Greendoing

SF4S is a collaborative action with partners from Higher Education institutions (HEIs), Vocational Education and Training (VET) providers, innovation networks and business entities from the Agri-food, Health and the Mobility sectors. Carried out between July 2022 - June 2025,  SF4S supports our transition to a more sustainable European economy by helping to address the lack of green, digital and future (i.e. sustainability foresight) skills among students and professionals and by connecting knowledge flows between HEI, VET and industry actors that are necessary for Europe to develop cooperative solutions on a large-scale and support the recommendations for action in the major reports and initiatives: Green Deal, NextGenerationEU, European Skills Agenda and OECD Future of Education and Skills 2030.   Partners Designskolen Kolding (coordinator) ISPIM HKMW GEA College IZT - Institute for Futures Studies and Technology Assessment Finland Futures Research Centre Estonian Design Centre EDHEC Business School TalTech Airbus Region Midtjylland Nordic FoodTech VC Lufthansa Help Alliance CoModule North Estonia Medical Centre La Muu Michelin Peter Larsen Kaffe

The chemical industry is a significant contributor to the EU’s economy. It is simultaneously instrumental to the green and digital transition and exposed to its effects. A steady supply of (green) chemicals is required to deploy renewable energy generators, insulate Europe’s building stock and create reusable and recyclable consumer goods. On the other hand, chemical synthesis is an energy-intensive process inherently dependent on carbon-based feedstock (currently derived almost exclusively from fossil fuels). In addition, chemistry is a global industry with international value chains, where the EU both collaborates and competes with other countries for materials, knowledge and skills. Transforming the European chemical industry into a sustainable motor for the green and digital transition will require investments in infrastructure, assets and skills. Focus should be placed on chemicals that are crucial to this Twin Transition, Europe’s resilience, or both. The long lead time required for the deployment of infrastructure and the development of skills means that such investments must be made now to achieve targets set for 2050. In connection with these issues, the report at hand aims to give insights into a number of value chains that are strategic to EU economy. It considers which chemicals and innovations are vital to transforming these value chains as well as rendering them more resilient and future-fit. To this end, a participatory workshop-based foresight approach was implemented to provide a unique set of insights from stakeholders and translate them into actions and policy recommendations.The project was carried out by a consortium involving Steinbeis 2i GmbH, 4CF and TNO.

The aim of this study was to serve as one of the inputs to the update and to initiate a discussion on the possibilities of updating the Czech republic 2030 strategy. In order to ensure that this strategic document reflects the dynamic developments on the global and domestic scene, mechanisms for regular reviews and updates of the objectives and measures have been proposed. Given the events of the last 3 years (especially the Covid-19 pandemic and the Russian invasion of Ukraine), it is relevant to review the relevance of the assumptions regarding the long-term development of the Czech Republic, which served as the basis for the original wording of the strategic objectives and targeting of the document. The role of České priority was to provide foresight exercises in order to reach two goals: Assess the relevance of existing goals: the problems and challenges facing society are changing and so are the definition of objectives for further development. The task of this section is therefore also to determine whether the original ČR 2030 goals are still relevant in the context of change and respond to the major challenges that society is facing and will continue to face in the coming decades. Identify blind spots: there may be issues or opportunities that the document does not cover - i.e. blind spots. The next task of this part of the update is to identify such gaps to increase the comprehensiveness of the document. The project was implemented in the form of workshops, which were attended by experts and representatives of public institutions and ministries. On the basis of pre-prepared scenarios of development, the participants had to identify the resulting challenges, opportunities and areas that have not yet been covered in the CR 2030. The list of these areas was subsequently consulted with representatives of public institutions. These expert consultations were complemented by input from the general public through a creative competition held in September 2022.

OrganicTargets4EU supports the Farm-to-Fork Strategy in achieving the targets of at least 25% of the EU's agricultural land under organic farming and a significant increase in organic aquaculture by 2030.   Activities OrganicTargets4EU for reaching these targets and identifies key drivers and lock-ins affecting the development of organic agriculture and aquaculture in 29 countries (EU-27+CH+NO).   Production and Market analysis of the identified scenarios to provide a picture of: · Where increases in organic farmland can be achieved · The socio-economic impacts of these increases at the level of primary production, value chains, and markets · The mechanisms that can drive demand for organic food   Knowledge & Innovation actions to: · Identify opportunities to strengthen organic advisory services · Stimulate the exchange of scientific and practical knowledge · Increase and coordinate R&I investments in the organic sector   Policy work facilitating a multi-actor policy dialogue to: · Assess the feasibility of the organic Farm-to-Fork targets · Supports the implementation of the Common Agricultural Policy (CAP), EU Organic Regulation, Organic Action Plan · Provide short-term policy options (policy framework up to 2027) and policy recommendations in the next policy reform (from 2028 onwards).

Travelling into the [future] (spanish: Viajando al [futuro]) is a long-term project aimed at developing desirable future scenarios for sustainable tourism in Spain together with local stakeholders and experts in the field. The project is funded by the European Climate Foundation and implemented in a collaboration between Futures Probes and Tipi.  Process & Methodology The project was structured into three main phases: Research, Crowdsourcing, Storytelling. In the research phase, a PESTLE analysis and the elaboration of local stakeholder maps identified environmental key factors and networks. In the crowdsourcing phase, participatory workshops with local stakeholders and a Delphi survey with tourism experts were run in parallel, built upon and at the same time challenging the knowledge gathered in the previous phase.  In the Storytelling phase, the results were used as the fundament for building six future scenarios, visualised as a written narrative accompanied by an illustration.  Outcome Building up and strengthening local stakeholder networks and generating ideas for future sustainable tourism(s). Gathering of key insights on desirable, possible and likely future developments of tourism in Spain.  Identification and discussion of needs, desires, worries and attitudes of tourism stakeholders – in its complexity and diversity.  Six future scenarios to inspire can activate communities, organisations and citizens to define measures that accelerate the transformation towards a better, more sustainable tourism.  Next steps Developing indicators to measure the performance of (future) touristic activities in terms of their sustainability.  Creating a network of change agents within the tourism sector to exchange experiences, needs, knowledge and to collectively identify possible synergies and action steps to be taken.  Designing experimental pilot projects focusing on solving some of the concrete challenges identified as common to one or all of the regions observed.

An updated story of how the European Commission is exploring ways to apply Doughnut Economics in policy processes

A free platform for everyone to share and find ideas to make our world a better place. You can post your idea or project to find others to co-develop your concept and make a contribution for a more balanced social economy based on human values.

This deep dive is part of the Foresight towards the 2nd Strategic Plan of Horizon Europe project. Green Hydrogen offers a sustainable alternative to fossil fuels, changing the world of energy supply completely – geopolitically (some countries depend on their own Renewable Energy sources for their energy supply and not on other countries) and in terms of market structure (no more dependence on a small number of all-powerful oil, carbon and gas companies). Despite today’s inefficiencies in converting energy from nature to Hydrogen and back to power, Hydrogen could be a versatile energy carrier and a central element for energy storage in more abundant but more volatile renewable energy systems. Hydrogen needs to be produced, stored, and transported. Scientific and political discourses range from “hydrogen technology will provide us with the abundance of energy” to “building up hydrogen infrastructure including the necessary renewable energy sources is inefficient and will not lead to any kind of abundance.” For sure is that a fundamental change toward hydrogen as an energy carrier will have deep consequences for consumption and production patterns, global trade, and the reconfiguration of infrastructures. About this topic Climate change and the limitations – physically and politically/economically - of fossil fuels foster the need to decarbonise and change to alternative energy production, storage, and carrier systems. Technology in renewable energy improves, and in general, energy efficiency is increasing, but currently, absolute demand for power is increasing. The technology to form Hydrogen is improving, and more units are built. Also, catalyst technology is advancing. One must expect strong opposition from current stakeholders in fossil and nuclear technology. Although, there is also the option to use nuclear power to form Hydrogen, which many people see as critical. Investments in the infrastructure are high. While mixing Hydrogen with methane for heating is almost feasible today with minor adaptations to the gas pipelines, building up an entire parallel infrastructure for handling pure Hydrogen safely is a massive adaptation in infrastructure. It remains unclear how a transition can be managed and financed and if access to critical raw materials is given. Before hydrogen technology could enter the market in full force, the low efficiency in converting power to Hydrogen power needs to be improved or compensated. Renewable energy production and catalyst technologies require rare earth metals, precious metals, and large amounts of copper, aluminium, and even sand for construction. Most of these raw materials cannot be found within the EU. How to secure access to these raw materials when there is a race for these resources? In addition, the EU has only limited potential for renewable energy production. Harvesting consequently, e.g., solar energy potentials, would transform the infrastructure significantly. One challenge might be that there could be a mismatch between the availability of solar or wind energy and water. Conflict regarding the use of water is likely in these areas. The electrolysis of water in massive quantities will also put pressure on the water system, which climate change impacts can worsen. In general, water might be scarce when there is more abundance of renewable resources. Any burning (also Hydrogen) under ambient air will lead to the formation of nitrogen oxide, which is a significant cause of air pollution (PM, acidification and eutrophication, precursor for ozone).

The project explores futures of green skills and jobs and their supply and demand in Europe 2050. We are making a deep dive into developments which are currently underway and will take us to different possible 2030s, according to events largely unpredictable and decisions bound by a number of constraints of diverse nature.The project is one of eight foresight deep dives of the project 'European R&I foresight and public engagement for Horizon Europe' carried out by the Foresight on Demand consortium.

Smart Futures Tunisia aims to explore what Tunisia and its digital economy could and should look like in 2035. For this purpose, normative future scenarios were created from which inspiring future job profiles could be derived. In a final step, recommendations identify options for action through which the envisioned future can be approximated. The results are based on a three-stage methodology approach: First, key thematic areas were outlined through baseline research and expert interviews.  Second, a foresight workshop was conducted to create a room to elaborate on different future scenarios and job profiles while also developing a digital skills map and initially discuss recommendations.  Third, the results were refined through expert validation loops and expert interviews. The future scenarios were created to explore what urban areas, smaller cities and rural areas might look like in 2035. A future is drawn in which Tunisia is characterized by smart and self-powered buildings, increasing e-mobility, and public services delivered digitally. Apart from that, digital progress offers the opportunity to provide more equitable education, to conduct various types of commercial activities via e-commerce, and to improve access to health. Such a future in its variety of facets has been visually depicted in the graphic above. Furthermore, future job profiles are derived on this basis. In a desirable Tunisian development, these will be found primarily in the areas of food production, fintech, e-commerce, health tech, mobility, ed-, gov-, and green tech. Specific job profiles range from farm drone operators, who operate and maintain drones that monitor, measure and analyze crop growth and health, to cybersecurity experts, who protect government data from digital attacks. To be prepared for the changing profiles, digital competencies need to be developed, which can be categorized into the following four pillars: digital literacy and data literacy, technology-specific skills, digital product literacy, and digital transformation literacy. After developing future scenarios and outlining future job profiles, recommendations were finally drawn up that will enable Tunisia to proactively strive for the future outlined. General recommendations manifest themselves, for example, in the promotion of a "digital culture" that includes all strata of the population in order to make appropriate use of the potential of digitization. A specific example of a topic area recommendation is to strive for leadership in green tech solutions. Here, it is recommended to promote green tech culture, for example by including environmental sustainability and green tech solutions in education and public campaigns. In addition to content recommendations, Foresight Journey recommendations aim to improve and deepen the methodological applications of foresight for potential future ventures in this thematic field. Smart Futures Tunisia is part of the Special Initiative “Decent Work for a Just Transition” Invest for Jobs of the German Federal Ministry for Economic Cooperation and Development (BMZ) and implemented by the Digital Transformation Programme Tunisia of the Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH. Invest for Jobs aims to team up with companies to create good jobs in eight African partner countries and to improve local working conditions.