D.3.2.1 Stakeholder Database
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D.3.2.1 Stakeholder database April 2017 D.3.2.1 Stakeholder database Authors: Bojan Vogrinčič (LEAP), Štefan Žohar (LEAP) and Jasmina Perkič (LEAP) with contribtions from: MFGI, MFAT, InnoGeo, GeoZS, HGI-CGS, ZARA, IGR, Terratechnik, FZZG, GSRS, FMG, MSK, PSEMR DARLINGe project is co-funded by the European Regional Development Fund (1612249,99 €) and by the Instrument for Pre-Accession Assistance II (534646,6 €) under Grant Agreement no DTP1-099-3.2 Contents 1. DARLINGe – Introduction...........................................................................................1 2. Stakeholder database ...................................................................................................1 2.1 Results ..............................................................................................................................2 2.2 Project area by country.............................................................................................3 1. DARLINGe – Introduction The aim of DARLINGe project (Danube Region Leading Geothermal Energy), carried out by 15 partners from 6 countries in Central, South-East and Eastern Europe is to contribute to energy security and energy efficiency by enhancing the efficient use of deep untapped geothermal resources in the heating sector, and by introducing the “cascade use” of geothermal energy. Establishing a strong and alive contact with stakeholders representing the entire value chain of the geothremal sector in all participating countries is one of the main goals of DARLINGe. Consultations with stakeholders, their involvement into project activities, considerstion of their needs and tailoring project activities according to their expectations will ensure that final project outputs will reach their maximun impact. Furthermore the training of stakeholders on tools on sustainabe reservoir management developed by the project is also among the main aims of DARLINGe. The first step was to identify stakeholders in all partner countries, which was done at the very beginning of the project and which results are summarized in this report results (D 3.2.1 Stakeholder database) within WP 3 Capacity building / Activity 3.2 Stakeholder consultations. 2. Stakeholder database In Stakeholder database partners have identified the relevant stakeholders in all six partner countries according to the following target groups: • ministries having roles and competences associated to geothermal energy at national levels • public authorities involved in the licensing and management of deep geothermal energy resources including mining concessions, water management, environmental aspects, land-use planning, etc. • governmental and sectoral agencies at national and regional levels (e.g. developing agencies, energy secretariats, etc.) • service providers for the geothermal sector (e.g. drilling companies, surface installation providers – pipelines, heat pumps, etc.) • project developers, consulting companies • project operators: current thermal water users (e.g. spas, agriculture companies), heat suppliers (e.g. ESCO-s) • municipalities • network institutions (geothermal associations, clusters) • financing institutions (e.g. banks providing loans for geothermal projects) • academia (research institutes, universities) • civil society Partners from each project countries have prepared their own Stakeholder database (in the form of a uniform excel table) with the following main data: • original name of the organisation • English name of the organisation 1 • address • organisation email, website • contact person’s name and contact details (phone, email) • profile and characteristics of the organisations operations (main tasks, responsibilities) Based on the national databases LEAP (WP3 leader) has compiled Stakeholder database as a deliverable (D 3.2.1 Stakeholder database). This database is considered to be an alive document throughout the project lifetime: data might be correctd (e.g. new contact details), new stakeholders can be identfied and added during later project activities. An updated version of this database will be delivered at the end of the project. 2.1 Results The Stakeholder database contains contact details of 954 stakeholders representing the entire geothermal value chain (ministries, authorities, project developers and operators, present users, SME-s, academia, etc.) from 6 countries (Table 1). Table 1: Number of stakeholdes in database by Country In this document we present Stakeholder database only with selected data (contact person, name of the organisation, country, e-mail), however more detailed information, including profile and characteristics of the organisations operations (main tasks, responsibilities, activites, competencies, influences, etc. of all identified stakeholders) is available at this link: http://www.lea-pomurje.si/datoteke/dsh.xlsm Database with contacts of media (printed media, radio and TV media, web portal, press agency) is available at this link: http://www.lea-pomurje.si/datoteke/dm.xlsm 2 2.2 Stakeholder distribution per country area Table 2 shows the size of the DARLINGe project area by country. With the coefficient of the stakeholders per km 2 we got the information how many stakeholder/s cover one square kilometer of DARLINGe project area by country. Table 2: Project area by country, number of stakeholders in database by country, coefficient of stakeholders per km 2 The size of the No of The coefficient DARLINGe project Stakeholders in of the Country area by country (per database by stakeholders km 2) Country per km 2 Slovenia 4900 194 0,0396 Hungary 23152 362 0,0156 Romania 8026 121 0,0151 Croatia 27687 152 0,0055 Bosnia and Herzegovina 11590 56 0,0048 Serbia 24017 69 0,0029 DARLINGe area 99372 954 Table 3 shows that in Slovenia the coefficient of the stakeholders per km 2 is the highest (0,0396) so here the coverage with stakeholder over the area is the largest, in the second place is Hungary with coefficient 0,0156, then is Romania with 0,0151, Croatia (0,0055), Bosnia and Herzegovina (0,0048) and Serbia with coefficient 0,0029. Of course these numbers reflect the uneven territory of the participating countries, as well as the success rate of first identifications of stakeholders, however provide a first impression about the representation of the geothermal sector in the given country. Table 3: Coefficient of the stakeholders per km 2 3 Stakeholder database No Contact Person Name of the organisation Country E-mail Profile 1. Jasmin Kukec Bistra Hiša Smart House Slovenia [email protected] development agency (e.g. regional dev. agency) 2. Miran Blagovi č Segrap d.o.o. Slovenia [email protected] geothermal user (incl. balneology) 3. Simona Poto čnik Biotechnical school Raki čan Slovenia [email protected] other 4. Jožef Novak Slovenian Water Agency , Sector area Slovenia [email protected] authority Mura energy providers (e.g. district 5. Ladislav Tomši č DEM d.o.o. Slovenia [email protected] heating operator) 6. Darko Petrijan School of Economics M.Sobota Slovenia [email protected] other, academia (incl. research institutes, universities) 7. Vlasta Krmelj EnergaP - Energy Agency of Podravje Slovenia [email protected] development agency (e.g. regional dev. agency) 8. Aleksander Bokan GEO-VRTINA d.o.o. Slovenia [email protected] drilling company 9. Davorin Kurbos Public company Prlekija Slovenia [email protected] other JOŽEF OU EK S.P. , Murska Sobota 10. Jožef Ou ček Č Slovenia [email protected] industry (incl. oil company) electromechanics 11. Gregor Podvratnik KSSENA, Institute Energy agency for Slovenia [email protected] development agency (e.g. Savinja, Šalek and Koroška regions nje.eu regional dev. agency) 4 No Contact Person Name of the organisation Country E-mail Profile 12. Janez Petek Local Energy Agency Lower Podravje Slovenia [email protected] development agency (e.g. regional dev. agency) Local Energy Agency Dolenjska, development agency (e.g. 13. Janko Urši č Slovenia [email protected] Posavje and Bela Krajina regions regional dev. agency) 14. Matejka Horvat LRF Pomurje Regional NGO’s crossing Slovenia [email protected] development agency (e.g. point Pomurje regional dev. agency) National Consortium of the Energy development agency (e.g. 15. Bojan Vogrin čič Slovenia [email protected] Agencies of Slovenia regional dev. agency) [email protected], 16. Peter Polani č Panvita d.d. Slovenia other [email protected] 17. Robert Grah Chamber of Commerce and Industry of Slovenia [email protected]; association (e.g. Geothermal Pomurje [email protected] Association, Geological Society) 18. Darko Anželj Pomurje Development Institute Murska Slovenia [email protected] academia (incl. research Sobota institutes, universities) 19. Tatjana Fulder PORA, development Agency Gornja Slovenia [email protected] development agency (e.g. Radgona regional dev. agency) 20. Goran Šoster Prlekija development agency Slovenia [email protected] development agency (e.g. regional dev. agency) 21. Stanislav Sraka Development Agency Sinergija Slovenia [email protected] development agency (e.g. regional dev. agency) Development council of the Pomurje association (e.g. Geothermal 22. Branko Drvari č Slovenia [email protected] region Association, Geological Society) 23. Matej Kramar RE Ing d.o.o. Slovenia [email protected] other 24. mag. Robert Celec RIS, Dvorec Raki čan – Resource and Slovenia [email protected] other, academia (incl. research Education Centre institutes, universities)