1. The Eco-SCP-MED toolkit for Eco-Industrial development M. Tarantini Faro, April 1st, 2014

2. 2 Sustainable consumption and production (SCP) is a range of policies for fostering the use and disposing of resources in a way that reduces harm to the environment while supporting the well being of the population. Indications in the EC Action plan COM/2008/0397 final The Eco-SCP-MED toolkit for Eco-Industrial development The meaning of Sustainable Consumption and Production

3. 3 The Eco-SCP-MED toolkit for Eco-Industrial development WG 1 AREAS Life Cycle Methodologies, Assessment, Inventories, etc. and Eco-desing strategies Techno-environmental audit scheme. Eco-Industrial Development model. Green Marketing Plan. METHODOLOGIES, TOOLS AND BEST PRACTICES ECO-SCP-MED Integrated Model PREVIOUS PROJECTS WG 2 WG 3 Production level Product level Industrial Area level Aims Ensure sustainability across the supply chain of the main products and services in the Mediterranean area; Foster Eco-innovation and competitiveness in companies (specially SME) through transnational cooperation. ECO-SCP-MED project and Integrated Model

4. 4 The Eco-SCP-MED toolkit for Eco-Industrial development Raw material extraction Intermediate products Production Recycling Waste treatment Use phase End of life Product AProduct BProduct CProduct XProduct N BSN 3BSN n BSN 1 BSN 2 …….……………………… Promoting SCP: A schematic of the production system

5. The Eco-SCP-MED toolkit for Eco-Industrial development 5 Raw material extraction Intermediate products Production Recycling Waste treatment Use phase End of life Product AProduct BProduct CProduct XProduct N BSN 3BSN n BSN 1 BSN 2 …….……………………… WG 1 Promoting SCP: Sustainability of products and services

6. The Eco-SCP-MED toolkit for Eco-Industrial development 6 Raw material extraction Intermediate products Production Recycling Waste treatment Use phase End of life Product AProduct BProduct CProduct XProduct N BSN 3BSN n BSN 1 BSN 2 …….……………………… WG 2 Promoting SCP: Sustainability of products and services

7. The Eco-SCP-MED toolkit for Eco-Industrial development 7 Energy Water Raw materials BSN 1 BSN … Industrial Area WasteWasteWater Products Infrastructures and innovative services WG 3 Promoting SCP: Eco-industrial development

8. Coordination: ENEA Members: Province of Bologna, Italy; University of Barcelona (UAB), Spain; Scuola Superiore S. Anna, SSSUP, Italy; Croatian Cleaner Production center (CRO-CPC), Croazia; Scientific Research Center BISTRA Ptuj, Slovenia; Chamber of Commerce Nice (CCI Nice), France. 8 The Eco-SCP-MED toolkit for Eco-Industrial development Partners WG 3: Management of industrial areas

9. Target users of WG3 tools IA managers; SMEs Local Authorities Service providers General stakeholders 1. Guideline for Eco-industrial development; 2. Guide to design eco-efficient industrial buildings; 3.Software for calculating the carbon footprint of waste management (CO2ZW ®) 4. Check list for sustainable logistic; 5. Check list and scoring system for International Benchmarking of IAs; 6. Database of Best Practices for Industrial MED Areas; The tools will be harmonized and organized on a web platform, but can be used separately 9 The Eco-SCP-MED toolkit for Eco-Industrial development The toolkit of ECO-SCP-MED project

10. 10 Aim: support IA managers to set up an efficient management system, identifying the improvement options Tool: Downloadable guideline which describes the proposed model fo developing eco-industrial settlements and suggests a list of tools for SMEs and good practices for Local Authorities The Eco-SCP-MED toolkit for Eco-Industrial development Guideline for Eco-industrial development

11. 11 Aim: provide examples of good practices in 10 areas of action related to industrial buildings; Encourage best practices and stimulate the market. Tool: Downloadable Guideline with a scoring system The Eco-SCP-MED toolkit for Eco-Industrial development Guide for eco-efficient industrial buildings

12. Aim: The Carbon Footprint Tool for Waste management (CO 2 ZW) provides a means for calculating the greenhouse gas (GHG) emissions originated from the waste operations of European industrial areas; Tool: web based software 12 The Eco-SCP-MED toolkit for Eco-Industrial development CO2ZW®: A software tool for calculating the carbon footprint of waste management in IAs

13. Aim: present the steps and the phases for carrying out a Sustainable Logistics service; Tool: checklist 13 The Eco-SCP-MED toolkit for Eco-Industrial development Check list for sustainable logistics

14. http://www.medmeid.eu/the-project/results-and-deliverables/bat-database/ Typology of good practice Industrial areas information: territorial scenario, managing body, number of involved municipalities, IA surface, number of established companies and employees, EMAS or ISO 14001 certification, typology of good practices,... BATNo. of BAT Environmental87 Social45 Economical13 TOTAL145 Aim: support IA managers to improve infrastructures and services of industrial areas; Tool: web based database with examples of good practices and contact details; 14 The Eco-SCP-MED toolkit for Eco-Industrial development Content: 46 folders related to IAs of MEID partner countries: The db could be enlarged by including additional folders/IAs Database of good practices for IAs

15. 15 Category Infrastructure- services Benefits for: Download Documentation (pdf) SocialCentralised chemist's Air pollution, workers and firms Centralised chemist's SocialCentralised laundry Air pollution and workers and firms Centralised laundry SocialIndustrial area canteen workers Social Inter-company nursery workers Inter-company nursery description Mobility Mobility Manager of the area Air pollution and workers and firms Mobility Manager Research programs LCA study of waste management system Improvement of the waste management system (WMS) LCA case study of I Macrolotto WMS Waste Door-to-door multimaterial collection Decreasing waste to landfill Water Plants for recycling of discharged water Recycling and reuse of discharged water Plants for recycling of discharged water The Eco-SCP-MED toolkit for Eco-Industrial development Database Structure

16. Aim: benchmarking the area at international level; Tool: Check list with a scoring system (Excel based) to (self) evaluate the initial status of the Industrial area with regard to the most relevant aspects: Management system, centralized infrastructures and innovative services, eco-efficiency of industrial buildings, logistics and mobility management, involvement of enterprises, communication and green marketing. 16 The Eco-SCP-MED toolkit for Eco-Industrial development International Benchmarking of an industrial area

17. 17 The Eco-SCP-MED toolkit for Eco-Industrial development 13 questions distributed in 5 macro areas: 1.Management; 2.Infrastructures and centralized services; 3.Energy/environmental quality of industrial buildings; 4.Animation/participation; 5.Green marketing/external communication. A weighted scoring system: ✮ ≤ 20 Pt ✮✮ 21 ≤ Pt ≤ 50 ✮✮✮ 51 ≤ Pt ≤ 70 ✮✮✮✮ 71 ≤ Pt ≤ 100 QUESTIONNAIRE - SELF-ASSESSMENT OF THE SUSTAINABILITY OF THE INDUSTRIAL AREA

18. 18 The Eco-SCP-MED toolkit for Eco-Industrial development QUESTIONNAIRE - SELF-ASSESSMENT OF THE SUSTAINABILITY OF A SPECIFIC INDUSTRIAL AREA 1) Management YESNO 1)Is there a Managing Company ? 2) Is there a management system of the industrial area for impacts monitoring, planning of improvement actions and analysis of the environmental aspects? 2) Infrastructures and centralized services YESNO 1) Is the industrial area provided with infrastructures and/or networks for maximizing the energy/material exchange among firms (industrial symbiosis)? 2) Are there any joint infrastructures or centralized services within the industrial area (i.e. waste/wastewater treatment plants, internal networks, telecommunication networks, energy production plants)? 3) Are there any centralized services provided by the companies within the industrial area (i.e. financial services, training, mobility manager, waste manager)? 4) Do design and management of public and private areas located within the industrial area enable to optimize people/goods transportation? 3) Energy/environmental quality of industrial buildingsYESNO 1) Are there any minimum requirements set for the energy performances of industrial buildings? 2) Do companies buy energy through joint purchasing ? QUESTIONNAIRE - SELF-ASSESSMENT OF THE SUSTAINABILITY OF THE INDUSTRIAL AREA

19. 19 The Eco-SCP-MED toolkit for Eco-Industrial development QUESTIONNAIRE - SELF-ASSESSMENT OF THE SUSTAINABILITY OF THE INDUSTRIAL AREA 4) Animation/participation YESNO 1)Is there any firms association within the industrial area? 2) Are there any actions in place to promote collaboration and synergies among the firms located in the area (workshops, regular meetings)? 3) Do firms, local authorities and stakeholders contribute to the environmental management of the area (i.e. by defining environmental improvement actions or by identifying new services/installations)? 5) Green marketing/external communicationYESNO 1) Are there any actions in place for promoting green marketing within the industrial area (i.e. web site, communication tools)? 2) Does the industrial area take part to fairs/exhibitions of interest for the firms located in it? The industrial area is ✮ QUESTIONNAIRE - SELF-ASSESSMENT OF THE SUSTAINABILITY OF THE INDUSTRIAL AREA

20. 20 Thank You for your attention http://www.merproject.eu/ mario.tarantini@enea.it The Eco-SCP-MED toolkit for Eco-Industrial development