The EU-UMKDP (Urban Mining Knowledge Data Platform)

Similar documents
SCRREEN & the RMIS 2.0

MICA. Minerals Intelligence Capacity Analysis. The European Raw Materials Intelligence Capacity Platform (EU-RMICP)

WP6: The European Raw Materials Intelligence Capacity Platform (EU-RMICP)

WP6: The European Raw Materials Intelligence Capacity Platform (EU-RMICP)

FP7-INFRASTRUCTURES Grant Agreement no Scoping Study for a pan-european Geological Data Infrastructure D 4.4

CzechGEO/EPOS Section: Geological and Geophysical Databases. Dana Čápová et al.

IMPLEMENTATION OF THE ELEMENTS INFRASTRUCTURE IN POLAND OF THE NATIONAL LEVEL METADATA

The European Commission s science and knowledge service. Joint Research Centre

INSPIRE overview and possible applications for IED and E-PRTR e- Reporting Alexander Kotsev

GeoDCAT-AP Representing geographic metadata by using the "DCAT application profile for data portals in Europe"

The French Geoportal : linking discovery and view network services. INSPIRE Conference Krakow

INSPIRE data harmonisation of mineral resources: contribution of MINERALS4EU project

Protocol for Stocks & Flows Update and Quality Assessment Deliverable D3.6

Value Chain approach to WEEE recycling and recovery of CRM

Exploitation towards Thematic Communities, Training Framework and stakeholders involvement

PortalU, a Tool to Support the Implementation of the Shared Environmental Information System (SEIS) in Germany

Compass INSPIRE Services. Compass INSPIRE Services. White Paper Compass Informatics Limited Block 8, Blackrock Business

Webservice-energy.org GEO Community Portal & Spatial Data Infrastructure for Energy

GeoPortal 4 Everybody

GENeric European Sustainable Information Space for Environment.

European Location Framework (ELF) acting as a facilitator implementing INSPIRE

ELFI: A European Location Framework

INSPIRE & Environment Data in the EU

Initial Operating Capability & The INSPIRE Community Geoportal

Striving for efficiency

Metadata for Data Discovery: The NERC Data Catalogue Service. Steve Donegan

Metadata of geographic information

The Virtual Observatory and the IVOA

Data Product Catalogue. T. Loubrieu, M. Treguer, G. Maudire, IFREMER

ProSUM - Prospecting Secondary raw materials in the Urban mine and Mining wastes

Deliverable 6.4. Initial Data Management Plan. RINGO (GA no ) PUBLIC; R. Readiness of ICOS for Necessities of integrated Global Observations

Knowledge Inventory for hydrogeology research

Increasing dataset quality metadata presence: Quality focused metadata editor and catalogue queriables.

Introduction to INSPIRE. Network Services

EarthLookCZ as Czech way to GMES

EIM s comments on Best practices and challenges of cross border infrastructure management

Deliverable 5.5 Data models and code lists

EPOS: European Plate Observing System

From Geoportal to Spatial Data Service Platform. Jani Kylmäaho National Land Survey of Finland Development Centre

Integrating the UK Location Information Infrastructure and data.gov.uk

PRODUCT BROCHURE ERDAS APOLLO MANAGING AND SERVING GEOSPATIAL INFORMATION

Pan-European infrastructure for management of marine and ocean geological and geophysical data Geo-Seas portal Data Discovery and Access Service

MY DEWETRA IPAFLOODS REPORT

Enhancing resilience of communities and territories through smart technologies. A SunShine perspective

Tutorial International Standards. Web Map Server (WMS) & Web Feature Server (WFS) Overview

Sub-national dimensions of INSPIRE

OpenAIRE Open Knowledge Infrastructure for Europe

Regulation to deploy 5G in Portugal

Achieving Interoperability using the ArcGIS Platform. Satish Sankaran Roberto Lucchi

Understanding and Using Metadata in ArcGIS. Adam Martin Marten Hogeweg Aleta Vienneau

UCD Centre for Cybersecurity & Cybercrime Investigation

Preserving Websites Of Research & Development Projects

Leveraging OGC Standards on ArcGIS Server

CREATING SMART TRANSPORT SERVICES BY FACILITATING THE RE-USE OF OPEN GIS DATA

THE ENVIRONMENTAL OBSERVATION WEB AND ITS SERVICE APPLICATIONS WITHIN THE FUTURE INTERNET Project introduction and technical foundations (I)

SAFER the GIGAS Effect

EU Innovation Investments: The Challenges met by Innovation Infrastructures Today in Europe

Web apps for INSPIRE: the ELISE Energy pilot example

ICTPSP Call Theme 2 ICT for energy efficiency and sustainability in urban areas. Dr. Manuel SANCHEZ JIMENEZ

The AusGIN Geoscience Portal:

ARCHITECTURE OF SPATIAL DATA INFRASTRUCTURE (SDI) (DRAFT)

Geo Seas A pan European infrastructure for the management of marine geological and geophysical data

Enabling Efficient Discovery of and Access to Spatial Data Services. CHARVAT, Karel, et al. Abstract

Oracle Spatial Users Conference

ERDAS APOLLO Managing and Serving Geospatial Information

How to Create a European INSPIRE Compliant Data Specification. Anja Hopfstock, BKG (Germany) Morten Borrebæk, SK (Norway)

Horizon 2020 INFRADEV Design studies. RICHFIELDS Working Packages 2 Deliverable D2.2. Project identity. Date delivered: M6

Leveraging OGC Services in ArcGIS Server. Satish Sankaran Yingqi Tang

INSPIRE status report

Construction sector / ICT / Linked Data

Securing INSPIREd geodata cloud services with CLARUS. INSPIRE conference 2016 (Barcelona)

The EOC Geoservice: Standardized Access to Earth Observation Data Sets and Value Added Products ABSTRACT

ECP-2007-GEO OneGeology-Europe. Annex 1: Cookbook

INSPIRE in a nutshell, and overview of the European Union Location Framework

The coastal data in the regional and national territorial data repertory. Genova 24 Aprile 2012 Anna Cerrato Regione Liguria

GeoNetwork: metadata and cataloging French (GeoSource) and Swiss (geocat.ch) experiences

Esri Support for Geospatial Standards

E-waste: Priority Waste Stream under the Basel Convention

Metadata allows. Metadata Existing Guidelines. Data to be found Starts interoperability. Decision making based on Quality Relevance Time Geography

European Commission Directorate General for Environment Unit C.2 - Marine Environment & Water Industry

Research Infrastructures and Horizon 2020

Facilitate Open Science Training for European Research

(Towards) A metadata model for atmospheric data resources

Deliverable D10.1 Launch and management of dedicated website and social media

The Scottish Spatial Data Infrastructure (SSDI)

CEF e-invoicing. Presentation to the European Multi- Stakeholder Forum on e-invoicing. DIGIT Directorate-General for Informatics.

INSPIRE: The ESRI Vision. Tina Hahn, GIS Consultant, ESRI(UK) Miguel Paredes, GIS Consultant, ESRI(UK)

HUMBOLDT Application Scenario: Protected Areas

Toyokazu Akiyama Kyoto Sangyo University

Ceri J Vincent. Chair of CO 2 GeoNet Executive Committee British Geological Survey. website:

Fair data and open data: differences and consequences

Monitoring and Reporting Drafting Team Monitoring Indicators Justification Document

Development, testing and quality assurance report

European Responsible Care Forum. Security & Safe Maintenance

ehealth Network ehealth Network Governance model for the ehealth Digital Service Infrastructure during the CEF funding

Transboundary data interoperability for Maritime Spatial Planning. Yuji KATO

Research Infrastructures and Horizon 2020

Energy Industry Profile An Update from the Metadata Work Group

Deliverable 5.1. PRE2POS Phase 2 project website

ECC Recommendation (17)04. Numbering for ecall

Transcription:

ProSUM The EU-UMKDP (Urban Mining Knowledge Data Platform) 23 rd April 2015 ProSUM rmation Network 1 st 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 2 2

New knowledge produced by all work packages General simplified architecture of the EU-UMKDP WEEE, ELVs, waste batteries and mining wastes Pertinent available layers from geological surveys and EU projects and other institutions (geological, geographic, political maps ) Based on OGC standards EU-UMKDP Portal Non-, semi- & structured / standardized information related to wastes: knowledge extraction, indexation Layers EU-MKDP rmation Factory data filtering, advanced search, statistics computing, report generation REE Wastes EU-MKDP rmation Factory X Y XX YY REE Mining Wastes Structured data provided by the project Agencies, institutes, professional associations, able to provide structured data

New knowledge produced by all work packages General simplified architecture of the EU-UMKDP WEEE, ELVs, waste batteries and mining wastes Pertinent available layers from geological surveys and EU projects and other institutions (geological, geographic, political maps ) A system fully INSPIRE compliant: based on INSPIRE Layers v.3 and EarthResourceML (ERML) v.2 data models. EU-MKDP Based on OGC standards EU-UMKDP Portal rmation Factory data filtering, advanced search, statistics computing, report generation Non-, semi- & structured / standardized information related to wastes: knowledge extraction, indexation A sustainable system always kept up to REE date: Wastes adoption and development of a distributed architecture. EU-MKDP rmation Factory X Y XX YY REE Mining Wastes Structured data provided by the project Agencies, institutes, professional associations, able to provide structured data

New knowledge produced by all work packages General simplified architecture of the EU-UMKDP WEEE, ELVs, waste batteries and mining wastes A Central Pertinent available layers Database from geological surveys to and EU projects and minimize other institutions the (geological, geographic, political maps ) drawbacks of the distributed architecture: Layers improves the performance, reduces the risk in case of server crash. EU-MKDP Based on OGC standards EU-UMKDP Portal rmation Factory data filtering, advanced search, statistics computing, report generation Non-, semi- & structured / standardized information related to wastes: knowledge extraction, indexation REE Wastes Management of: REE Mining Wastes EU-MKDP rmation Factory X Y - Non-structured data, Structured data provided by the project always accompanied by their metadata XX YY - Structured data Agencies, institutes, professional associations, able to provide structured data

The EU-UMKDP detailed architecture EU-UMKDP Portal DB SYNCHRONIZATION MICKA Catalog (CS/W) (Search engine) (WMS/WFS) (Stats, auto report, filtering ) Harvesting DB (+ quality control) Harvesting DB (+ quality control) Diffusion DB (+ diffusion optimizations) Indexation Harvesting mechanism (ETL process) Deegree 3 INFORMATION FACTORY Project DB Portrayal Standardized data models and formats to be defined for urban wastes 6 ETL process Provider s own format Creation of new data models, incl. the extension of ERML for mining wastes

The EU-UMKDP detailed architecture EU-UMKDP Portal DB SYNCHRONIZATION MICKA Catalog (CS/W) (Search engine) Harvesting DB (+ quality control) Harvesting DB (+ quality control) (WMS/WFS) (Stats, auto report, filtering ) Project DB Harvesting mechanism (ETL process) A professional architecture: A Central Harvesting Database synchronized with a Central Diffusion Database. The first one Deegree 3 controls data quality and the second one is optimized for diffusion. Synchronization is made using SQL scripts. Portrayal 7 ETL process Provider s own format Diffusion DB (+ diffusion optimizations) INFORMATION FACTORY Standardized data models and formats to be defined for urban wastes Indexation 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 8

In summary: The EU-UMKDP 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 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. -based portal Data filtering capability Advanced search capabilities Statistics computation Automated report generation & visualization Interoperability with the EU-MKDP 9

on top of the Diffusion DB 10 10

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 11 11

The EU-UMKDP is connected The EGDI (European Geological Data Infrastructure) ProSUM & Minerals4EU NETWORKS The EURMKB (European Union Raw Materials Knowledge Base) EUrare Minerals4EU ProSUM The IKMS (Integrated Knowledge Management system) (REEs) WMS Shared harvesting system The EU-MKDP (Minerals Knowledge Data Platform) The WMS Mining wastes data Dynamic Decision Graph The EU-UMKDP (Urban Mining Knowledge Data Platform) MICA proposal The EU-RMICP (Raw Materials Intelligence Capacity Platform) 12

Thank you! Daniel Cassard d.cassard@brgm.fr 23 rd April 2015 ProSUM rmation Network 1 st 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.