NACHIP - Second Open Call

Interregional Innovation Investments

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ACTIVITIES THAT CAN BE FUNDED Activities need to be coherent with EU priorities defined by the I3 call and must contribute to NACHIP objectives. In line with the objectives of the I3 Programme, the Financial support in the NACHIP will be used for testing, validation, and demonstration of solutions in the field of hydrogen technologies and integration into real-world applications. Three main areas of intervention have been identified for the sub-projects funded with the FSTP: 1. Input: innovative chemicals/materials for the NACHIP pilot testing 2. Process: solutions to optimize hydrogen-related processes used in the NACHIP pilots 3. Output: applications of new technologies complementing the NACHIP value chains: mobility, urban, and manufacturing sectors Sub-project proposed in these three main areas may focus on (non-exhaustive list): 1. Prototype development: demonstrating the feasibility of proposed hydrogen technologies. 2. Integration into existing infrastructure: scaling the technology for real-world applications. 3. Innovation: novel solutions related to hydrogen energy storage, transport, or utilization. A non-exhaustive list of potential activities that can be included in the sub-projects presented by the FSTP beneficiaries is reported in the following: 1. trial and testing activities; 2. market analysis linked; 3. the acquisition and testing of materials; 4. integration in the pilots of the SME’s solutions, demonstration in real/operational environment, small and/or medium scale; 5. exploitation activities in new application sectors (cross-fertilisation); Please to know better on activities that can be funded, check the Technical annex on the main web page.

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Programa ou fundo

Interregional Innovation Investments Instrument (I3)

Tipo de procedimento

single-stage

Outra classificação

2021 - 2027 Open for submission Interregional Innovation Investments Strand 2a Cascade funding calls

O que a fonte enviou

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    "<h2 class=\"ql-align-justify\"><sub><strong>Activities that can be funded</strong></sub></h2><p class=\"ql-align-justify\">Activities need to be coherent with EU priorities defined by the I3 call and must contribute to NACHIP objectives.</p><p class=\"ql-align-justify\">In line with the objectives of the I3 Programme, the Financial support in the NACHIP will be used for testing, validation, and demonstration of solutions in the field of hydrogen technologies and integration into real-world applications.</p><p class=\"ql-align-justify\">Three main<strong> areas of intervention have been identified for the sub-projects funded with the FSTP</strong>:</p><ol><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Input</strong>: innovative chemicals/materials for the NACHIP pilot testing</li><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Process</strong>: solutions to optimize hydrogen-related processes used in the NACHIP pilots</li><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Output</strong>: applications of new technologies complementing the NACHIP value chains: mobility, urban, and manufacturing sectors</li></ol><p class=\"ql-align-justify\">Sub-project proposed in these three main areas may focus on (non-exhaustive list):</p><ol><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Prototype development</strong>: demonstrating the feasibility of proposed hydrogen technologies.</li><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Integration into existing infrastructure</strong>: scaling the technology for real-world applications.</li><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Innovation</strong>: novel solutions related to hydrogen energy storage, transport, or utilization.</li></ol><p class=\"ql-align-justify\">A non-exhaustive list of <strong>potential activities</strong> that can be included in the sub-projects presented by the FSTP beneficiaries is reported in the following:</p><ol><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span>trial and testing activities;</li><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span>market analysis linked;</li><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span>the acquisition and testing of materials;</li><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span>integration in the pilots of the SME’s solutions, demonstration in real/operational environment, small and/or medium scale;</li><li data-list=\"bullet\" class=\"ql-align-justify\"><span class=\"ql-ui\" contenteditable=\"false\"></span>exploitation activities in new application sectors (cross-fertilisation);</li></ol><p class=\"ql-align-justify\"><strong><u>Please to know better on activities that can be funded, check the Technical annex on the main web page.</u></strong></p>"
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    "<p><strong>About NACHIP</strong></p><p><strong>The NACHIP is an I3 project financed under the Interregional Innovation Investments call I3-2023-INV2a</strong>, which aims to accelerate innovation related to the North Adriatic Hydrogen Ecosystem (NAHV), with a focus on investments in hydrogen technologies. The goal is to strengthen the integration of hydrogen technologies into the ecosystem, boosting sustainability and enhancing the development of the hydrogen market. This project targets three main value chains (manufacturing, urban areas, and mobility) through five pilot actions:</p><p><strong>1.<u>Green hydrogen production from wave energy – Pag, Croatia</u></strong></p><p>This pilot explores the production of green hydrogen with a novel technology that captures wave energy through a system of underwater devices installed beneath the sea surface. The pilot will also feature the application of multifunctional breakwater technology, being deployed for the first time in Europe.</p><p><strong>2.<u>Hydrogen use in urban Areas – Velenje, Slovenia</u></strong></p><p>This pilot aims to establish a system for decentralized supply of energy from onsite renewables to be developed, operated and validated on a public building. The pilot focuses on integrating clean technologies through sector coupling (electricity, heat and hydrogen), supporting the transformation of the district heating system as coal is phased out (Just Transition).. Supporting activities will include the formation of a “local hydrogen alliance” pursuing the efficient utilization of renewable hydrogen within an environmentally sustainable and economically viable model.</p><p><strong>3.<u>Dynamic Hydrogen Releasers – Torviscosa, Italy</u></strong></p><p>This pilot develops and demonstrates Dynamic Hydrogen Releasers (DHR), based on Liquid Organic Hydrogen Carrier (LOHC) technology. This innovation supports safe and efficient transport, storage, and on-demand release of hydrogen, contributing to Europe’s green mobility and industrial decarbonisation strategies. Throughout the development phase, this pilot needs to define the technical requirements and dimensions of the DHR units<strong>.</strong></p><p><strong>4.<u>Cost-efficient hydrogen transportation cylinders – Udine, Italy</u></strong></p><p>This pilot develops composite designs for cost-efficient hydrogen transportation cylinders. The focus is on improving vessel designs to enhance the mobility of energy storage, reducing costs while ensuring the safe and efficient transport of compressed hydrogen.</p><p><strong>5.<u>Gasification plant for waste materials – Zagreb, Croatia</u></strong></p><p>This pilot focuses on developing a prototype gasification plant for waste materials. The universal gasification system is designed to process municipal solid waste (MSW) and convert it into valuable products such as synthesis gas (syngas) and charred residue (ash), which can be further used.</p><p><strong>Objectives financial support to third parties (FSTP) in NACHIP</strong></p><p>Financial Support to Third Parties (FSTP), also referred to as cascade funding, is a mechanism of the European Commission designed to distribute public funding to either increase uptake of innovations on the side of recipients such as Small and Medium-sized Enterprises (SMEs) or to support project implementation in addressing specific challenges and advancements towards key objectives.</p><p>Under NACHIP, FSTP enables targeted support to companies proposing hydrogen-based solutions at a TRL&gt;7, connected to pilot projects that can be validated and deployed in real life settings. The mechanism ensures fast access to funding, reduced administrative burden and a competitive, transparent selection process.</p><p><strong>The FSTP reinforces NACHIP demonstration activities through the following specific objectives:</strong></p><ol><li data-list=\"bullet\"><span class=\"ql-ui\" contenteditable=\"false\"></span>enabling market adoption of hydrogen-related technologies, products and services developed within Nachip’s pilots, combining different Key Enabling Technologies;</li><li data-list=\"bullet\"><span class=\"ql-ui\" contenteditable=\"false\"></span>fostering new technological solutions driven by SMEs.</li></ol><p>More in particular, the FSTP under the NACHIP project will:</p><p>1.enable <strong>testing, validation and demonstration</strong> of hydrogen technologies in real-life environments through NACHIP pilot sites (specific to the NACHIP);</p><p>2.support <strong>TRL advancement</strong> of innovative solutions toward market readiness<a href=\"#_ftn1\" rel=\"noopener noreferrer\" target=\"_blank\">[1]</a>;</p><p>3.accelerate <strong>commercial deployment</strong> <strong>and exploitation</strong> of hydrogen innovations, including cross-border business opportunities;</p><p>4.address <strong>technical bottlenecks and integration challenges</strong> in the hydrogen value chain, completing the value chains of the companies belonging to the NACHIP consortium;</p><p>5.strengthen <strong>safety, standardization and regulatory compliance</strong> of hydrogen technologies;</p><p>6.promote <strong>cross-sectoral replication and interoperability</strong> to enable wider adoption across industries;</p><p>7.contribute to the <strong>investment portfolio and key performance indicators (KPIs)</strong> of the project.</p><p><strong>Applicants can submit proposal through the NACHIP website <u><a href=\"https://www.nachip.eu/open-calls/\" rel=\"noopener noreferrer\" target=\"_blank\">https://www.nachip.eu</a></u></strong></p><p><strong><u>All applications must be filled and submitted in English language.</u></strong></p><p><strong><u>The evaluation is conducted by 3 experts. For evaluation process and criteri will be described in <a href=\"https://www.nachip.eu/open-calls/\" rel=\"noopener noreferrer\" target=\"_blank\">https://www.nachip.eu/open-calls/</a></u></strong></p><p><strong>For more information or assistance with the application process, participants can contact the NACHIP project directly:</strong></p><p><strong><a href=\"https://ec.europa.eu/info/funding-tenders/opportunities/portal/nachip@meta-group.com\" rel=\"noopener noreferrer\" target=\"_blank\">nachip@meta-group.com</a></strong></p><p><strong>Questions to the above-mentioned email address can be submitted until 9th of October 2026.</strong></p>"
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    "<p>Only SMEs established in the following regions are eligible:</p><ol><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Slovenia</strong>: Vzhodna Slovenija; Zahodna Slovenija</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Croatia</strong>: Jadranska Hrvatska; Panonska Hrvatska; Sjeverna Hratska;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Italy</strong>: Friuli Venezia Giulia, Lazio; Umbria; Veneto; Sardegna; Sicilia; Calabria; Basilicata; Puglia; Campania; Molise;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Portugal</strong>: Norte; Centro; Oeste e Vale do Tejo; Alentej; Acores; Madeira;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Spain</strong>: Andalucia; Extremadura; Castilla-la Mancha</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Belgium: </strong>Walon</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>France:</strong> Guyane; Mayotte; Réunion; Guadalupe Martinique;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Greece:</strong> Kriti; Peloponnisos; Dytiki Ellada; Ionia Nisia; Sterea Ellada;Thessalia; Ipeiros; Dytiki Makedonia; Kentriki Mkedonia; Anatoliki Makedonia Thraki; Voreio Aigaio;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Bulgaria:</strong> Yuzhen tsentralen; Yugoiztochen;Severoiztochen; Severen tsentralen; Severozapaden;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Romania:</strong> Sud-Vest Oltenia; Sud-Muntenia; Sud-Est; Centru; Vest; Nord-Vest; Nord-Est;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Hungary:</strong> Dél-Dunantul; Dél-Alfold; Eszak-Aldold; Eszak-Magyarorszag; Pest; Budapest; Kozep-Dunantul;Nyugat-Dunantul;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Slovakia:</strong> Vychodne Slovensko; Stredné Slovensko; Zapadné Slovensko;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Poland:</strong> Podkarpackie; Malopolskie; Slaskie; Opolskie; Lubelskie; Mazowiecki regionalny; Podlaskie; Warminsko-mazurskie; Kujawsko-pomorskie; Pomorskie; Zachodniopomorskie; Lubuskie; Lodzkie;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Czechia:</strong> Moravskoslezsko; Stredni Morava; Severovychod; Severozapad;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Lithuania:</strong> Vudurio ir vakaru Lietuvos regionas;</li><li data-list=\"ordered\"><span class=\"ql-ui\" contenteditable=\"false\"></span><strong>Latvia:</strong> Latvia;</li></ol><p>Applications can be submitted by SMEs individually or in consortia of up to 3 members.</p>"
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    "<p><strong>About NACHIP</strong></p><p><strong>The NACHIP is an I3 project financed under the Interregional Innovation Investments call I3-2023-INV2a</strong>, which aims to accelerate innovation related to the North Adriatic Hydrogen Ecosystem (NAHV), with a focus on investments in hydrogen technologies. The goal is to strengthen the integration of hydrogen technologies into the ecosystem, boosting sustainability and enhancing the development of the hydrogen market. This project targets three main value chains (manufacturing, urban areas, and mobility) through five pilot actions:</p><p><strong>1.<u>Green hydrogen production from wave energy – Pag, Croatia</u></strong></p><p>This pilot explores the production of green hydrogen with a novel technology that captures wave energy through a system of underwater devices installed beneath the sea surface. The pilot will also feature the application of multifunctional breakwater technology, being deployed for the first time in Europe.</p><p><strong>2.<u>Hydrogen use in urban Areas – Velenje, Slovenia</u></strong></p><p>This pilot aims to establish a system for decentralized supply of energy from onsite renewables to be developed, operated and validated on a public building. The pilot focuses on integrating clean technologies through sector coupling (electricity, heat and hydrogen), supporting the transformation of the district heating system as coal is phased out (Just Transition).. Supporting activities will include the formation of a “local hydrogen alliance” pursuing the efficient utilization of renewable hydrogen within an environmentally sustainable and economically viable model.</p><p><strong>3.<u>Dynamic Hydrogen Releasers – Torviscosa, Italy</u></strong></p><p>This pilot develops and demonstrates Dynamic Hydrogen Releasers (DHR), based on Liquid Organic Hydrogen Carrier (LOHC) technology. This innovation supports safe and efficient transport, storage, and on-demand release of hydrogen, contributing to Europe’s green mobility and industrial decarbonisation strategies. Throughout the development phase, this pilot needs to define the technical requirements and dimensions of the DHR units<strong>.</strong></p><p><strong>4.<u>Cost-efficient hydrogen transportation cylinders – Udine, Italy</u></strong></p><p>This pilot develops composite designs for cost-efficient hydrogen transportation cylinders. The focus is on improving vessel designs to enhance the mobility of energy storage, reducing costs while ensuring the safe and efficient transport of compressed hydrogen.</p><p><strong>5.<u>Gasification plant for waste materials – Zagreb, Croatia</u></strong></p><p>This pilot focuses on developing a prototype gasification plant for waste materials. The universal gasification system is designed to process municipal solid waste (MSW) and convert it into valuable products such as synthesis gas (syngas) and charred residue (ash), which can be further used.</p><p><strong>Objectives financial support to third parties (FSTP) in NACHIP</strong></p><p>Financial Support to Third Parties (FSTP), also referred to as cascade funding, is a mechanism of the European Commission designed to distribute public funding to either increase uptake of innovations on the side of recipients such as Small and Medium-sized Enterprises (SMEs) or to support project implementation in addressing specific challenges and advancements towards key objectives.</p><p>Under NACHIP, FSTP enables targeted support to companies proposing hydrogen-based solutions at a TRL&gt;7, connected to pilot projects that can be validated and deployed in real life settings. The mechanism ensures fast access to funding, reduced administrative burden and a competitive, transparent selection process.</p><p><strong>The FSTP reinforces NACHIP demonstration activities through the following specific objectives:</strong></p><ol><li data-list=\"bullet\"><span class=\"ql-ui\" contenteditable=\"false\"></span>enabling market adoption of hydrogen-related technologies, products and services developed within Nachip’s pilots, combining different Key Enabling Technologies;</li><li data-list=\"bullet\"><span class=\"ql-ui\" contenteditable=\"false\"></span>fostering new technological solutions driven by SMEs.</li></ol><p>More in particular, the FSTP under the NACHIP project will:</p><p>1.enable <strong>testing, validation and demonstration</strong> of hydrogen technologies in real-life environments through NACHIP pilot sites (specific to the NACHIP);</p><p>2.support <strong>TRL advancement</strong> of innovative solutions toward market readiness<a href=\"#_ftn1\" rel=\"noopener noreferrer\" target=\"_blank\">[1]</a>;</p><p>3.accelerate <strong>commercial deployment</strong> <strong>and exploitation</strong> of hydrogen innovations, including cross-border business opportunities;</p><p>4.address <strong>technical bottlenecks and integration challenges</strong> in the hydrogen value chain, completing the value chains of the companies belonging to the NACHIP consortium;</p><p>5.strengthen <strong>safety, standardization and regulatory compliance</strong> of hydrogen technologies;</p><p>6.promote <strong>cross-sectoral replication and interoperability</strong> to enable wider adoption across industries;</p><p>7.contribute to the <strong>investment portfolio and key performance indicators (KPIs)</strong> of the project.</p><p><strong>Applicants can submit proposal through the NACHIP website <u><a href=\"https://www.nachip.eu/open-calls/\" rel=\"noopener noreferrer\" target=\"_blank\">https://www.nachip.eu</a></u></strong></p><p><strong><u>All applications must be filled and submitted in English language.</u></strong></p><p><strong><u>The evaluation is conducted by 3 experts. For evaluation process and criteri will be described in <a href=\"https://www.nachip.eu/open-calls/\" rel=\"noopener noreferrer\" target=\"_blank\">https://www.nachip.eu/open-calls/</a></u></strong></p><p><strong>For more information or assistance with the application process, participants can contact the NACHIP project directly:</strong></p><p><strong><a href=\"https://ec.europa.eu/info/funding-tenders/opportunities/portal/nachip@meta-group.com\" rel=\"noopener noreferrer\" target=\"_blank\">nachip@meta-group.com</a></strong></p><p><strong>Questions to the above-mentioned email address can be submitted until 9th of October 2026.</strong></p>"
  ]
}

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The goal is to strengthen the integration of hydrogen technologies into the ecosystem, boosting sustainability and enhancing the development of the hydrogen market. This project targets three main value chains (manufacturing, urban areas, and mobility) through five pilot actions:1.Green hydrogen production from wave energy – Pag, CroatiaThis pilot explores the production of green hydrogen with a novel technology that captures wave energy through a system of underwater devices installed beneath the sea surface. The pilot will also feature the application of multifunctional breakwater technology, being deployed for the first time in Europe.2.Hydrogen use in urban Areas – Velenje, SloveniaThis pilot aims to establish a system for decentralized supply of energy from onsite renewables to be developed, operated and validated on a public building. The pilot focuses on integrating clean technologies through sector coupling (electricity, heat and hydrogen), supporting the transformation of the district heating system as coal is phased out (Just Transition).. Supporting activities will include the formation of a “local hydrogen alliance” pursuing the efficient utilization of renewable hydrogen within an environmentally sustainable and economically viable model.3.Dynamic Hydrogen Releasers – Torviscosa, ItalyThis pilot develops and demonstrates Dynamic Hydrogen Releasers (DHR), based on Liquid Organic Hydrogen Carrier (LOHC) technology. This innovation supports safe and efficient transport, storage, and on-demand release of hydrogen, contributing to Europe’s green mobility and industrial decarbonisation strategies. Throughout the development phase, this pilot needs to define the technical requirements and dimensions of the DHR units.4.Cost-efficient hydrogen transportation cylinders – Udine, ItalyThis pilot develops composite designs for cost-efficient hydrogen transportation cylinders. The focus is on improving vessel designs to enhance the mobility of energy storage, reducing costs while ensuring the safe and efficient transport of compressed hydrogen.5.Gasification plant for waste materials – Zagreb, CroatiaThis pilot focuses on developing a prototype gasification plant for waste materials. The universal gasification system is designed to process municipal solid waste (MSW) and convert it into valuable products such as synthesis gas (syngas) and charred residue (ash), which can be further used.Objectives financial support to third parties (FSTP) in NACHIPFinancial Support to Third Parties (FSTP), also referred to as cascade funding, is a mechanism of the European Commission designed to distribute public funding to either increase uptake of innovations on the side of recipients such as Small and Medium-sized Enterprises (SMEs) or to support project implementation in addressing specific challenges and advancements towards key objectives.Under NACHIP, FSTP enables targeted support to companies proposing hydrogen-based solutions at a TRL>7, connected to pilot projects that can be validated and deployed in real life settings. The mechanism ensures fast access to funding, reduced administrative burden and a competitive, transparent selection process.The FSTP reinforces NACHIP demonstration activities through the following specific objectives:<ol><li data-list=\"bullet\">enabling market adoption of hydrogen-related technologies, products and services developed within Nachip’s pilots, combining different Key Enabling Technologies;</li><li data-list=\"bullet\">fostering new technological solutions driven by SMEs.</li></ol>More in particular, the FSTP under the NACHIP project will:1.enable testing, validation and demonstration of hydrogen technologies in real-life environments through NACHIP pilot sites (specific to the NACHIP);2.support TRL advancement of innovative solutions toward market readiness<a href=\"#_ftn1\" rel=\"noopener noreferrer\" target=\"_blank\">[1]</a>;3.accelerate commercial deployment and exploitation of hydrogen innovations, including cross-border business opportunities;4.address technical bottlenecks and integration challenges in the hydrogen value chain, completing the value chains of the companies belonging to the NACHIP consortium;5.strengthen safety, standardization and regulatory compliance of hydrogen technologies;6.promote cross-sectoral replication and interoperability to enable wider adoption across industries;7.contribute to the investment portfolio and key performance indicators (KPIs) of the project.Applicants can submit proposal through the NACHIP website <a href=\"https://www.nachip.eu/open-calls/\" rel=\"noopener noreferrer\" target=\"_blank\">https://www.nachip.eu</a>All applications must be filled and submitted in English language.The evaluation is conducted by 3 experts. For evaluation process and criteri will be described in <a href=\"https://www.nachip.eu/open-calls/\" rel=\"noopener noreferrer\" target=\"_blank\">https://www.nachip.eu/open-calls/</a>For more information or assistance with the application process, participants can contact the NACHIP project directly:<a href=\"https://ec.europa.eu/info/funding-tenders/opportunities/portal/nachip@meta-group.com\" rel=\"noopener noreferrer\" target=\"_blank\">nachip@meta-group.com</a>Questions to the above-mentioned email address can be submitted until 9th of October 2026." ], "frameworkProgramme": [ "44416173" ], "furtherInformation": [ "Only SMEs established in the following regions are eligible:<ol><li data-list=\"ordered\">Slovenia: Vzhodna Slovenija; Zahodna Slovenija</li><li data-list=\"ordered\">Croatia: Jadranska Hrvatska; Panonska Hrvatska; Sjeverna Hratska;</li><li data-list=\"ordered\">Italy: Friuli Venezia Giulia, Lazio; Umbria; Veneto; Sardegna; Sicilia; Calabria; Basilicata; Puglia; Campania; Molise;</li><li data-list=\"ordered\">Portugal: Norte; Centro; Oeste e Vale do Tejo; Alentej; Acores; Madeira;</li><li data-list=\"ordered\">Spain: Andalucia; Extremadura; Castilla-la Mancha</li><li data-list=\"ordered\">Belgium: Walon</li><li data-list=\"ordered\">France: Guyane; Mayotte; Réunion; Guadalupe Martinique;</li><li data-list=\"ordered\">Greece: Kriti; Peloponnisos; Dytiki Ellada; Ionia Nisia; Sterea Ellada;Thessalia; Ipeiros; Dytiki Makedonia; Kentriki Mkedonia; Anatoliki Makedonia Thraki; Voreio Aigaio;</li><li data-list=\"ordered\">Bulgaria: Yuzhen tsentralen; Yugoiztochen;Severoiztochen; Severen tsentralen; Severozapaden;</li><li data-list=\"ordered\">Romania: Sud-Vest Oltenia; Sud-Muntenia; Sud-Est; Centru; Vest; Nord-Vest; Nord-Est;</li><li data-list=\"ordered\">Hungary: Dél-Dunantul; Dél-Alfold; Eszak-Aldold; Eszak-Magyarorszag; Pest; Budapest; Kozep-Dunantul;Nyugat-Dunantul;</li><li data-list=\"ordered\">Slovakia: Vychodne Slovensko; Stredné Slovensko; Zapadné Slovensko;</li><li data-list=\"ordered\">Poland: Podkarpackie; Malopolskie; Slaskie; Opolskie; Lubelskie; Mazowiecki regionalny; Podlaskie; Warminsko-mazurskie; Kujawsko-pomorskie; Pomorskie; Zachodniopomorskie; Lubuskie; Lodzkie;</li><li data-list=\"ordered\">Czechia: Moravskoslezsko; Stredni Morava; Severovychod; Severozapad;</li><li data-list=\"ordered\">Lithuania: Vudurio ir vakaru Lietuvos regionas;</li><li data-list=\"ordered\">Latvia: Latvia;</li></ol>Applications can be submitted by SMEs individually or in consortia of up to 3 members." ], "esDA_FirstIngestDate": [ "2026-09-14T12:12:30.700+0200" ], "beneficiaryAdministration": [ "About NACHIPThe NACHIP is an I3 project financed under the Interregional Innovation Investments call I3-2023-INV2a, which aims to accelerate innovation related to the North Adriatic Hydrogen Ecosystem (NAHV), with a focus on investments in hydrogen technologies. The goal is to strengthen the integration of hydrogen technologies into the ecosystem, boosting sustainability and enhancing the development of the hydrogen market. This project targets three main value chains (manufacturing, urban areas, and mobility) through five pilot actions:1.Green hydrogen production from wave energy – Pag, CroatiaThis pilot explores the production of green hydrogen with a novel technology that captures wave energy through a system of underwater devices installed beneath the sea surface. The pilot will also feature the application of multifunctional breakwater technology, being deployed for the first time in Europe.2.Hydrogen use in urban Areas – Velenje, SloveniaThis pilot aims to establish a system for decentralized supply of energy from onsite renewables to be developed, operated and validated on a public building. The pilot focuses on integrating clean technologies through sector coupling (electricity, heat and hydrogen), supporting the transformation of the district heating system as coal is phased out (Just Transition).. Supporting activities will include the formation of a “local hydrogen alliance” pursuing the efficient utilization of renewable hydrogen within an environmentally sustainable and economically viable model.3.Dynamic Hydrogen Releasers – Torviscosa, ItalyThis pilot develops and demonstrates Dynamic Hydrogen Releasers (DHR), based on Liquid Organic Hydrogen Carrier (LOHC) technology. This innovation supports safe and efficient transport, storage, and on-demand release of hydrogen, contributing to Europe’s green mobility and industrial decarbonisation strategies. Throughout the development phase, this pilot needs to define the technical requirements and dimensions of the DHR units.4.Cost-efficient hydrogen transportation cylinders – Udine, ItalyThis pilot develops composite designs for cost-efficient hydrogen transportation cylinders. The focus is on improving vessel designs to enhance the mobility of energy storage, reducing costs while ensuring the safe and efficient transport of compressed hydrogen.5.Gasification plant for waste materials – Zagreb, CroatiaThis pilot focuses on developing a prototype gasification plant for waste materials. The universal gasification system is designed to process municipal solid waste (MSW) and convert it into valuable products such as synthesis gas (syngas) and charred residue (ash), which can be further used.Objectives financial support to third parties (FSTP) in NACHIPFinancial Support to Third Parties (FSTP), also referred to as cascade funding, is a mechanism of the European Commission designed to distribute public funding to either increase uptake of innovations on the side of recipients such as Small and Medium-sized Enterprises (SMEs) or to support project implementation in addressing specific challenges and advancements towards key objectives.Under NACHIP, FSTP enables targeted support to companies proposing hydrogen-based solutions at a TRL>7, connected to pilot projects that can be validated and deployed in real life settings. The mechanism ensures fast access to funding, reduced administrative burden and a competitive, transparent selection process.The FSTP reinforces NACHIP demonstration activities through the following specific objectives:<ol><li data-list=\"bullet\">enabling market adoption of hydrogen-related technologies, products and services developed within Nachip’s pilots, combining different Key Enabling Technologies;</li><li data-list=\"bullet\">fostering new technological solutions driven by SMEs.</li></ol>More in particular, the FSTP under the NACHIP project will:1.enable testing, validation and demonstration of hydrogen technologies in real-life environments through NACHIP pilot sites (specific to the NACHIP);2.support TRL advancement of innovative solutions toward market readiness<a href=\"#_ftn1\" rel=\"noopener noreferrer\" target=\"_blank\">[1]</a>;3.accelerate commercial deployment and exploitation of hydrogen innovations, including cross-border business opportunities;4.address technical bottlenecks and integration challenges in the hydrogen value chain, completing the value chains of the companies belonging to the NACHIP consortium;5.strengthen safety, standardization and regulatory compliance of hydrogen technologies;6.promote cross-sectoral replication and interoperability to enable wider adoption across industries;7.contribute to the investment portfolio and key performance indicators (KPIs) of the project.Applicants can submit proposal through the NACHIP website <a href=\"https://www.nachip.eu/open-calls/\" rel=\"noopener noreferrer\" target=\"_blank\">https://www.nachip.eu</a>All applications must be filled and submitted in English language.The evaluation is conducted by 3 experts. For evaluation process and criteri will be described in <a href=\"https://www.nachip.eu/open-calls/\" rel=\"noopener noreferrer\" target=\"_blank\">https://www.nachip.eu/open-calls/</a>For more information or assistance with the application process, participants can contact the NACHIP project directly:<a href=\"https://ec.europa.eu/info/funding-tenders/opportunities/portal/nachip@meta-group.com\" rel=\"noopener noreferrer\" target=\"_blank\">nachip@meta-group.com</a>Questions to the above-mentioned email address can be submitted until 9th of October 2026." ] }