Home Publications List
Publication display API.
This one is used to display publications on the home page.
GET /api/organization/section/home/publications?format=api&offset=9780&ordering=-link_original
{ "count": 10575, "next": "http://onegeo.com/api/organization/section/home/publications?format=api&limit=20&offset=9800&ordering=-link_original", "previous": "http://onegeo.com/api/organization/section/home/publications?format=api&limit=20&offset=9760&ordering=-link_original", "results": [ { "id": "673ce30b-9254-42e2-965d-abb5bdd1687e", "slug": "some-technical-and-economic-details-for-hydrogen-using-as-a-transport-fuel-and-for-energy-storage-with-scientific-views-post", "created_at": "2023-08-15T15:22:30Z", "views": 47, "name": "Some technical and economic details for hydrogen using as a transport fuel and for energy storage with scientific views", "about": "The paper published by F. Crotogino & others focused on hydrogen large-scale storage problems. Numerous benefits of man-made caverns in salt-bearing formations for hydrogen storage creation was shown and confirmed", "text": "Hydrogen is the only storage option, which enables the storage of much larger volumes of electrical energy. This article contributes an assessment of the continuous supply of green hydrogen throughout the year, which takes the utilisation of fluctuating able resources into account. Europe's future demands for hydrogen storage capacities and for hydrogen as a vehicle fuel, the current status of hydrogen storage in salt caverns & their engineering parameters have been examined in detail. The advantages of salt caverns have been shown to be the extremely high tightness of the salt rock mass, low specific construction costs, and the small footprint required above ground. Another important prerequisite for the construction of salt caverns is the potential to dispose large quantities of saturated exhaust brine in an environment-friendly way produced. The hydrogen storages' researches continues to gain momentum even faster than it was predicted by reputable global analytical agencies", "link_original": "https://core.ac.uk/download/pdf/34994534.pdf", "status": 2, "country": [ { "id": 85, "name": "Germany", "icon": "" } ], "sections": [ { "id": 136, "name": "Hydrogen" } ], "root_section": { "id": 51, "name": "Industrial Revolution" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [ { "id": 85, "name": "Germany" } ], "regions": [] }, "filters": [] }, { "id": "46797597-b316-4aad-b12f-494b5417099c", "slug": "water-mining-for-next-generation-water-smart-management-systems-large-scale-demonstrations-in-pursuit-of-a-circular-economy-post", "created_at": "2023-10-12T21:41:04.386305Z", "views": 28, "name": "Water-Mining for Next-Generation Water-Smart Management Systems: Large-Scale Demonstrations in Pursuit of a Circular Economy", "about": "The Mining water & resources from desalination brines, urban & industrial wastewater streams project, part of Horizon 2020, the ongoing EU research and innovation funding program, addresses the urgency of water security through the WATER-MINING initiative", "text": "The WATER-MINING project uniquely intertwines water management services with the enhancement of renewable resources, particularly focusing on mining water. The envisioned outcome is the development of value-added products, including water, chemicals, energy, nutrients, and minerals. These products are anticipated to bolster regional resource supplies, fostering economic growth in response to escalating demands for resource security.\nFocused on real-world implementations aligning with the Water Framework Directive, Circular Economy, and EU Green Deal packages, the project integrates groundbreaking technologies for urban wastewater treatment and seawater desalination\nA key objective of the WATER-MINING project is to facilitate the fair distribution of recovery costs for resources across the entire value chain. This approach aims to incentivize investments from both suppliers and end-users along the value chain, fostering a business-friendly environment", "link_original": "https://cordis.europa.eu/project/id/869474", "status": 2, "country": [ { "id": 158, "name": "Netherlands", "icon": "" } ], "sections": [ { "id": 38, "name": "Global water crisis" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [ { "id": 158, "name": "Netherlands" } ], "regions": [] }, "filters": [] }, { "id": "b605f8aa-f232-4b1e-8e7f-ff365a094c76", "slug": "advancing-sustainable-concrete-through-recycled-and-natural-components-with-realizing-encore-project-post", "created_at": "2023-11-24T12:54:53.177285Z", "views": 43, "name": "Advancing Sustainable Concrete through Recycled and Natural Components with realizing EnCoRe Project", "about": "The EnCoRe project is a collaborative effort among international research groups, aimed at promoting sustainable practices in the concrete industry and focusing on recycled and renewable constituents", "text": "The EnCoRe project, short for \"Environmentally-friendly solutions for Concrete with Recycled and natural components,\" emerged as a dynamic collaboration uniting research groups worldwide. This initiative 2014 addresses key challenges in achieving greener structural concrete materials. The project's comprehensive approach involves experimental work, theoretical modeling, and the proposal of design guidelines.\nThe project's deliverables included ten research reports covering various aspects of the research, such as production and quality control of recycled aggregate concrete, experimental tests on concrete specimens, mechanical models for concrete with recycled aggregates, etc. \nThe project's findings were also presented in technical magazines and sustainability-focused platforms.\nThis collaborative initiative stands as a beacon in advancing sustainable practices within the concrete industry through the utilization of recycled and natural components", "link_original": "https://cordis.europa.eu/project/id/295283/reporting/de", "status": 2, "country": [ { "id": 22, "name": "Belgium", "icon": "" } ], "sections": [ { "id": 70, "name": "Housing" } ], "root_section": { "id": 68, "name": "Sustainable Human Habitats" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [ { "id": 22, "name": "Belgium" } ], "regions": [] }, "filters": [] }, { "id": "b40f2a22-2d15-48c9-b99c-ccd08d35df68", "slug": "eitum-bp26-28-eit-urban-mobility-business-plan-2026-2028-eu-funded-project-2026-2028-post", "created_at": "2026-01-22T07:25:14.604777Z", "views": 12, "name": "EITUM-BP26-28: EIT Urban Mobility Business Plan 2026-2028, EU-funded project (2026-2028)", "about": "Coordinated by EIT KIC URBAN MOBILITY SL (Spain)", "text": "EIT Urban Mobility is Europe’s leading innovation community, accelerating the transition to sustainable urban mobility for more liveable cities. Building on its Strategic Agenda 2021–2027, its 3 societal impact goals and the achievements of its startup and ramp-up phase, the Business Plan 2026–2028 sets out an ambitious programme to deliver scalable, inclusive and impact-driven solutions through strong Knowledge Triangle Integration across education, research and business, aligned with EU policy priorities.\n\nActions focus on 5 priority domains where change is most urgent and promising: Public and Shared Transport, Health and Mobility, Electrification and Alternative Fuels, Sustainable Urban Logistics, and Mobility Data Management, supported by cross-cutting technologies such as AI and robotics.\n\nThis Business Plan raises ambition across all programmes, with a unified innovation call, later-stage investments, cofunding with corporates and VCs and stronger city engagement.", "link_original": "https://cordis.europa.eu/project/id/101269525", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "d3b1eb3f-3b1d-452f-8404-304f3768d80d", "slug": "hiwhyv-high-coast-to-west-coast-hydrogen-valley-eu-funded-project-2026-2031-post", "created_at": "2026-01-22T07:34:30.343633Z", "views": 32, "name": "HiWhyV: High Coast to West Coast Hydrogen Valley, EU-funded project (2026-2031)", "about": "Coordinated by RISE RESEARCH INSTITUTES OF SWEDEN AB (Sweden)", "text": "HiWHyV will establish Sweden’s first large-scale hydrogen valley by connecting two complementary regional hubs: the West Coast Hydrogen Hub, home to the country’s largest hydrogen demand and industrial infrastructure, and the High Coast Hydrogen Hub, one of Europe’s most favourable regions for renewable hydrogen production. Together, these hubs form a dual hydrogen valley model that integrates production, conversion, storage, transport, and end-use across multiple sectors, including industry, transport, and energy. HiWHYV deploys 994 MW of electrolysis capacity across nine hydrogen nodes, producing up to 132,000 tonnes of renewable hydrogen annually. Applications include e-fuels (e-SAF and e-methanol), green fertilisers, and hydrogen-based mobility and backup power. Industrial symbiosis will be demonstrated through the reuse of residual oxygen and waste heat in aquaculture and district heating, enhancing system efficiency and sustainability.", "link_original": "https://cordis.europa.eu/project/id/101251367", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "b34d05bf-38ff-422d-a635-01e10ad4b952", "slug": "h2-quest-exploration-and-evaluation-of-european-natural-hydrogen-potential-eu-funded-project-2026-2028-post", "created_at": "2026-03-21T07:17:10Z", "views": 79, "name": "H2-QUEST: Exploration and Evaluation of European Natural Hydrogen Potential, EU-funded project (2026-2028)", "about": "Coordinated by INSTITUTT FOR ENERGITEKNIKK (Norway)", "text": "The H2-QUEST project addresses the European Commission's goals for achieving a sustainable, secure and competitive energy supply by exploring the potential of natural hydrogen (H2) resources. By aligning with the HORIZON-JU-CLEANH2-2025-01-07 call, this initiative recognizes geological H2 as a cleaner and more environmentally friendly alternative to conventional H2 production methods. H2-QUEST aims to overcome existing challenges related to the H2 generation rates, migration and accumulation mechanisms, interpreting confidently surface and subsurface data to ultimately identify commercially viable accumulation sites. Employing a comprehensive, integrated approach, the project utilizes multi-scale interdisciplinary observations to address key gaps in the natural H2 cycle, guided by recommendations from the International Energy Agency’s Technology Collaboration Program.", "link_original": "https://cordis.europa.eu/project/id/101251033", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "28cf9216-681d-41e3-b35d-a3cb6915671b", "slug": "shield-safety-and-multi-hazard-identification-for-resilient-european-hydrogen-infrastructure-and-logistics-development-eu-funded-project-2026-2029-post", "created_at": "2026-01-22T07:46:16.059637Z", "views": 8, "name": "SHIELD: Safety and Multi Hazard Identification for resilient European Hydrogen Infrastructure and Logistics Development. EU-funded project (2026-2029)", "about": "Coordinated by POLITECNICO DI TORINO (Italy)", "text": "Europe’s low-carbon future depends on a safe and resilient hydrogen network, yet it is under rising threat from cyberattacks, natural disasters and shifting geopolitical dangers. Reliable energy distribution relies on improved safety and risk management across hydrogen and combined gas networks. Supported by the Marie Skłodowska-Curie Actions project, the SHIELD project will map European hydrogen sites, evaluate their weaknesses and create creative automated threat detection systems to quickly alert authorities and operators. By fusing sophisticated risk analysis techniques with safe hydrogen integration approaches, SHIELD will improve the security, resilience and efficiency of Europe’s hydrogen infrastructure and support secure low-carbon energy change.", "link_original": "https://cordis.europa.eu/project/id/101236682", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "22f27afe-5543-4e5a-a3fb-2dfbf2458600", "slug": "sailing-secure-ai-and-digital-twin-empowered-smart-internet-of-energy-eu-funded-project-2026-2029-post", "created_at": "2026-01-22T07:49:08.097643Z", "views": 15, "name": "SAILING: Secure AI and Digital Twin Empowered Smart Internet-of-Energy, EU-funded project (2026-2029)", "about": "Coordinated by THE UNIVERSITY OF EXETER (United Kingdom)", "text": "Renewable energy sources are intermittent and unpredictable, while energy demand can shift rapidly. Managing large-scale distributed energy systems requires resilience and security. The main challenges include building accurate real-time digital models, securing AI-based solutions, optimising energy use, and detecting faults or failures quickly. Supported by the Marie Skłodowska-Curie Actions programme, the SAILING project unites leading academic and industrial partners to create smart energy management and fault-diagnosis systems powered by advanced digital twin technology and secure AI. Key innovations include AI-driven, high-fidelity digital twins, blockchain-secured AI, predictive energy optimisation, and deep learning for rapid fault detection. By training early-stage researchers and fostering collaboration across sectors, SAILING will help deliver more efficient Internet-of-Energy systems.", "link_original": "https://cordis.europa.eu/project/id/101227573", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "becc7a4d-7318-403e-be7f-9950e7315533", "slug": "i3waters-intelligent-innovative-integrative-water-systems-eu-funded-project-2026-2029-post", "created_at": "2026-01-24T13:41:45.652175Z", "views": 21, "name": "I3waterS: intelligent, innovative, integrative Water Systems, EU-funded project (2026-2029)", "about": "Coordinated by UNIVERSITAT POLITECNICA DE CATALUNYA", "text": "i3WaterS (Intelligent, Innovative, Integrative Water Systems) tackles the pressing challenge of water scarcity, which is increasingly driven by climate change and human activities, by offering a comprehensive approach to optimize the management of water distribution systems (WDSs). The project develops a holistic framework that identifies the key interrelationships between everyday operations, extreme events, and system failures, enabling robust and reliable decision-making to maintain and upgrade WDSs. At its core, i3WaterS integrates advanced data-driven methods, expert knowledge, computational simulations, and artificial intelligence into a unified intelligent decision support system (IDSS), which brings together 14 independent solutions to assist operators in scientifically informed, practical management of water networks.", "link_original": "https://cordis.europa.eu/project/id/101227354", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "68493a74-5695-4a65-922a-88a14a542fda", "slug": "miningbrines-multidisciplinary-integration-and-networking-for-increased-sustainability-and-multi-resources-valorization-of-geothermal-brines-eu-funded-project-2026-2029-post", "created_at": "2026-01-24T14:18:04.954103Z", "views": 31, "name": "MiningBrines: Multidisciplinary Integration and Networking for INcreased sustainability and multi-resources valorization of Geothermal Brines, EU-funded project (2026-2029)", "about": "Coordinated by INSTITUT POLYTECHNIQUE UNILASALLE (France)", "text": "Beneath Europe’s surface, geothermal brines contain more than just heat. They are packed with dissolved critical materials and energetic gases. However, using these resources in a sustainable way is still a challenge. Supported by the Marie Skłodowska-Curie Actions programme, the MiningBrines project trains researchers to rethink how to recover these multiple resources while causing less harm to the environment. The programme combines geosciences, biogeochemistry, AI, and techno-economic, environmental and societal impact analysis. It helps researchers design environmentally friendly chemical and biologically based extraction methods, create advanced modelling tools and develop smart decision systems. By linking resource recovery with renewable energy production, MiningBrines aims to reduce Europe’s reliance on imports. It also prepares a skilled workforce to lead Europe’s green industrial future.", "link_original": "https://cordis.europa.eu/project/id/101226422", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "b466fb24-5a56-4c25-958a-366c42692bc9", "slug": "bridging-igneous-petrology-and-machine-learning-for-science-and-society-deriving-new-skills-in-volcanic-hazard-assessment-and-the-economy-of-critical-raw-materials-eu-funded-project-2026-2030-post", "created_at": "2026-02-18T12:28:28Z", "views": 7, "name": "BRIDGING IGNEOUS PETROLOGY AND MACHINE LEARNING FOR SCIENCE AND SOCIETY: Deriving New Skills in Volcanic Hazard Assessment and the Economy of Critical Raw Materials | EU-funded project (2026-2030)", "about": "The REALISE project trains doctoral candidates in volcanic hazard assessment and critical mineral exploration, using new technologies to study magma and mitigate volcanic risks. Coordinated by UNIVERSITA DEGLI STUDI DI PERUGIA, Italy.", "text": "The REALISE project, supported by the Marie Skłodowska-Curie Actions programme, focuses on equipping a new generation of doctoral candidates with advanced skills in volcanic hazard assessment, risk mitigation, and the exploration of critical raw materials. Recognizing that magmas present both risks and economic opportunities, the project integrates cutting-edge techniques including machine learning, generative AI, advanced petrologic analyses, computational flow dynamics, and atomistic simulations. By linking hazard assessment with the sustainable exploitation of geological resources, REALISE aims to develop both scientific knowledge and practical expertise.\r\n\r\nThe project emphasizes interdisciplinary training, merging geosciences, data science, and computational approaches, preparing researchers to address pressing geological challenges and contribute to societal resilience and resource security in volcanic regions.", "link_original": "https://cordis.europa.eu/project/id/101226206", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "a3e451c7-3854-4f38-a8b5-1f39df768d4a", "slug": "harmoni-hazard-assessment-and-risk-management-of-natech-emergencies-with-cross-collaboration-opportunities-eu-funded-project-2026-2029-post", "created_at": "2026-01-22T07:56:14.441168Z", "views": 12, "name": "HARMONI: Hazard Assessment and Risk Management of Natech Emergencies with Cross-Collaboration Opportunities, EU-funded project (2026-2029)", "about": "Coordinated by IDENER RESEARCH & DEVELOPMENT AIE (Spain)", "text": "HARMONI addresses the growing complexity of NaTech disasters by developing a comprehensive platform to enhance prevention, monitoring, and response for critical infrastructures (CIs). The platform will integrate existing data and lessons learned into a unified Knowledge Graph (KG) and the information gathered will serve for the creation of a database of Standard Operating Procedures (SOPs). \n\nThe project includes six use cases, showcasing its technologies in diverse NaTech scenarios, including a cross-border collaboration use case to validate interoperability and scalability with existing systems. By fostering cooperation with ESA FutureEO initiatives and EU frameworks, HARMONI supports knowledge sharing and alignment with international standards. Ultimately, HARMONI aims to strengthen resilience, reduce disaster impacts, and provide innovative, interoperable solutions to NaTech crises, supporting safer, more sustainable management practices across Europe and beyond.", "link_original": "https://cordis.europa.eu/project/id/101225916", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "b09b9eaf-322b-4c73-8665-68545a8e24f3", "slug": "forpeat-eu-funded-project-2025-2029-forest-peattland-ecosystem-assessment-and-targeted-management-for-enhanced-carbon-sequestration-coordinated-by-idener-rd-aie-spain-post", "created_at": "2025-11-02T10:31:33.867076Z", "views": 21, "name": "ForPeat - EU-funded project (2025-2029): FORest PEATtland ecosystem assessment and targeted management for enhanced carbon sequestration, biodiversity and water quality", "about": "ForPeat develops and demonstrates sustainable forest and restoration practices on peatlands, combining advanced monitoring and multi-stakeholder collaboration to enhance carbon sequestration, biodiversity, and climate resilience.", "text": "ForPeat is a research project advancing science-based management of forested peatlands through sustainable forestry and restoration practices, focusing on rewetting, water conservation, and balancing climate mitigation with biodiversity. It assesses carbon sequestration, nutrient cycles, sediment and dissolved organic carbon fluxes, and biodiversity impacts of forest management, providing key indicators and baselines. Using AI, robotics, and remote sensing, ForPeat develops scalable, replicable practices and explores financial incentives under the EU certification framework. A multi-actor approach engages landowners, scientists, authorities, and industry to deliver practical recommendations for policymakers and land managers, promoting a resilient and sustainable future for forested peatlands.\n\nCoordinated by Idener R&D AIE, Spain", "link_original": "https://cordis.europa.eu/project/id/101219060", "status": 2, "country": [], "sections": [ { "id": 44, "name": "Forests" } ], "root_section": { "id": 108, "name": "Conserving Wild Nature" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "4c443580-eb07-4ecb-b3d6-0880a7e6e34a", "slug": "eurosion-eu-funded-project-2025-2030-european-soil-erosion-monitoring-and-modelling-network-for-sustainable-agricultural-land-management-coordinated-by-wageningen-university-netherlands-post", "created_at": "2025-11-02T10:20:40.815535Z", "views": 60, "name": "EUROSION - EU-funded project (2025-2030): European Soil Erosion Monitoring and Modelling Network for Sustainable Agricultural Land Management.", "about": "EUROSION develops a dynamic, multi-scale monitoring system to accurately assess and prevent soil erosion across Europe, supporting sustainable land management and evidence-based policymaking.\nCoordinated by Wageningen University, Netherlands", "text": "Erosion threatens key soil ecosystem services such as nutrient cycling, food provision, and water purification, causing major on- and off-site impacts that require continuous monitoring and prevention.\n\nEUROSION addresses this by developing a dynamic soil erosion monitoring system that accurately estimates erosion from water, wind, and tillage across spatial and temporal scales in agricultural lands. The project will build a multi-scale monitoring network, establish harmonized data collection methods, and integrate process-based models to quantify erosion from local to EU levels.\n\nResults will feed into an open-access platform offering dynamic erosion maps and tools for policymakers, researchers, and land managers. EUROSION will deliver validated indicators and recommendations for effective soil management, support cost-benefit analyses, and inform EU soil-related policies, including the CAP, through collaboration with local stakeholders, policymakers, and the JRC.", "link_original": "https://cordis.europa.eu/project/id/101218843", "status": 2, "country": [], "sections": [ { "id": 41, "name": "Degradation of soils and sediments" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "a6a51576-4a92-4d64-a4f1-c9a89b9aa9f1", "slug": "terratwin-digital-twin-sustained-7d-for-the-complex-interplay-between-the-climate-and-biodiversity-crises-including-social-economic-factors-eu-funded-project-2026-2028-post", "created_at": "2026-01-22T07:31:32.508050Z", "views": 50, "name": "TerraTwin: Digital Twin-sustained 7D for the complex interplay between the climate and biodiversity crises including social-economic factors, EU-funded project (2026-2028)", "about": "Coordinated by NETCOMPANY S.A. (Luxembourg)", "text": "TerraTwin project aims to develop a holistic DTE (Digital Twin of Ecosystem) tool, to better understand the complex interplay between climate change and marine and terrestrial biodiversity. This will be accomplished by leveraging existing multiparametric data from various sources, for marine, land, soil and atmospheric biodiversity, which will be used to feed and train the DTE, which in turn will offer innovative features, such as data analytics anomaly detection, predictive capabilities, feedback loops, policy recommendations and connection with other tools and databases.", "link_original": "https://cordis.europa.eu/project/id/101214557", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "a853d952-9a7c-445c-8878-60ab48253436", "slug": "greenchain-eu-funded-project-2025-2027-greening-beyond-borders-understanding-the-role-of-supply-chains-in-environmental-sustainability-post", "created_at": "2025-07-06T15:32:08.345553Z", "views": 19, "name": "GREENCHAIN EU-funded project (2025-2027), Greening Beyond Borders: Understanding the Role of Supply Chains in Environmental Sustainability", "about": "Coordinated by UNIVERSIDAD DE NAVARRA, Spain", "text": "Sustainability in supply chains remains a critical challenge for businesses striving to reduce environmental impacts. Supported by the Marie Skłodowska-Curie Actions programme, the GREENCHAIN project aims to build a solid foundation for understanding supply chain sustainability. By developing an interdisciplinary framework that combines economics, management, finance, and engineering, the project will explore why and how firms push suppliers to adopt greener practices. It will also identify factors that make firms proactive in sustainability, as well as evaluate the broader effects on the environment, economy, and customers. 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First, how should R&D and competition policies be designed to foster breakthrough innovation, and why is innovation in Europe more incremental than in the US? We address this using an extended Schumpeterian growth model and new empirical tools to distinguish sources of firm markups. Second, how can radical green innovation be accelerated to address climate change? We examine green technological transition along supply chains, the role of credit access, and how consumer preferences affect the green transition. 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The project aims to address key challenges across technical, financial, regulatory, and societal domains that hinder widespread adoption of these solutions, that could offer effective alternatives for, but also resilient upgrades to, existing centralized water systems (where available). The project learns from 23 Inspirational Pilots (IPLs) where novel technologies already exist on the ground and leverages insights and lessons learned to develop 5+1 Pathfinding Studies (PFSs) in collaboration with utilities and local stakeholders to demonstrate the effectiveness, scalability, and benefits of decentralized solutions and directly address barriers for large scale deployment.", "link_original": "https://cordis.europa.eu/project/id/101181230", "status": 2, "country": [], "sections": [ { "id": 290, "name": "Project and program creation" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [] }, { "id": "03bfbe7f-fb03-4ccf-af5b-0538a474eb4f", "slug": "geosyn-eu-funded-geothermal-heat-pump-and-cooling-systems-project-2024-2027-kicks-off-post", "created_at": "2024-11-23T11:04:54.732398Z", "views": 99, "name": "GEOSYN, EU-funded geothermal heat pump and cooling systems project (2024-2027), kicks off", "about": "The kick-off meeting was held for the EU-funded GEOSYN project which seeks to validate the synergy between geothermal heat pumps and refrigeration systems.", "text": "Geothermal heat pumps utilise Earth's internal heat as a renewable source for efficient heating or cooling. The EU-funded GEOSYN project aims to validate an innovative geothermal heat pump combined with a heat-powered refrigeration cycle, both using water as the working fluid. This system optimises geothermal energy for industrial applications, offering flexibility to connect to underground thermal energy storage for faster start-up times. Designed to be adaptable and scalable, it meets various industrial needs, enhancing geothermal energy access and efficiency, and reducing environmental impact and costs. 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