Closing the loop through Big Data World Resources Forum 25th February 2019, Antwerp
Agenda
I. Extended producer responsibility - a tool to enable the circular economy
Joachim Quoden, Managing Director EXPRA
II. Presentation on how IoT, AI, digitisation and the Cloud can make waste management, collection and treatment more efficient
Fernando Sanz Merino, Ecoembes
Miguel Ángel González San Román, Director of Digital Solutions, Minsait, Indra
III. Interactive discussion on lessons learned
Moderated by Joachim Quoden, Managing Director EXPRA
EXPRA – who we are
4
Extended
Enhance producers’
responsibility beyond a legal
definition.
Producer
The legally identified
industry actor.
Responsibility
To successfully fulfill legal
requirements, which cannot be delegated
to a third party.
Alliance
European
organisation
promoting EPR
aimed at
ensuring the
highest level of
protection for
packaging
waste
EXPRA in a nutshell
5
26
MEM
BER
Sin
du
stry
-ow
ne
d, n
on
-pro
fit
20of experience and expertise in the waste management field
HAVE
YEARS
ov
er
200with packaging collection, sorting and recycling infrastructure
PROVIDE
MILLION
PEOPLE
ov
er
20of packaging every year
ENSURE RECYCLING AND RECOVERY
MILLION TONNES
of
ove
r
5 ANNIVERSARY
The role of EPR in a circular economy
6
Packaging cycle
Contract agreements
Financed by
fees
EPR
Packaging
Recovery
Organisation
Retail trade
Local Authority’s Waste Management CompanyCollection & Sorting
Recycling/ recovery
Material for new products
Packagingmanufacturer
Filler/bottler
Packed product
Consumer
New products
Sorting
…………………
EPR - several ways of implementation
7
EPR System in hands of obliged industry
(BE, ES, IT, NL, NO, CZ, FR, IE, PT)
Competing PROs
(DE, PL, RO, BG)
‘Tradable Credits’ Model with several
traders
(UK)
Several PRO‘s sharinginfrastructure
(DE, AT)
PROs acting in different areas
(RO, BG)
PROs have established parallel infrastructure
(EE)
Operational responsibility fully with
local authorities
(FR, NL, CZ)
Collection and sortingwith local authorities
(BE, ES, IT)
EPR system in parallel to a deposit system
(DE, NO, SE, FI, EE)
One comprehensivesystem for all
(household) packaging
(e.g. BE, FR, ES, IT)
Household & ICI Packaging treated
differently
(DE, FR, BE, ES)
Same rules for all packaging
(e.g. IT, CZ, SK, RO)
Full cost approach
(e.g. DE, AT, BE, SE)
Shared cost approach
(e.g. IT, ES, FR)
Incentive costapproach
(UK)
No operational responsibility for local
authorities
(e.g. DE, AT, SE)
You can ask a question any time(and we will have some questions for you)
atwww.sli.do
Event code: #circularlab
Index
Ecoembes and The Circular Lab
Ecoembes and Minsait
Unleashing the path towards a circular and collaborative future
SmartWaste Platform
4.0 sorting plant
SmartWaste Pilots
Q&A
A MODEL IN
CONSTANT
EVOLUTION
Open Innovation MissionIMPULSE THE INNOVATION IN
THE PACKAGING SECTOR
A LAB for The
Circular Economy
R&D Lines4
40PEOPLE TEAM10
MILLIONS €IN 4 YEARS
30UniversitiesAnd TechnologyCentres
+150STARTUPSEVALUATED
20STARTUPSACCELERATED
+100EXTERNAL COLLABORATIONS(Private & Public)
55FELLOWSHIPS
321INTERNAL IDEAS 75%
SmartWaste
INNOVATION
LINES
ECODESIGN
Citizen Entrepreneurship
4.0 Plant
SmartWaste Materials
Design
2º Life
Circular Design Sprint
Accelerate
> 900 m2
Conference hall
Meeting Rooms
An international reference real scale
lab to investigate and validate
solutions related to packaging in the
mark of the Circular Economy
44 work spaces
Focus Groups Room
Show Room
Ecoembes and Minsait
A co- innovation history
Joint
Venture
Ecoembes and Minsait
A co- innovation history. Common Visions
• Creation of a digital community on the cloud
• Fairness between small and big cities/territories, universal
access to best practices
• Efficient investment, by sharing resources
• Each city and territory specializes depending on its reality,
challenges and goals: creating high quality specialized
solutions
Sharing experiences, knowledge and resources between cities
and territories
Central Element of the Circular Economy Ecosystem
Unleashing the path towards a circular and collaborative future
City Hall
Treatment Plant
Vehicles
Citizens Collection Company
Containers
Enterprises
Producers and
distributors
Purchase and
consumption
Government and
Administration
Selective disposal
Collection and
Transport
Treatment and
revalorization
New Cycles
Smart Cities
Waste
Collaboration
Platform
Tailored to every territory’s idiosyncrasy
Use of existing data Real time sensor data(container, vehicles and plants)
Predictive information based in historic data and external sources
Activate Connect Accelerate
Historic Vision FuturePresent
DataUse of
ScopeTemporal
Approach & Goal
Level of Maturity
Vision Control Anticipation
Unleashing the path towards a circular and collaborative future
Creating an Inclusive Ecosystem
• Creation of a digital community on the cloud
• Fairness between small and big cities,universal access to best practices
• Efficient investment, by sharing resources
• Each city deploys depending on its reality,challenges and goals and at its own pace
Sharing experiences, knowledge and resources between cities and territories
Unleashing the path towards a circular and collaborative future
SmartWaste. Where are we?
Business and Operational KPIs Improvement: Quantity, Quality and Cost
• Provide end-to-end vision among all stakeholders:
• Single data. No disputes
• Data-driven service management
• Informed citizens
• Reduced cycle-time from months to minutes
Initial Goal
What have we done so far?
• Collective learning: cloning identified best practices
• Technology democratization: long-tail strategy
• Innovation ecosystems development:
• Open, local and articulated
• European technology in the spotlight for exportation
Impact based value model design
Operational chain digitalization development
Technology Implementation:IoT, Geonalytics
Communication:EventsPressPublications
Deployment: POC, Pilots (6)
Escalation to new geographies and channels:• Europe• Latam, MENA• Microsoft
Unleashing the path towards a circular and collaborative future
Digital Industry, platform help SME and Start Ups to:• Scale functionally leveraging ecosystem• Replicate in other cities
Citizens habits improve by:• Information contextualization• Personalized communication
• Regulatory framework:• Local Administration. Use of
cloud vs on premise (is allowed by EU funded programmes).
• Unlocking of IP (Intellectual Property)
• Shift from project oriented investment to shared platformusage
Service providers also see benefits:• Bringing transparency into the system reduces risk and
costs for biding and operating the service
Circular Economy goals should be understood at territory scale, not city by city.
• Medium and big cities:• Implement data-driven
management:• Improve long term sustainability
(financial, HHRR)• Focus on keeping citizen engagement
• Small towns: • Lack of resources prevent even
considering being an smart city• Happy to embrace cloud platform
and collective learning
SmartWaste. Where are we?
Unleashing the path towards a circular and collaborative future
Intelligent context and Insights throughout Life Cycle of waste
SmartWaste Platform
Citizen communication
and engagement
Waste management
performance monitoring
Optimisation and control of
waste services
Vision of the City and its
waste management
4.0 SORTING PLANT
WHAT IS OUR GOAL?
To define, design, test and recommend how the future in
waste selection industry should be
• Being a reference in waste sorting plants
innovation
• Recommend how sorting plants evolution and
design should be
• Testing new devices and equipment
• Incorporate new technologies from other industry
enviroments
• Being the testing grounds for new developments
associated with waste treatments
Digitalization /
Data analysis
Automation /
Robotics
Security
Digit. /
Data
Trace. /
Quality
How are we going to get it?
Autom. /
Robotics
Traceability /
Quality control
Security
4.0 SORTING PLANT
Integration in SmartWaste:
The goal is to integrate all the relevant
information obtained from waste selection
plants in the SmartWaste platform
Development of a system through SmartWaste platform
able to select relevant information from waste sorting
plants such us:
• Waste processing capacity
• Working activity hours
• Efficiency
• Productivity
• Bales inventory
• Volume of waste waiting to be processed
• …
SmartWaste
Digit. /
Data
Autom. /
Robotics
Trace. /
QualitySecurity
4.0 SORTING PLANT
• Drones:
Management
software
Sistema genérico (no intrusivo) a instalar en cualquier planta sin importar el fabricante de
la báscula
Monitoring of
bales status
Industrial thermography
inspectionTesting the usage of drones for applicationsstill to define 100% in the waste selection
industry
Volumetric calculation
R+D+I PROJECT
Trace. /
QualityDigit. /
Data
4.0 SORTING PLANT
32
SmartWaste Pilot Projects
Proving value in pilot projects
Optimization of containers based on proper re-designs maintaining or
improving the levels of contribution
Optimization of routes presenting the possibility of more efficient routes
maintaining the levels of citizen satisfaction
Optimization of plant flows thanks to management of routes and
zones based on the quality of the contribution
More granular zoning with respect to the current scenario, urban, semi-
urban and rural, refining, updating the associated coefficients
Seasonality Greater sensitivity in agreements to the changes of
population defiencing between seasons, when managing containerization,
collection and selection
SmartWaste Pilots Roll-out
45 level sensor in yellow bins (light packaging)
Sensors rolled out in Logroño
450 RFID tags for service monitoring in the bins
1 Weighthing sytem on a truck
with GPS for route
optimization
151.000 Citizens
1 truck
589 yellow bins (light packaging)
Sensors rolled out in La Rioja
450 RFID tags for service monitoring in the bins
125 level sensor in yellow bins (light packaging)
1 Weighthing sytem on a truck
with GPS for route
optimization
161.000 Citizens
2.260 yellow bins (light packaging)
3 trucks
SmartWaste Pilots Roll-out
8 fill level control with button system
Sensors rolled out in Cantabria
2000 RFID tags for service monitoring in the bins
8 GPS sytem on a truck with
RFID reader for route
optimization
151.00 Citizens
1 truck
2000 yellow and blue bins
Sensors rolled out in La Palma
388 RFID tags for service monitoring in the bins
2 fill level control with button system
1 GPS sytem on a truck with
RFID reader for route
optimization
81.000 Citizens
388 yellow bins (light packaging)
2 trucks
SmartWaste Pilots Roll-out in 2 sortingplants
3 terminals for workforce operation
Sensors rolled out in La Rioja sorting plant
1 Real time entry/exit registration of trucks
1 manufacturing execution
system (MES)
Sensors rolled out in Peralta sorting plant
1 RFID label machine for bales
1 manufacturing execution
system (MES)
1 digital twin system for change emulation
1 real time configuration system (adapted to the
input)
1 Real time entry/exit registration of trucks
Scales reading
Platerecognition
Data sent
Entry/Exittrucks
Main Conclusions (so far)
• The digital transformation in local administration starts with the
commitment of all stakeholders involved
• The transition towards digitalization needs a deep cultural change
• SmartWaste is an ecosystem based on trust among all the
stakeholders
• Collecting, improving and deciding upon data has to become the
new organisational culture to achieve the EU recycling objectives
• Measuring citizen behavior is critical for improving the selective
collection of waste
• Efficiency in local administration processes is the new paradigm of
circular economy