider: MCCTELECOM(Project Coordinator by nature of program)
� Manufacturer of household appliancesFAGOR:
� Logistics operator: EMAUS
� Treatment plant: ECOINTEGRA
� Retail: Carrefour (External Associate)
Different actions and objectives by Ecolec and Asekol , but
• complementary and
• in partnership
WEEE-Trace
selected
projects; 42;
15%
not selected;
245; 85%
Eco-Innovation Programme 2010
Applied for CIP Eco-Innovation Grant (2010)
287 Projects presented : 42 projects selected (15%)
Results of evaluation:
score min
Total Score 38 34245; 85%
833
1.176
Avg Financing per Project WEEE TRACE
Eco-innovation 2010
Financing of Projects (,000€)
Scoring high in
• Quality of proposed actions
• Impact on market and replication
• European Added Value
Relevance: Innovation and environment 7 7
Quality of the proposed actions 9 6
Impact on market and replication 8 6
Budget and cost effectiveness 6 6
European Added Value 8 6
EcolecWEEE-Trace Project Scope
Ensure WEEE traceability (by unit or container) of complete management chain from collection to treatment plant
Scope:
Complete WEEE management chainComplete WEEE management chain– 80 WEEE collection points
• + retail
– 15 logistic Operators
– 40 treatment Plants PT
PT
PT
80 Temporary storage
facilities
Retalers
Municpal
Collection
Points
40 Treatment
Plants
15 Logistics
Providers
Logistics
Providers
WEEE-Trace in SpainTechnology and Infrastructure
• ID Tagging of WEEE surfaces
– Barcoding + Numerical
– RFID: need to address shielding challenges
• Tracking through whole reverse supply chain• Tracking through whole reverse supply chain
– Readers
– Arcs
– Video
• Integration into existing IT and ERP platforms
WEEE-Trace in Spain
Project status and plan
– Definition phase
• Sept’2011 � June 2012
– Implementation phase
• Pilots: Jan’2012 � Sept’2012
• Full deployment: Oct’2012 �
Major issues
• Technical issues: tag positioning shielding, wear & tear, reading
• Integration in IT platform
• Deployment (incl. communication, education and training) at:• Full deployment: Oct’2012 �
Dec’2013training) at:– Collection points
– Logistics operators
– Treatment plants
• Selection of technology and equipment– “one size doesn’t fit all”
• Product aspects
2011 2012 2013 2014
Definition and Design
Pilot phase
Deployment
In operation
WEEE TRACEASEKOL – Current status
• ASEKOL has already implemented bar code labels and readers
in his supply chain
• Bar codes are initially scanned during loading of the WEEE on
the collection points, then several times during transportation
and finally when WEEE is treatedand finally when WEEE is treated
• Because there is a change in ASEKOL logistics there is a need
to change bar code system
• In the future ASEKOL is expecting higher demand from
producers to be charged only for treatment of WEEE they
really produce
ASEKOL – Main Goals ofWEEE-Trace Project
• New tracing system for WEEE and containers
• Producer responsibility: Be able to identify specific EEE
producer and manufacturing model
• Be able to identify age of the WEEE
• Be able to identify different technologies used or hazardous • Be able to identify different technologies used or hazardous
waste risks (e.g. Plasma/LCD/LED screens, old PCB capacitors
etc.)
• All mentioned above should be done automatically and on-
line with no time delay
WEEE-Trace in Czech RepublicTechnology and Infrastructure
• So called „sorting tunnels“
• Roller track equipped with
weight and dimension
measurement, bar code readers, measurement, bar code readers,
cameras
• „Read“ all available information
of the WEEE unit
• Identify a producer, model and other information
using comparison to a on line database
WEEE TRACEASEKOL – Expected Results• Sort different WEEE streams according to non-visible
parameters
• Sort mixed WEEE according to different producer‘s „brands“
• Sampling and statistics of the WEEE
Czech part of the project is prepared in cooperation with Czech
Technical University – Faculty of Cybernetics and Artificial
Intelligence
WEEE-TraceLife cycle considerations
Addressed by Fagor.
• Ensure compatibility with future RFID-embedded environmental information in products.
– Readibility
– Format and content (use of fields)
• Opportunities for partnership with other initiatives i.e. WEEE-NET, • Opportunities for partnership with other initiatives i.e. WEEE-NET, Project Π, etc; regarding:
– joint development
– standardization
– feasibility checking
– sharing experiences
– reducing time gap
WEEE-TraceExpected Results: key metrics and Indicators
Environmental
• Proper treatment and recycling: �39%
• CO2: � 34% as a result of improvements in recycling
Economical
• Pay-back: 3 years
• > 5% reduction in costs
• Reduction of fraud
Technical• >80% units in WEEE stream improvements in recycling
and transport.
• CFC emissions: � 12%
Market
• Project replication and commercial applications
• >80% units in WEEE stream identified by model producer, technology use, etc.
• > 75% RFID/>90 % BC reading levels