Twinning to enable Baltic Sea vessels to meet Fit-for-55 regulations

Widening ParticipationHORIZON-CSAID: 101159424
EC Contribution
€14,999
Consortium Size
4 orgs
Start Year
2024
Summary

The BALTIC-FIT project will build a network of excellence between organizations from Baltic Sea Region (Estonia as a Widening country, Finland and Sweden) to enable Baltic Sea maritime transport meet ‘Fit for 55’ regulations in decarbonisation. The BALTIC-FIT will achieve this goal by implementing a three-year Innovation strategy comprising five objectives, which are focused on strengthening the TTU’s position in the field of maritime decarbonization. This strategy includes short-term staff exchanges of senior and young researchers, 3 thematic summer schools; organization of innovation workshops for industrial and maritime stakeholders; attendance of external events; publication of joint open-access research articles and professional articles.To strengthen the research management skills of TTU, a specific work package integrates a comprehensive approach including (1) multi-hour mentoring programme focused on preparation of Horizon Europe proposals and (2) training workshops on proposal writing, research management, project administration, research dissemination and communication and IP management. In the frame of the joint innovation project the partners will concentrate efforts on the decarbonization of the shipping in Baltic Sea region, which has specific constraints in terms of operations, and will deliver recommendations for authorities and private business companies on how to tackle the pressing issue of decarbonisation. The authorities will have more understanding the opportunities that business sector has in GHG-emission reduction and private sector will learn about operational (TTU), technical (VTT) and digital (RISE) aspects of shipping.By enhancing collaboration between Baltic maritime stakeholders, BALTIC-FIT will cultivate a comprehensive understanding of the sustainable maritime practices, guiding the region towards environmental sustainability aligned with “Fit for 55' package and contributing to the success of the European Green Deal.

Consortium (4)

Project Results (18)

Source: CORDIS, the EU research results database.

Publications (18)
A Systematic Mapping of Emission Control Areas (ECAs) and Particularly Sensitive Sea Areas in Maritime Environmental Governance
MDPI· 2025DOI
Deniece M. AikenUlla Pirita Tapaninen
Advancing Sustainable Icebreaking: Alternative Fuels and Operational Efficiency for a Northern Baltic Sea Case
Volume 3: Ocean Engineering; Polar and Arctic Sciences and Technology· 2025DOI
Roomet Leiger, Pentti Kujala, Ulla Pirita Tapaninen, Kristine Carjova
Assessing the Potential of Risk-Based Regulations for Emerging Maritime Technologies
35th European Safety and Reliability Conference (ESREL 2025) and the 33rd Society for Risk Analysis Europe Conference (SRA-E 2025)· 2025DOI
Kristin Kerem, Deniece M. Aiken, Kristine Carjova, Ulla Pirita Tapaninen, Teemu Manderbacka
Comparative Analysis of the Alternative Energy: Case of Reducing GHG Emissions of Estonian Pilot Fleet
Journal of Marine Science and Engineering· 2025DOI
Riina Otsason, Andres Laasma, Yiǧit Gülmez, Jonne Kotta, Ulla Tapaninen
Data-Driven Propulsion Load Optimization: Reducing Fuel Consumption and Greenhouse Gas Emissions in Double-Ended Ferries
Journal of Marine Science and Engineering· 2025DOI
Andres Laasma, Deniece M. Aiken, Kadi Kasepõld, Olli-Pekka Hilmola, Ulla Pirita Tapaninen
Economic Feasibility and Operational Performance of Rotor Sails in Maritime Transport
Sustainability· 2025DOI
Kristine Carjova, Olli-Pekka Hilmola, Ulla Tapaninen
Maritime governance : contextual factors affecting Maritime governance : contextual factors affecting implementation of IMO instruments implementation of IMO instruments
· 2025DOI
Deniece M. Aiken
Soft Values in Port-city Relationships: Case of Reidi Road and Port of Tallinn
Transnav· 2025DOI
K. Rauk, U. Tapaninen
Success Factors in Commercialization of Wing-in-Ground Crafts as Means of Maritime Transport: A Case Study
Future Transportation· 2025DOI
Kristin Kerem, Kristīne Carjova, Ulla Pirita Tapaninen
Sustainability
MDPI Sustainability· 2025DOI
Mari-Liis Tombak; Ulla Tapaninen; Jonne Kotta
Akulaevade areng ja tulevikuväljavaade
Meremees· 2024
Kadi Kasepõld
Digital Transformation Framework for Logistics Service Providers
Handbook of Digital Innovation, Transformation, and Sustainable Development in a Post-Pandemic Era· 2024DOI
Seçil Gülmez, Gül Denktaş-Şakar
Era of uncertain events: Swedish foreign trade in 2010–2023
Marine Development· 2024DOI
Olli-Pekka Hilmola, Daniella Fjellström, Per Hilletofth
Profitability of Shipping and the Role of Fleet Ownership—North European Company Case Study
Handbook of Digital Innovation, Transformation, and Sustainable Development in a Post-Pandemic Era· 2024DOI
Ulla Tapaninen, Olli-Pekka Hilmola
Unlocking the potential of shellfish biomass: refining protein extraction from Baltic blue mussels for sustainable food applications
Cogent Food & Agriculture· 2024DOI
Indrek Adler, Jonne Kotta, Rando Tuvikene, Helen Orav Kotta
Valorization of Baltic Sea farmed blue mussels: Chemical profiling and prebiotic potential for nutraceutical and functional food development
Food Chemistry: X· 2024DOI
Indrek Adler, Jonne Kotta, Marju Robal, Sanjida Humayun, Kristel Vene, Rando Tuvikene
Methanol and Ammonia as Alternative Fuels for Icebreaking Operations in the Northern Baltic Sea
Nase More 2025
Leiger, R., Kujala, P., Carjova, K., Staritsyn, A., Hanninen, S., & Tapaninen, U.
Sustainable Marine Coatings: Comparing the Costs, Benefits, and Impacts of Biocidal and Biocide-Free Paints
MDPIDOI
Kontus, O., Kotta, J.