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Proposal for Horizon Europe framework

Eesti Geoloogiateenistus · 23. september 2020
Viit
1-4/20-207
Registreeritud
23. september 2020
Dokumendi liik
Väljaminev kiri
Adressaat
ETAG
Saabumis/saatmisviis
e-post
Funktsioon
1 Juhtimine
Sari
1-4 Juhtimisalane kirjavahetus
Toimik
1.1-5/2020
Vastutaja
Heikki Bauert (Kasutajad, Üldosakond)

Failid

  • 📎1-420-207 23.09.2020 Väljaminev kiri.bdoc1157 KB

Sisu (failidest)

Mr. Aavo Kaine Sihtasutus Eesti Teadusagentuur (ETAg) Soola 8 Meie: 24.09.2020 nr 1-4/20-207 Tartu 51004 Proposal for Horizon Europe framework Dear Aavo Kaine I am writing in the hope of ensuring more fundamental geological research on primary raw materials is represented in the new Horizon Europe framework. Having read the current draft of the proposed work programs for Cluster 4 and Cluster 5, the Geological Survey of Estonia is concerned that Horizon Europe is overlooking a potentially critical area of research that is crucial as a foundation for the Green Deal and movement toward a circular economy, namely a lack of support for research on exploration and discovery of primary raw material resources within the EU. Hereby please allow me to provide you a draft proposed topic for a research and innovation action for addition to Cluster 4. Yours sincerely, (digitally signed) Sirli Sipp Kulli Director Appendix - Horizon Europe missing component: Identifying primary sources of raw materials Fr. R. Kreutzwaldi 5 / 44314 Rakvere / [email protected] / www.egt.ee Registrikood 77000387 Horizon Europe missing component: Identifying primary sources of raw materials Europe’s low-carbon future will be very mineral reliant. Secondary minerals delivered by recycling and reuse cannot meet the demand for raw materials for clean energy technologies and primary production of minerals will be essential in meeting climate goals according to studies by the World Bank1 and EU2. If the EU is to meet its goal of a climate-neutral, circular economy based on supply chains that are less dependent on third countries, it will need to locate additional primary sources of minerals within its borders, particularly critical minerals for strategic, energy, and climate-related uses. The EU Action Plan on Critical Raw Materials) states that “the EU is between 75% and 100% reliant on imports for most metals”3. Nevertheless, the European Commission considers that there is significant potential for domestic mineral production, that the EU’s mineral potential remains under explored, and that there is also a need to diversify sources of supply4. It should be possible to reduce the EU’s economic and strategic vulnerability by locating, characterising, and appropriately developing mineral deposits in Europe and in selected partner countries. Horizon Europe offers an opportunity to improve our understanding of Europe’s indigenous mineral resources through research and innovation focused on mineral exploration. It also provides an opportunity to work with mineral-rich countries, particularly those in Africa, to strengthen the security of mineral supply chains for Europe. However, as currently proposed Horizon Europe completely ignores this foundation of the circular economy – the initial input of primary resources into the supply chain through mineral exploration and discovery. Figure 1 shows the distribution of proposed Cluster 4 projects across the different components of the circular economy. The current emphasis on technologies and administrative processes should be augmented by topics on the upstream exploration component of the supply chain because improved efficiencies in processing technology and recycling alone cannot meet the expected increase in demand for raw materials. A Research and Innovation Action to identify new sources of critical raw materials is essential to address this urgent need. A draft topic for inclusion in the “Raw Materials for EU strategic autonomy and successful transition to a climate-neutral and circular economy” section of Cluster 4, Destination 2, is outlined below. 1 World Bank Group, 2020. Minerals for Climate Action: The Mineral Intensity of the Clean Energy Transition. http://pubdocs.worldbank.org/en/961711588875536384/Minerals-for-Climate-Action-The-Mineral-Intensity- of-the-Clean-Energy-Transition.pdf 2 European Commission, 2020. Critical Raw Materials Resilience: Charting a path towards greater security and sustainability. https://ec.europa.eu/docsroom/documents/42849 3 European Commission, 2020. Critical Raw Materials Resilience: Charting a path towards greater security and sustainability. P. 5. https://ec.europa.eu/docsroom/documents/42849 4 European Innovation Partnership on Raw Materials, 2018. Raw materials scoreboard. https://op.europa.eu/en/publication-detail/-/publication/117c8d9b-e3d3-11e8-b690-01aa75ed71a1 1 Mining Processing Resilience-11-2022: Developing digital platforms for Resilience-14-2022: Innovative solutions for efficient the small-scale extractive industry (RIA) use and enhanced recovery of mineral sand metal No topic on primary Resilience-13-2022: Sustainable and innovative mine of the future (IA) by-products from processing of raw materials (IA) resources or exploration to support the entire circular economy Recycling Resilience-04-2021: Identifying future availability of secondary raw materials (RIA) Resilience-05-2021: Developing climate-neutral circular minerals and metals (IA) Administration/Policy Resilience-06-2021: Building EU-Africa partnerships on sustainable raw materials and value chains (CSA) Resilience-07-2021: Building primary raw materials intelligence and foresight capability in the EU (RIA) Business Resilience-10-2022: Streamlining cross-sectoral policy framework throughout Resilience-08-2021: Building innovative value chains extractive life-cycle in environmentally protected areas (CSA) from raw materials to sustainable products (IA) Technologies Resilience-09-2022: Monitoring and supervising system for exploration and future exploitation activities in the deep sea (RIA) Resilience-12-2022: Technological solutions for tracking raw material flows in complex supply chains (RIA) Fig. 1. Distribution of proposed Raw Resilience-15-2022: Earth observation technologies for the mining life cycle in support of EU autonomy and transition to a climate-neutral economy (RIA) Materials topics across the circular economy Proposed Research and Innovation Action for addition to Cluster 4, Destination 2 RESILIENCE-XXXX: Innovation for responsible European sourcing of primary raw materials, the foundation of the Green Deal (RIA) Expected Outcomes: Projects outcomes will enable achieving the expected impacts of the destination by increasing access to primary raw materials, in particular critical raw materials for EU industrial value chains and strategic sectors. Integrated research and innovation will also in part contribute to achieving the goals of Cluster 5, Destination 2, by providing the raw materials for a clean and sustainable transition of the energy and transport sectors towards climate neutrality facilitated by innovative cross-cutting solutions. Projects are expected to:  Improve the knowledge base of European and third country resources of primary raw materials;  Strengthen EU autonomy and ethical sourcing of raw materials by developing socially and environmentally acceptable means of discovery and production of primary critical raw materials;  Enable development of innovative technologies that can form the basis for new EU SMEs;  Disseminate project outputs tailored for EU institutions, Member States and industry dealing with raw materials. The action is expected to contribute to the EU Action Plan on Critical Raw Materials Resilience (COM/2020/474 final) goal to “strengthen the sustainable and responsible domestic sourcing and processing of raw materials in the European Union” and to the plan’s action items 5 2 (identifying projects), 6 (developing expertise and skills), and 8 (reducing environmental impacts). Scope: Actions should develop new knowledge, conceptual models, and technologies to strengthen and secure the EU’s supply of primary raw materials by generating:  Better geological understanding of known mineral deposits to identify critical minerals resources and inform discovery of new resources.  New genetic models for ore deposit types that host critical minerals in order to identify areas for exploration, especially in previously overlooked regions.  Innovative geological, geophysical, geochemical, and data analysis approaches to elucidate the geological history and structure of targeted areas and to guide more environmentally friendly exploration for critical minerals.  Better understanding of the social barriers to mineral exploration and potential changes to policy to allow and promote socially acceptable mineral production. 3
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