Projects Archives - Tuco Marine Group https://tuco.dk/category/projects/ Fast boats for professionals Mon, 14 Sep 2026 11:59:28 +0000 en-US hourly 1 https://wordpress.org/?v=7.1.3 https://tuco.dk/wp-content/uploads/2025/01/TucoFavicon_32x32.png Projects Archives - Tuco Marine Group https://tuco.dk/category/projects/ 32 32 REFEST – Retrofitting for Greener Fisheries https://tuco.dk/refest-retrofitting-for-greener-fisheries/ Mon, 14 Sep 2026 11:56:12 +0000 https://tuco.dk/?p=14288 REFEST is an EU-funded Horizon Europe project (Grant Agreement No. 101157663) supporting the development of retrofit technologies that can help reduce fuel consumption and emissions on existing fishing vessels. The project explores practical, scalable solutions that can be integrated without major structural changes, with the aim of enabling small-scale fishing communities to adopt more energy-efficient and environmentally responsible operations. Driving Sustainable InnovationTuco Marine Group is proud to contribute to REFEST as one of the industrial partners. The project focuses on developing cost-effective retrofit concepts that may enable existing vessels to reduce emissions by up to 40%, depending on vessel type, operational profile and technology configuration. By improving current fleets rather than replacing them, REFEST supports a more resource-efficient and economically viable pathway for the fishing sector. European CollaborationREFEST brings together 14 partners from 10 European countries, including research institutions, technology developers, fishing organisations and maritime industry experts. This broad collaboration ensures that new ideas are grounded in both scientific research and practical operational experience. As part of the consortium, Tuco Marine Group contributes expertise in innovative vessel design, lightweight structures and sustainable marine solutions. Our role supports the development and assessment of retrofit technologies that can be applied across diverse European fishing fleets. Looking AheadThe project partners are currently developing and testing several technologies, including battery integration concepts, smart sensor systems and other energy-efficient solutions. These activities are carried out in close collaboration with fishing fleets across Europe to ensure that the solutions are practical, scalable and aligned with real operational needs. REFEST aims to deliver knowledge, tools and demonstrators that can support a greener future for the maritime sector – while respecting all obligations under Horizon Europe, including proper implementation, conflict-of-interest management, data protection and communication requirements. Project FundingREFEST is funded by the European Union under the Horizon Europe programme. Tuco Marine Group’s participation follows all obligations under the Grant Agreement, including communication, dissemination and visibility requirements.

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REFEST is an EU-funded Horizon Europe project (Grant Agreement No. 101157663) supporting the development of retrofit technologies that can help reduce fuel consumption and emissions on existing fishing vessels. The project explores practical, scalable solutions that can be integrated without major structural changes, with the aim of enabling small-scale fishing communities to adopt more energy-efficient and environmentally responsible operations.

Driving Sustainable Innovation
Tuco Marine Group is proud to contribute to REFEST as one of the industrial partners. The project focuses on developing cost-effective retrofit concepts that may enable existing vessels to reduce emissions by up to 40%, depending on vessel type, operational profile and technology configuration.

By improving current fleets rather than replacing them, REFEST supports a more resource-efficient and economically viable pathway for the fishing sector.

European Collaboration
REFEST brings together 14 partners from 10 European countries, including research institutions, technology developers, fishing organisations and maritime industry experts. This broad collaboration ensures that new ideas are grounded in both scientific research and practical operational experience.

As part of the consortium, Tuco Marine Group contributes expertise in innovative vessel design, lightweight structures and sustainable marine solutions. Our role supports the development and assessment of retrofit technologies that can be applied across diverse European fishing fleets.

Looking Ahead
The project partners are currently developing and testing several technologies, including battery integration concepts, smart sensor systems and other energy-efficient solutions. These activities are carried out in close collaboration with fishing fleets across Europe to ensure that the solutions are practical, scalable and aligned with real operational needs.

REFEST aims to deliver knowledge, tools and demonstrators that can support a greener future for the maritime sector – while respecting all obligations under Horizon Europe, including proper implementation, conflict-of-interest management, data protection and communication requirements.

Project Funding
REFEST is funded by the European Union under the Horizon Europe programme. Tuco Marine Group’s participation follows all obligations under the Grant Agreement, including communication, dissemination and visibility requirements.

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]]> REFEST Project: Innovative Approach to Sustainable Solutions for Fishing https://tuco.dk/refest-project-innovative-approach-to-sustainable-solutions-for-traditional-fishing/ Mon, 10 Feb 2025 07:26:54 +0000 https://tuco.dk/?p=9201 The European project REFEST – Retrofitting of Fishing Fleets with Low Payback Time and Easy to Deploy Solutions for Footprint and GHG Emissions Reduction – launched on May 1, 2024, address the growing need to reduce fuel consumption and greenhouse gas emissions in traditional fishing vessels. Funded under the EU Mission “Restore our Ocean and Waters by 2030”, REFEST aims to develop scalable, low-cost technologies capable of reducing emissions by up to 40%. The project focuses mainly on retrofit requirements for fishing vessels, environmental and biodiversity impact assessment, battery design and sensor integration, and economic and social assessments. The solutions developed will be practical, easily deployable, and economically sustainable, having a significant impact on small fishing fleets. The Consortium The REFEST consortium is composed of 14 experienced academic and industrial partners from 10 countries covering the Mediterranean, North, and Baltic Seas: Italy, Spain, Turkey, Lithuania, Norway, Denmark, Sweden, France, Germany, and Poland. The partners include: 4 Research and Technology Organizations: KU (Klaipeda University) – Project Coordinator, RISE (Research Institutes of Sweden), MIR (Morski Instytut Rybacki), AIMPLAS (Asociacion de investigacion de materiales plastico y conexas). 2 Large companies: ELKON (ELKON ELEKTRIK SANAYI VE TICARET ANONIM sirketi), RINA Consulting. 7 Small Medium Enterprises: TUCO (TUCO YACHT VAERFT APS), ENCO Srl, NXH (NEXTHORIZON), BLUENAV, CALSENS (Cálculo de Estructuras Sensadas), EAS Batteries GmbH, GEMI Boats Scandinavia AS. 1 Fishing Association: LFPA (Lithuanian Fisheries Producers Association). This international consortium brings together multidisciplinary expertise from the maritime, scientific, technological, and industrial sectors to develop concrete and innovative solutions. 2024 Milestones   Kickoff Meeting (May 22-23, 2024)  Hosted by the project coordinator, Klaipeda University in Klaipeda, Lithuania Brought together key academic and industrial stakeholders Presented project overview and six-month activity plan Consortium Meeting (November 19-20, 2024)  Hosted by project partners CALSENS and AIMPLAS in Valencia, Spain Reviewed first six months of project progress Discussed technical works, challenges, and next steps   Looking Ahead  Currently, the partners are working on technical activities to develop the final solutions that will enable the achievement of the project’s goals. These efforts include: Designing and testing innovative technologies to improve the energy efficiency of fishing vessels. Collaborating with local fleets to ensure that the solutions are practical and adaptable to the real needs of the sector.   Networking and Synergies with Other Projects In addition to its core technical activities, the REFEST project has also started establishing important networking activities and synergies with other EU-funded initiatives in the maritime and environmental sectors. These collaborations are expected to enhance the impact of the REFEST solutions and foster further innovation through the exchange of knowledge, technologies, and best practices.   Towards a Sustainable Future REFEST represents a concrete example of the European Union’s commitment to integrating technological innovation with environmental sustainability. The project aims not only to improve the efficiency of vessels but also to protect marine ecosystems for future generations. For more information about REFEST and future developments, visit the official project website www.refest-project.eu and social media pages on LinkedIn , X and YouTube.   Press Contact:  Vasilij Djackov – KLAIPEDA UNIVERSITY – Project Coordinator vasilij.djackov@ku.lt Ania Capraro – ENCO SRL – Project & Communication Manager capraro@enco-consulting.it Retrofitting of fishing fleets with low payback time and easy to deploy solutions for footprint and GHG emissions reduction

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The European project REFEST – Retrofitting of Fishing Fleets with Low Payback Time and Easy to Deploy Solutions for Footprint and GHG Emissions Reduction – launched on May 1, 2024, address the growing need to reduce fuel consumption and greenhouse gas emissions in traditional fishing vessels.

Funded under the EU Mission “Restore our Ocean and Waters by 2030”, REFEST aims to develop scalable, low-cost technologies capable of reducing emissions by up to 40%. The project focuses mainly on retrofit requirements for fishing vessels, environmental and biodiversity impact assessment, battery design and sensor integration, and economic and social assessments.

The solutions developed will be practical, easily deployable, and economically sustainable, having a significant impact on small fishing fleets.

The Consortium

The REFEST consortium is composed of 14 experienced academic and industrial partners from 10 countries covering the Mediterranean, North, and Baltic Seas: Italy, Spain, Turkey, Lithuania, Norway, Denmark, Sweden, France, Germany, and Poland. The partners include:

  • 4 Research and Technology Organizations: KU (Klaipeda University) – Project Coordinator, RISE (Research Institutes of Sweden), MIR (Morski Instytut Rybacki), AIMPLAS (Asociacion de investigacion de materiales plastico y conexas).
  • 2 Large companies: ELKON (ELKON ELEKTRIK SANAYI VE TICARET ANONIM sirketi), RINA Consulting.
  • 7 Small Medium Enterprises: TUCO (TUCO YACHT VAERFT APS), ENCO Srl, NXH (NEXTHORIZON), BLUENAV, CALSENS (Cálculo de Estructuras Sensadas), EAS Batteries GmbH, GEMI Boats Scandinavia AS.
  • 1 Fishing Association: LFPA (Lithuanian Fisheries Producers Association).


This international consortium brings together multidisciplinary expertise from the maritime, scientific, technological, and industrial sectors to develop concrete and innovative solutions.

2024 Milestones  

Kickoff Meeting (May 22-23, 2024) 

  • Hosted by the project coordinator, Klaipeda University in Klaipeda, Lithuania
  • Brought together key academic and industrial stakeholders
  • Presented project overview and six-month activity plan

Consortium Meeting (November 19-20, 2024) 

  • Hosted by project partners CALSENS and AIMPLAS in Valencia, Spain
  • Reviewed first six months of project progress
  • Discussed technical works, challenges, and next steps

 

Looking Ahead 

Currently, the partners are working on technical activities to develop the final solutions that will enable the achievement of the project’s goals. These efforts include:

  • Designing and testing innovative technologies to improve the energy efficiency of fishing vessels.
  • Collaborating with local fleets to ensure that the solutions are practical and adaptable to the real needs of the sector.

 

Networking and Synergies with Other Projects

In addition to its core technical activities, the REFEST project has also started establishing important networking activities and synergies with other EU-funded initiatives in the maritime and environmental sectors. These collaborations are expected to enhance the impact of the REFEST solutions and foster further innovation through the exchange of knowledge, technologies, and best practices.

 

Towards a Sustainable Future

REFEST represents a concrete example of the European Union’s commitment to integrating technological innovation with environmental sustainability. The project aims not only to improve the efficiency of vessels but also to protect marine ecosystems for future generations.

For more information about REFEST and future developments, visit the official project website www.refest-project.eu and social media pages on LinkedIn , X and YouTube.

 

Press Contact: 

Vasilij Djackov – KLAIPEDA UNIVERSITY – Project Coordinator vasilij.djackov@ku.lt

Ania Capraro – ENCO SRL – Project & Communication Manager capraro@enco-consulting.it

Retrofitting of fishing fleets with low payback time and easy to deploy solutions for footprint and GHG emissions reduction

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]]> DIGI4ECO Project: A New Era in Marine Ecosystem Management https://tuco.dk/digi4eco-project-a-new-era-in-marine-ecosystem-management/ Fri, 01 Mar 2024 10:47:22 +0000 https://tuco.dk/?p=8088 DIGI4ECO Project: A New Era in Marine Ecosystem Management We are proud to be part of the groundbreaking DIGI4ECO initiative, which is set to revolutionize the management and restoration of marine ecosystems and biodiversity. This ambitious project leverages cutting-edge digital innovations to unlock new insights and advancements in how we understand and protect our vital marine environments. DIGI4ECO focuses on several key objectives:- Unlocking Sleeping Data: Developing advanced tools to access and process data from diverse sources.- Boosting Data Harmonization: Establishing standards and best practices for a cohesive data ecosystem.- Creating Virtual Ecological Monitoring: Integrating robotic networks with virtual infrastructure to set the stage for future Distributed Twin Observatories.- Activating Demo-Missions: Demonstrating the power of combining robotic monitoring data with spatio-temporal modelling.- Standardizing Data Collection: Setting standards for efficient and real-time data collection in marine areas.- Expanding Data Capacity: Enhancing the ability to acquire, store, and process high-frequency biological and environmental data.- Ensuring Data Security: Prioritizing secure and reliable data flows.Our role in this project is to deliver an advanced Unmanned Surface Vessel (USV) that will be instrumental in the data collection and monitoring phases of DIGI4ECO.I invite you to follow the progress of this transformative project by visiting the DIGI4ECO website and following the project on social media. Visit the website: [https://lnkd.in/dNfxyNzQ)Follow DIGI4ECO on social media:- [Facebook](https://lnkd.in/dMDNsRE8)- [LinkedIn](https://lnkd.in/dczABNpQ)- [Twitter](https://x.com/DIGI4ECO) Partners in the DIGI4ECO are; Institut de Ciències del Mar – CSIC, Coronis Computing S.L. , Università Politecnica delle Marche , Atlantic Technological University , Tuco Marine ApS – ProZero Workboats , Universitat Politècnica de Catalunya , University of Nicosia , ESI Ltd. Engitec Systems International Ltd. , GEOMAR Helmholtz-Zentrum für Ozeanforschung Kiel , University of Gothenburg , Graal Tech Srl , Stazione Zoologica Anton Dohrn , Spartan Space , Space Applications Services NV/SA , National Center for Scientific Research “Demokritos”​ , Robust Systems Engineering SCC Ltd , Marine Institute , STRATAGEM Ltd. The DIGI4ECO project, are funded by the European Commission under the Horizon Europe Framework Programme, as part of the call “Actions for the implementation of the Mission Restore our ocean and waters by 2030 (HORIZON-MISS-2022-OCEAN-01)”. This project falls under the category of Innovation Actions, with the full title being “Digital Twin-sustained 4D ecological monitoring of restoration in fishery depleted areas”. The consortium comprises 18 partners from 10 countries.

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DIGI4ECO Project: A New Era in Marine Ecosystem Management
 
We are proud to be part of the groundbreaking DIGI4ECO initiative, which is set to revolutionize the management and restoration of marine ecosystems and biodiversity. This ambitious project leverages cutting-edge digital innovations to unlock new insights and advancements in how we understand and protect our vital marine environments.
 
DIGI4ECO focuses on several key objectives:
– Unlocking Sleeping Data: Developing advanced tools to access and process data from diverse sources.
– Boosting Data Harmonization: Establishing standards and best practices for a cohesive data ecosystem.
– Creating Virtual Ecological Monitoring: Integrating robotic networks with virtual infrastructure to set the stage for future Distributed Twin Observatories.
– Activating Demo-Missions: Demonstrating the power of combining robotic monitoring data with spatio-temporal modelling.
– Standardizing Data Collection: Setting standards for efficient and real-time data collection in marine areas.
– Expanding Data Capacity: Enhancing the ability to acquire, store, and process high-frequency biological and environmental data.
– Ensuring Data Security: Prioritizing secure and reliable data flows.
Our role in this project is to deliver an advanced Unmanned Surface Vessel (USV) that will be instrumental in the data collection and monitoring phases of DIGI4ECO.
I invite you to follow the progress of this transformative project by visiting the DIGI4ECO website and following the project on social media.
 
Visit the website: [https://lnkd.in/dNfxyNzQ)
Follow DIGI4ECO on social media:
– [Facebook](https://lnkd.in/dMDNsRE8)
– [LinkedIn](https://lnkd.in/dczABNpQ)
– [Twitter](https://x.com/DIGI4ECO)
 
Partners in the DIGI4ECO are; Institut de Ciències del Mar – CSIC, Coronis Computing S.L. , Università Politecnica delle Marche , Atlantic Technological University , Tuco Marine ApS – ProZero Workboats , Universitat Politècnica de Catalunya , University of Nicosia , ESI Ltd. Engitec Systems International Ltd. , GEOMAR Helmholtz-Zentrum für Ozeanforschung Kiel , University of Gothenburg , Graal Tech Srl , Stazione Zoologica Anton Dohrn , Spartan Space , Space Applications Services NV/SA , National Center for Scientific Research “Demokritos”​ , Robust Systems Engineering SCC Ltd , Marine Institute , STRATAGEM Ltd.
 
The DIGI4ECO project, are funded by the European Commission under the Horizon Europe Framework Programme, as part of the call “Actions for the implementation of the Mission Restore our ocean and waters by 2030 (HORIZON-MISS-2022-OCEAN-01)”. This project falls under the category of Innovation Actions, with the full title being “Digital Twin-sustained 4D ecological monitoring of restoration in fishery depleted areas”. The consortium comprises 18 partners from 10 countries.

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]]> The ENDURUNS USV leaves our facilities in Faaborg https://tuco.dk/this-week-the-enduruns-usv-left-our-facilities/ Fri, 19 Aug 2022 11:29:00 +0000 https://tuco.dk/?p=8223 This week another USV left our facilities in Faaborg, Denmark. Unmanned Surface Vessel constitues a good part of our production however many of such is build under NDA´s with our clients. Here´s one we can show, the new ENDURUNS USV, developed and build in the ENDURUNS project and now shipped to ENDURUNS partner ALTUS LSA for their further work, preparing the vessel for the exciting missions of the ENDURUNS project where it, with its integrated hybrid AUV system from Graal Tech Srl will be capable of operating under deep ocean conditions and performing a wide range of missions, targeting the increase of scientific knowledge as well as industrial capability and performance. The powerbank of the USV will comprise a set of LFP batteries recharged by solar panels and a hydrogen PEM fuel cell.  The ProZero 8m USV is equipped with a range of advanced features that ensure seamless integration with the ENDURUNS AUV system. It serves as a vital companion, facilitating geotagging, communication, and command transmission between the AUV and the Remote Mission Control Center (RMCC). This dynamic collaboration allows for real-time updates and mission adjustments, ensuring optimal performance and flexibility in any environment. One of the standout features of the ProZero 8m USV is its ability to connect with the AUV when needed and return to port as a single unit. This streamlined operation not only enhances efficiency but also facilitates accurate geotagging of the areas mapped or inspected by the AUV, providing invaluable data for various applications. To extend operational autonomy, the ProZero 8m ENDURUNS USV integrates a hybrid power bank comprising a hydrogen fuel cell, battery pack, and photovoltaic panels. This intelligent energy management system ensures sustained power supply even in remote deep ocean or heavy traffic environments, making the USV self-sufficient and adaptable to diverse operational requirements.   Other partners in the project are; Comex SAS ESI Ltd. Engitec Systems International Ltd. Space Applications Services NV/SA On AIR srl Metis Baltic Klaipėdos uostas / Port of Klaipeda @Hysytech s.r.l, Z group, Swiss Approval, University of Birmingham, Universidad de Castilla-La Mancha Demokritos, Cnr-Ismar Istituto di Scienze Marine, 경북대학교(Kyungpook National University), Hanwha SystemsThis project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 824348.

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This week another USV left our facilities in Faaborg, Denmark. Unmanned Surface Vessel constitues a good part of our production however many of such is build under NDA´s with our clients.
 
Here´s one we can show, the new ENDURUNS USV, developed and build in the ENDURUNS project and now shipped to ENDURUNS partner ALTUS LSA for their further work, preparing the vessel for the exciting missions of the ENDURUNS project where it, with its integrated hybrid AUV system from Graal Tech Srl will be capable of operating under deep ocean conditions and performing a wide range of missions, targeting the increase of scientific knowledge as well as industrial capability and performance. The powerbank of the USV will comprise a set of LFP batteries recharged by solar panels and a hydrogen PEM fuel cell.
 

The ProZero 8m USV is equipped with a range of advanced features that ensure seamless integration with the ENDURUNS AUV system. It serves as a vital companion, facilitating geotagging, communication, and command transmission between the AUV and the Remote Mission Control Center (RMCC). This dynamic collaboration allows for real-time updates and mission adjustments, ensuring optimal performance and flexibility in any environment.

One of the standout features of the ProZero 8m USV is its ability to connect with the AUV when needed and return to port as a single unit. This streamlined operation not only enhances efficiency but also facilitates accurate geotagging of the areas mapped or inspected by the AUV, providing invaluable data for various applications.

To extend operational autonomy, the ProZero 8m ENDURUNS USV integrates a hybrid power bank comprising a hydrogen fuel cell, battery pack, and photovoltaic panels. This intelligent energy management system ensures sustained power supply even in remote deep ocean or heavy traffic environments, making the USV self-sufficient and adaptable to diverse operational requirements.

 

Other partners in the project are; Comex SAS ESI Ltd. Engitec Systems International Ltd. Space Applications Services NV/SA On AIR srl Metis Baltic Klaipėdos uostas / Port of Klaipeda @Hysytech s.r.l, Z group, Swiss Approval, University of Birmingham, Universidad de Castilla-La Mancha Demokritos, Cnr-Ismar Istituto di Scienze Marine, 경북대학교(Kyungpook National University), Hanwha Systems
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 824348.

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