ProSUM Information
Network Launch
Introduction and objectives for the day
23rd April 2015
Brussels
Pascal Leroy
This project has received funding from the
European Union’s Horizon 2020 research and
innovation programme under grant agreement
No 641999.
ProSUM
• Prospecting Secondary raw materials from the
Urban mine and Mining wastes
I am useful
2
Objectives for today
•
•
•
•
Introduce you to the project and the consortium
Identify your expectations
Discuss data availability
Invite you to join the Information Network
3
The Information Network
• Coordinate with a wide range of stakeholders to
enhance access to and dissemination of current
and future data to improve the knowledge base
• Support access to and the availability of data and
intelligence on secondary raw materials,
particularly critical raw materials
• Improve understanding of the availability of
secondary raw materials relative to primary
sources in the EU
4
Background - Secondary Raw Materials Inventory
Waste 4c Scope –
• Establishment of an EU Network of relevant
institutions
• To enhance knowledge in order to improve the
supply of raw materials through an inventory
• Data and information on secondary raw materials,
particularly CRMs
• Flows, maps and evaluation of European Stocks
• Shall support implementation of the EIP
5
5
6
External Expert Advisory Board
Individual
Organisation
Katerina Adam
National Technical University of Athens
Olov Boman
Boliden
Christian Dworak
BSH
Christer Forsgren
Stena Metall
Andreas Klossek
KIC on Raw Materials
Barbara Reck
Yale University
7
Agenda
10.10 The ProSUM Project – objectives, approach and deliverables
10.25 The Minerals 4 EU Knowledge Data Platform and Intelligence
Network – the model for secondary raw materials.
10.45 Taking Inventory - break out groups discuss stakeholder
expectations.
Boost break available on the patio
11.30 Feedback to plenary
12.00 The Work Packages – introduction to the afternoon breakout
groups.
12.45 Lunch at OO!
13.30 Break out groups – please register your preference
14.45 Boost break on the patio
15.00 Feedback and plenary discussion
15.50 The Information Network – next steps
16.00 Networking cocktails on the patio
8
The ProSUM Project
Information Network Launch
23 April 2015
Brussels
Jaco Huisman
This project has received funding from the
European Union’s Horizon 2020 research and
innovation programme under grant agreement
No 641999.
This is not the biggest threat to ‘circular economy’…
10
… this is:
11
From:
‘Where are the products’ to
‘where are the materials?
12
Table of Contents
1. Background
2. Objectives
3. Approach
→ Prospecting Secondary raw materials in the Urban
mine and Mining wastes.
13
ProSUM Objectives
Objective 1
‘Coordinate’
Coordinate with a wide range of organisations involved to improve the
knowledge base on CRMs in secondary sources
Objective 2
‘Collect’
Collect, describe and compile currently available data and trends for CRMs
Objective 3
‘Collate’
Collate and harmonise existing data and develop a sampling strategy to model
historic and future stocks of CRMs
Objective 4
‘Construct’
Construct the EU-UMKDP as the Inventory and Portal providing state-of-the-art
data for the four waste groups
Objective 5
Communicate and disseminate results and recommendations via the
‘Communicate’ Information Network (IN) to support full access to CRM information
15
COORDINATE – To establish the network
•
•
•
•
•
•
Improve the knowledge base
Enable coordination
Raise awareness
Facilitate standardisation
Support policy dialogue
Support further research
16
COLLECT: This is the Urban Mine
Attic:
1.0 Central Heating/ boiler
0.03 Sunbeds
2 Other Lamps
1 Energy saving lamp
2 TL lamps
3 Luminaires
Work/ hobby room
`Bed room
Kids room
Bath room
6.0 Mice, keyboards, external drives, etc.
0.8 Desktops
0.8 Laptops/tablets
1.1 Printers
1.4 Phone sets
3.5 Mobile phones
0.4 CRT Monitors
0.7 LCD Monitors
1.1 Cameras
2 Other lamps
1 Energy saving lamps
3 Luminaires
0.2 Exercise equipment
0.9 CRT TVs
2 Other lamps
1 Energy saving lamps
3 Luminaires
1 Smoke alarm
2 Other lamps
1 Energy saving lamp
3 Luminaires
5.2 Electr. Toys
0.5 Game Consoles
0.7 Smoke alarms
5.9 Shavers, elec.
toothbrushes hairfohns, etc.
2 Other lamps
1 Energy saving lamps
3 Luminaires
1.3 Thermometers/
bloodpressure meters
Living room
Kitchen
Scullery
0.07 Aircons
5 Small households
appliances: Clocks, adapters, chargers, etc.
2.2 Remote Controls, headphones, etc.
2.2 Radio’s/Mp3
4.0 Audio/HiFi compon.
1.9 DVD/ VCRs
2.3 Speaker sets
0.9 LCD TV’s
4 Other lamps
2 Energy saving lamps 6 Luminaires
0.6 Dishwashers
0.8 Ovens/furnaces
1.1 Ventilators/ hoods 1.0 Magnetrons
1.4 Fridges
0.1 Icemakers, etc.
6.8 Small kitchen appliances: Blenders, mixers,
frying pans, cooking plates, grills, toasters, etc
2.0 Coffee/ water cookers 2 Other lamps
1 Energy saving lamp 3 Luminaires
1.0 Washing mach.
0.6 Dryers
0.6 Freezers
3.9 Irons, scales,
adapters, etc.
1.6 Vac. cleaners
2.8 TL lamps
Total:
> 79 EEE products
+ 47 Lamps/Luminaires
17HH outside home (B2B)
+ 36 EEE per
Total Stock = 263 kg/inh.
Garden/garage
2.2 Other lamps
3.7 Energy sav. lamps
3.2 Luminaires
6.6 Drills, lawn
mowers, saws,
hedges, high pressure
cleaners, etc.
COLLATE – To enable EU harmonisation
18
CONSTRUCT – To construct EU Knowledge Base

Webbased
portal
Automated report
generation &
visualisation
19
Interoperability with
the EU-MKDP
19
COMMUNICATE – To inform all stakeholders
20
ProSUM
Prospecting Secondary raw materials in the Urban mine and Mining wastes
WP1 Project management (WF)
WP2
Product
Characterisation
(Empa)
WP3
Stocks and flows
Characterisation
(UNU)
WP4
Waste
Characterisation
(TUB)
Components
Products
Fractions
CRM POM
CRM Stocks
CRM in Waste
WP5
Knowledge Base (BRGM)
WP6
Exploitation (WF)
Information
21 Network
Deliverables – Year 1
Data Screening
Identification of CRM parameters in products
Assessment of current stocks of products
Inventory of waste flows
Granularity of data required by end users
22
Deliverables – Year 2
Characterisation and Inventory
CRM characterisation of products
Factors that affect CRM parameters for products and
components
Trends for CRM in products and components
Procedures to select suitable data for the EU-UMKDP
Stocks and Flows Model
23
Deliverables – Year 3
Building and Updating the Data Models
Recommendations for sampling and analysis of products,
components and wastes
Improving Data Reliability, Quality Assessment Protocols
Harmonisation of national and EU Datasets
Recommendations Report: also international
EU-UMKDP
Code Lists and Data Models
CRM Inventory: Availability and Maps
Metadata for structured and non-structured data
24
Expected Impact
• Better informed decision making EU, MS and by
Industry
• Increased materials knowledge and transparency
• Boosting the raw material sector by allowing the
matching of supply and demand
• Improving availability of raw materials
• Contribute to the EIP
25
25
Thank you!
For more information:
Jaco Huisman
Email: huisman@unu.edu
23 April 2015
Brussels
Jaco Huisman
This project has received funding from the
European Union’s Horizon 2020 research and
innovation programme under grant agreement
No 641999.
ProSUM
The EU-UMKDP (Urban Mining Knowledge Data
Platform)
23rd April 2015
ProSUM Information Network 1st Meeting, Hotel
Bloom, Brussels
Daniel Cassard and the WP5 Team
BRGM, CBS, CGS, Chalmers, C-tech, GeoZS, GEUS,
Recharge, TUB and UNU
This project has received funding from the
European Union’s Horizon 2020 research and
innovation programme under grant agreement
No 641999.
WP5 Objectives
Based on:
1 - a careful identification of end-user requirements for an inventory on secondary raw
materials database on CRMs,
2 - an exhaustive inventory of existing datasets and their harmonisation in terms of
format with those produced in this project,
To develop:
the EU-UMKDP which represents one of the bricks of the future European Geological
Data Infrastructure. The proposed technical solutions assure an effective and
sustainable system designed for facilitating data updates and maintenance, and for
offering a full and seamless access to all the information related to both primary and
secondary mineral resources – with a focus on critical raw materials (CRMs) in WEEE,
ELVs, Batteries & Mining wastes - in a single place.
INSPIRE
compliant
28
28
General simplified architecture of the EU-UMKDP
WEEE, ELVs, waste batteries and mining wastes
EU-UMKDP Web Portal
Non-, semi- & structured /
standardized information related to
wastes: knowledge extraction,
indexation…
Web
Services
Documents
& Metadata
Web Services
Layers
New knowledge produced
by all work packages
Pertinent available layers
from geological surveys
and EU projects and
other institutions
(geological, geographic,
political maps )
Based on OGC
standards
Web
Services
Information Factory
REE
Wastes
Info
Info
data filtering, advanced search,
statistics computing,
report generation
Web Services
EU-MKDP
Documents
& Metadata
EU-MKDP
Information Factory
Web
Services
X
REE
Mining
Info
Wastes
Info
Web
Services
Web
Services
Y
Web
Services
…
Structured data provided by the
project
Web
Services
XX
Web
Services
Web
Services
YY
…
Agencies, institutes, professional
associations…, able to provide
structured data
General simplified architecture of the EU-UMKDP
WEEE, ELVs, waste batteries and mining wastes
Non-, semi- & structured /
standardized information related to
wastes: knowledge extraction,
indexation…
Web
Services
A system fully
INSPIRE compliant:
 based on
Layers v.3 and
INSPIRE
EarthResourceML
(ERML) v.2 data
models.
Web Services
Info
A sustainable system
always kept up to
REE
Web
Wastes
date:

adoption and
Info
Services
Info
development of a
distributed
architecture.
Information Factory
data filtering, advanced search,
statistics computing,
report generation
EU-MKDP
Information Factory
Web
Services
X
REE
Mining
Info
Wastes
Documents
& Metadata
Web Services
EU-MKDP
Documents
& Metadata
EU-UMKDP Web Portal
Web
Services
Web
Services
Y
New knowledge produced
by all work packages
Pertinent available layers
from geological surveys
and EU projects and
other institutions
(geological, geographic,
political maps )
Based on OGC
standards
Web
Services
…
Structured data provided by the
project
Web
Services
XX
Web
Services
Web
Services
YY
…
Agencies, institutes, professional
associations…, able to provide
structured data
General simplified architecture of the EU-UMKDP
WEEE, ELVs, waste batteries and mining wastes
Documents
& Metadata
EU-MKDP
Information Factory
EU-UMKDP Web Portal
Non-, semi- & structured /
standardized information related to
wastes: knowledge extraction,
indexation…
Web Services
Info
Web
Services
Web
Services
Information Factory
REE
Wastes
Info
Info
data filtering, advanced search,
statistics computing,
report generation
Management of:
Web
Services
X
REE
Mining
Info
Wastes
Documents
& Metadata
New knowledge produced
by all work packages
Based on OGC
A Central
standards
Pertinent available layers
Database
to
from geological surveys
Web
and EU projects and
Services
minimize
the
other institutions
(geological, geographic,
drawbacks
of
political maps )
the distributed
Layers
architecture:

improves the
performance,
reduces the risk
in case of server
Web Services
EU-MKDP
crash.
Web
Services
Y
Web
Services
…
Web
Web
Web
- Non-structured
data,
Services
Services
Services
always accompanied by
…
their metadata
YY
XX
Agencies, institutes
, professional
- Structured
data
Structured data provided by the
project
associations…, able to provide
structured data
EU-UMKDP Web Portal
The EU-UMKDP
detailed
architecture
DB SYNCHRONIZATION
Web Services
MICKA Catalog
(Search engine)
(CS/W)
Harvesting DB
Harvesting DB
(+ quality control)
(+ quality control)
Web Services
Web Services
(WMS/WFS)
(Stats, auto report, filtering…)
Diffusion DB
Indexation
(+ diffusion optimizations)
Harvesting
mechanism
(ETL process)
Documents
& Metadata
Web
Services
Project DB
Web
Services
Provider DB
Web
Services
Provider DB
Deegree 3
INFORMATION FACTORY
Standardized data models
and formats to be defined
for urban wastes
ETL process
32
Portrayal
Provider DB
Provider DB
Provider’s own format
Creation of new
data models, incl.
the extension of
ERML for mining
wastes
EU-UMKDP Web Portal
The EU-UMKDP
detailed
architecture
DB SYNCHRONIZATION
Web Services
MICKA Catalog
(Search engine)
(CS/W)
Harvesting DB
Harvesting DB
(+ quality control)
(+ quality control)
Web Services
Web Services
(WMS/WFS)
(Stats, auto report, filtering…)
Diffusion DB
Indexation
(+ diffusion optimizations)
Harvesting
mechanism
(ETL process)
A professional architecture:  A Central
Harvesting Database synchronized with a
Central
DiffusionWebDatabase. The
first one
Web
Web
Deegree 3
Services
Services
Services
controls
data quality
and the
second one isINFORMATION FACTORY
optimized for diffusion. Synchronization is
Standardized data models
made
using
SQL
scripts.
Provider DB and formats to be defined
Project DB
Provider DB
for urban wastes
ETL process
33
Portrayal
Provider DB
Provider DB
Provider’s own format
Documents
& Metadata
Creation of new
data models, incl.
the extension of
ERML for mining
wastes
Structuring data
= CRM hotspots
Product
group
Category
UNU + BAT + ELV key
(car market segment)
Device type/ Battery
type/ Car model
Functional
compound
Material
compound
Single
material
34
In summary:
 The EU-UMKDP Web Portal will provide, in a single place, all data and
information related to urban wastes – WEEE, ELVs, spent batteries – and mining
wastes.
 The EU-UMKDP Web Portal will also be ‘connected’ to other Mineral
Resources portals currently being developed, e.g., the IKMS (for REEs) and the
EU-MKDP (all mineral resources), allowing thus to combine data related to
wastes with primary raw materials data.
Web-based
portal
Data filtering
capability
Advanced search
capabilities
Statistics
computation
35
Automated report
generation & visualization
Interoperability with
the EU-MKDP
Services on top of the Diffusion DB
36
36
Powerful search capabilities
 The Search facilities will allow the user to search in the Diffusion Database, in some
other databases (manually plugged into the Indexation Engine) and in documents
added to the EU-UMKDP using a dedicated interface. The user will be able to search (i)
using full text or (ii) using a specific interface dedicated to the concept he is looking for.
Mock-up based on Minerals4EU
37
37
The EU-UMKDP is connected
ProSUM &
Minerals4EU
NETWORKS
The EGDI (European Geological
Data Infrastructure)
The EURMKB (European Union Raw Materials Knowledge Base)
EUrare
Minerals4EU
The IKMS (Integrated
Knowledge
Management system)
(REEs)
WMS
The EU-MKDP
(Minerals Knowledge
Data Platform)
The
Shared harvesting system
MICA
proposal
ProSUM
WMS
The EU-UMKDP
(Urban Mining
Knowledge Data
Platform)
Mining wastes
data
Dynamic Decision Graph
The EU-RMICP (Raw
Materials
Intelligence Capacity
38 Platform)
Thank you!
Daniel Cassard
d.cassard@brgm.fr
23rd April 2015
ProSUM Information Network 1st Meeting, Hotel
Bloom, Brussels
Daniel Cassard and the WP5 Team
BRGM, CBS, CGS, Chalmers, C-tech, GeoZS, GEUS,
Recharge, TUB and UNU
This project has received funding from the
European Union’s Horizon 2020 research and
innovation programme under grant agreement
No 641999.
Taking Inventory – Breakout Groups
• What should the project deliver?
• What data can you contribute?
• What do you want to get from the Information
Network?
40
Break Out Groups
•
•
•
•
•
Shown on your delegate list
Group 1 Forum A (in here) Dave Peck
Group 2 Forum B Claude Chanson
Group 3 Consilium A Agata Wolk-Lewanowicz
Group 4 Consilium B Anders Hallberg
41