Smart and Safe Work Wear Clothing
The project focuses on mass customisation, and the possibility to integrate IT technology in work wear, as well as to enhance supply chain management. The objective is to develop the work wear clothing industry in the Baltic Sea Region and prepare it to meet competition from new producers and imports from other parts of the world.
Sustainable and Multimodal Transport Actions in the Scandinavian-Adriatic Corridor
The objective of the project is to foster clean, multimodal transport through the Scandinavian-Mediterranean Core Network Corridor regions to increase connectivity and competitiveness, while at the same time minimising the negative environmental impact induced by transport activities.
GREEN CRUISE PORT - Sustainable Development of Cruise Port Locations
Planning and meeting the fast growing demand and the associated environmental requirements in the cruise sector in a strategic, sustainable manner is necessary. Due to the transnationality of the ‘cruise product’, only a joint planning process of Baltic Sea Region ports will have sustainable results.
Diving with State Maritime Resources in The Baltic
The project attempts to prepare divers for cooperation across the Baltic Sea Region in the case of accidents. With coordination and common understanding of procedures, knowledge of general and specific diving competences and mapping of gaps, a solid and endurable search and rescue organization can be established in the Baltic Sea, making it a safer place to travel, live and work on.
Smart Blue Regions: Smart Specialisation and Blue Growth in the BSR
The project seeks to enhance blue growth opportunities based on increased capacity of the Baltic Sea Region to implement research and innovation strategies for smart specialisation (so called RIS3). This project is focusing on the blue value chain of Machinery & Technology, Life Science & Blue Medicine and Energy.
Ecodesign as Driver of Innovation in the BSR
The project’s aim is to increase the capacity of design centres, professionals and lecturers in ecodesign, leading to an advanced performance in non-technological innovation. Applied, EcoDesign can have an impact on the circular economy model in the Baltic Sea Region by reducing carbon emissions and increasing employment.
Innovative management solutions for minimizing emissions of hazardous substances from urban areas in the Baltic Sea Region
The pollution of the Baltic Sea from urban areas is a common problem, which cannot be solved by a single country. The project will implement concrete substance reduction measures and make the Baltic Sea region a front runner in chemicals management at the local level.
Water Management in Baltic Forests
The project aims at tackling problems concerning forestry activities in relation to water quality. Special emphasis is set on clear water, nutrient export and hazardous substances, such as mercury. The project works on three main topics that all have a large impact on water quality: riparian forests, drainage and beaver activity.
Interactive WAter MAnagement
The project aims to improve the resource efficiency in wastewater management in the Baltic Sea Region by capacity development of the wastewater treatment operators and implementation of pilot investments, which will result in reduced nutrient inflows to the Baltic Sea
Baltic Blue Growth - Initiation of full scale mussel farming in the Baltic sea
One of the most serious challenges the Baltic Sea is facing is eutrophication, the enrichment of ecosystems by chemical nutrients. The objective of the project is to remove nutrients from the Baltic Sea Region by farming and harvesting blue mussels. This may be a stand-alone measure to counteract eutrophication, but can also become a business model for the feed industry and be used in symbiosis with fish farms.
Baltic Blue Biotechnology Alliance
The project will bring together blue biotechnology actors from across the Baltic Sea Region to develop innovative marine biotechnology based products and services in response to the EU Sustainable Blue Growth Agenda for the Baltic Sea Region—a blueprint for harnessing the region’s strengths to boost innovation and growth in the maritime area.
Operational plans and procedures for maritime search and rescue in HNS incidents
100 – 200 incidents are reported involving commercial traffic but the number of near miss situations is many times higher. This, combined with the increasing amount of traffic in the Baltic Sea, the traffic intersecting at several nodes, difficult waters, and the harsh winter conditions in the northern Baltic Sea increase both the probability of a largescale maritime incident and the difficulty of conducting search and rescue operations.
The project objective is to build on the advancements of digital technologies and the potential of convergence between digital audio-visual content production industries, such as film and videogames and the education, tourism and health sectors. Techniques of audio-visual, interactive, participatory and multiplatform storytelling and forms of gamification can be used in service of the three sectors. There is a momentum for such inter-sector cooperation to open up the rapidly evolving avenue of ‘crossinnovation’.
North Sea Baltic Connector of Regions
The project aims to improve the sustainable accessibility of the Eastern Baltic Sea Region to freight and passenger transport. It underlines the importance to link the input from transport operators and the business sector to the improvement of interoperability and proposes their view on measures needed to remove bottlenecks in border crossing areas.
Enhancing freight Mobility and logistics in the BSR by strengthening inland waterway and river sea transport and proMoting new internAtional shipping services
TENTacle - Capitalising on TEN-T core network corridors for prosperity, growth and cohesion
The Baltic Sea Region is crossed by three core transport network corridors (CNCs), which together have the potential to stimulate positive effects beyond the pure transport sector and beyond the immediate territories they cross. The project aims to improve stakeholder capacity to reap benefits of the implementation of CNCs.
Decision Aid for Marine Munitions
The project aims at supporting maritime, defence and environmental administrations in making decisions on management strategies for dumped chemical and conventional warfare in the Baltic Sea and the Skagerrak to assess the risk associated with corroding warfare objects, such as dumped containers filled with munitions.
Baltic Fracture Competence Centre
The number of bone fractures and linked health disorders are going to increase in the future due to an ageing society. The project will set up local registries and link them together in one transnational data registry. Hospitals and companies in the Baltic Sea region will use the registry to identify needs and potentials for innovation within fracture management.
LNG Value Chain for Clean Shipping, Green Ports and Blue Growth in Baltic Sea Region
The project will focus on developing the demand and accessibility of Liquefied Natural Gas (LNG) in the Baltic Sea Region. It will create a strategic approach to LNG development and a technology approach for consolidating the LNG value chain and it will provide skills and business partnerships for infrastructure development.
Mitigating the effects of emergencies in Baltic Sea Region ports
Harbours, terminals and storage facilities, including those for dangerous goods are often located close to residential areas, thus potentially exposing a large number of people to the consequences of accidents. The project aims at mitigating accidents and emergencies in seaports in the Baltic Sea Region, all handling large volumes of cargo and passengers.
Power Electronics for Green Energy Efficiency
The project Green PE demonstrated that advanced power electronics are technically feasible, reliable and cost efficient in test applications of electric car engines, wind energy production, as well as smart buildings and compiled a roadmap to accelerate their market uptake.
Baltic Science Network
The project will foster the realisation of common higher education and research area in the Baltic Sea Region, and its research and innovation performance. The overall aim is to support the realisation of the European Research Area via intensified cooperation in the Baltic Sea Region, increase the research and innovation performance and strengthen the political ownership in the field of science policy.
MARELITT Baltic - Reducing the impact of marine litter in the form of Derelict Fishing Gear (DFG) on the Baltic Sea environment
Derelict fishing gear is addressed worldwide as a source of marine litter with extensive hazardous effects on the marine ecosystem. The project will be the first transnational initiative in the world providing an operation oriented, all target groups involved, all-in-one solution to turn a diffuse problem into a clear, transparent and apprehensible topic contributing to an enhanced international readiness to act. It will contribute to a Baltic Sea free from marine litter and hazardous substances and it will increase sustainable treatment of derelict fishing gear.
Coherent Linear Infrastructures in Baltic Maritime Spatial Plans
The project seeks to increase transnational coherence of shipping routes and energy corridors in Maritime Spatial Plans (MSP) in the Baltic Sea Region. This will prevent cross border mismatches and secures transnational connectivity, as well as efficient use of Baltic Sea space.
Innovative solutions to support BSR enterprises in product development aimed at raising comfort and safety of seniors home living
The project will give furniture companies inspiration and a common identity, it will enhance their knowledge and competences, and increase their capability to work in a transnational environment. Consequently it will enhance their capacity of innovation to create smart products adapted to senior needs, making the companies more innovative and competitive. This is a unique opportunity to raise seniors’ comfort and level of safety and at the same time enhance capacity of innovation.
Advancement of non-technological innovation performance and innovation capacity in fruit growing and processing sector in selected Baltic Sea Region countries
The project aims at developing the fruit growing potential in the Baltic Sea Region to secure the availability of healthy, high quality fruit and fruit related products through research driven innovations.
Integrated Baltic offshore wind electricity grid development
The Baltic Integrid project shaped a plan for a coordinated Baltic Sea offshore electricity grid - a big leap forward to removing one of the most important bottlenecks for the development of renewable energy sources in the Baltic Sea region.
Stimulating smart specialization ecosystem through engaging SMEs in open innovation processes
The project focuses on bio- and circular economy as a cross-sectoral priority field of smart specialization in the Baltic Sea Region. The policy approach of open innovation based ecosystems calls for new tools of innovation management and follow up systems. The main objective is to improve competences and capabilities of innovation actors to apply a transnational approach to the implementation of their regional and national smart specialisation strategies.
Reducing nitrogen loss from livestock production by promoting the use of slurry acidification techniques in the Baltic Sea Region
Livestock manure is the main source of ammonia nitrogen emissions in the Baltic Sea Region. It not only threatens the status of the Baltic Sea, but also directly threaten human health. This project will promote the use of slurry acidification technologies throughout the Baltic Sea Region to reduce airborne eutrophication and create a more competitive and sustainable farming sector.
Water emissions and their reduction in village communities – villages in Baltic Sea Region as pilots
Discharge from households not connected to urban waste water treatment plants, called scattered dwellings, is the third largest diffuse of nutrient loads to the Baltic Sea. The main challenge of this project is to find the most cost effective and environmentally friendly wastewater treatment solutions for the households in order to decrease wastewater emissions into the Baltic Sea.
Baltic Sea Region Network in Doctoral Training in Nursing/Health Sciences
Personalised health care relies on a patient’s autonomy, trustworthy staff-patient relationship and a shared responsibility. Although it is an essential element of high quality healthcare, it requires streamlined training for health professionals. The project actively supports doctoral student exchange and establishes a closer cooperation and a mentoring programme among universities in the Baltic Sea region to leverage doctoral training and to build on the multidisciplinary research training.
Cultural planning as a BSR tool for co-creating collaboration and innovation among citizens and between citizens and authorities, on inclusive, sustainable development of city public space.
Social inclusion is a growing challenge for the Baltic Sea region. A better use of public space in cities is a possible solution to closer connect the people. BSRCulturalPlanning intends to adopt cultural planning as a method to stimulate interactions among varied groups of citizens. The project aims to bring together departments in municipalities responsible for cultural and urban departments as well as experts in cultural planning, and work together on better use of public spaces.
Creativity, Digital Innovation and Cultural Tourism: Synergies, Network and Capacity Building
CreaDigi&Tourism aims to facilitate the development of cultural tourism in the Baltic Sea region and its neighbourhood by increasing interaction of tourism operators and cultural and creative industry actors. With the main emphasis placed on peripheral areas of the region, the project will use gamification, mobile applications and virtual and augmented reality in order to boost individualised and interactive cultural tourism services.
Wood Biomass Production in Medium Rotation Plantations with Hybrid Aspen and Poplars
There is a growing interest in fast-growing tree species, such as hybrid aspens and poplars, especially in the context of bioeconomy approach becoming more popular. These trees have a great potential to constitute a significant share in the wood-based biomass in the near future. MedRoPlan aims to elaborate on developing and improving the production methods of the wood biomass with the use of hybrid aspens and poplars.
Evaluation of water quality and territories vulnerability in Daugava River Basin
The Daugava river is the second largest river flowing into the Baltic Sea, the basin of which expands to Belarus, Russia and the three Baltic States. Although its ground and surface waters are used for drinking and industrial purposes, a coordinated water quality assessment is still missing. QWATERA aims to strengthen institutional cooperation to develop harmonised assessment criteria of surface and groundwater quality so that good status of waters could be ensured in the future.
The integrated tourism offer on inland waterways
The international waterway E70 stretches from Antwerp via Berlin inland waterways node, northern Poland, the Kaliningrad region up to Klaipeda in Lithuania. The project aims to develop a harmonised inland tourism offer along the waterway and to team up business, local authorities, tourism associations and other involved actors to expand and better promote touristic services.
Baltic Urban Living. Brownfields regeneration in sustainable and resources efficient mixed-use areas for eco-social living and working.
A shift from the industrial to information economy that took place last century resulted in some abandoned and frequently contaminated areas in cities. Baltic Urban Living tackles the issue of these so-called brownfield areas and proposes assessment and spatial design tools in order to turn them back into high quality living and working environments. A common platform will help local authorities, researchers and other interested actors cooperate and exchange best practices on efficient handling brownfield areas
Impact of micropollutants emitted from municipal wastewater treatment plants on Baltic Sea ecosystems and assessment of cost-benefit of advanced treatment technologies in a regional perspective
A lot of chemicals used in everyday life, which are called micropollutants, enter the Baltic Sea in wastewaters and may exert a negative effect on the surrounding ecosystems. The project attempts to compile the available data of concentrations of micropollutants, assess the biological effects and ecological risk they pose as well as to explore new wastewater treatment technologies for efficient reduction of toxins and removal of micropollutants from water.
Green Public Procurement of Pharmaceuticals for the Baltic Sea Region
Pharmaceutical emissions to the environment are a major concern in the Baltic Sea region and beyond. GrePPP works towards a sustainable public procurement of pharmaceuticals to protect the aquatic environment in areas where pharmaceuticals are produced. The aim of the project is to develop and test criteria and tools for sustainable public procurement applicable to the aquatic environment. This shall incentivise more sustainable production methods, and, consequently, reduce harmful emissions.
Environmental Responsibility and Resource Efficiency - Preparing ERREC 2.0 project
The project strives to strengthen cooperation between higher education institutions and industrial companies to better implement the circular economy approach in the industrial sector. By bringing together students, companies and university faculty members for research & development of topics relevant to the industry, the possibilities will be examined to improve the companies’ management of resources and environmental efficiency.
Practical implementation of Health in All Policies in the municipalities for better health for all in the Baltic Sea Region
Today, life-style related diseases account for 80% of premature deaths in the Baltic Sea region. In order to overcome resource limitations at municipalities, the project strives to improve the capacities of public health managers and other responsible public bodies, together with the inhabitants, to better run and coordinate activities in preventive medicine and promotion of healthy lifestyle.
Supporting Non-technological Innovation in Owner-managed Manufacturing SMEs through increased capacity of business intermediaries
Business intermediaries, owner-managers and universities jointly develop and apply innovative tools and methods for business counselling that respond to the specific needs of owner-managers of small and medium sized enterprises (SMEs). Owner-managers of SMEs tend to be driven by different considerations than SMEs run by employed managers, for example, their own family’s well-being, the employees’ situations and lack of time for developing their own managerial skills.
Development of Sustainable wetland management by Restoration and biomass utilisation of peatlands in the Neman river catchment to improve water quality of the Baltic Sea
Essential ecosystem services provided by the Baltic Sea, e.g. biodiversity, fisheries and tourism, are threatened by eutrophication caused by excess loads of nutrients to the sea. Discharge from rivers is one of the main pathways how nutrients get to the sea. One idea how to tackle the issue is to decrease the amount of nutrients leaking to the rivers by e.g. reactivation of already drained wetlands. The DESIRE project focuses on the numerous disturbed peatlands in the Neman river catchment and ways to restore some of them to act as wetland buffer zones.
Competent and Competitive Baltic Logistics
The project addresses a gap between the needed and existing logistics skills/competences and, consequently, strengthens the institutional capacities of different companies executing logistics duties within the Baltic Sea region. The project works towards upgrading logistics skills and competences of people involved in logistics and, in this way, improving an overall logistics performance in the Baltic Sea region and reducing differences between the different countries.
Ranging Mode for the Baltic Sea
The project launches the development of a technical system that allows for safe ship navigation when the established Global Navigation Satellite Systems fail due to interference or jamming. The partners test broadcast signals transmitted via radio beacons and other existing infrastructure. This serves to develop prototypes for ranging mode transmitters and receivers. The Baltic Sea is the first operational test area for this technology worldwide.
Co-producing and co-financing renewable community energy projects
When citizens join forces to set up, finance and manage energy production based on renewables in their region, we call it renewable community energy. The project gives municipalities, regional energy planning agencies and citizens’ associations across the Baltic Sea region the information they need to start and run community energy projects in their regions.
Advanced manure standards for sustainable nutrient management and reduced emissions
Agriculture releases large amounts of nutrients into the Baltic Sea, with a significant amount of emissions from animal manure. In this project, policy makers, authorities, advisors, farmers and researchers create, test and implement tools to determine manure standards for farming practices and policy instruments. The new manure standards are to improve nutrient recycling and reduce nutrient inflow in the Baltic Sea.
Learning Among Regions on Smart Specialisation
The project attempts to help the public sector in leading smart specialisation processes in their regions and to connect innovation networks across regions. It helps find solutions tackling the fragmentation of regional systems of innovation looking for entrepreneurial discoveries within such topics as blue growth, bio and circular economy, advanced production methods and technologies for energy efficiency.
Transformers for the future labour market
The employment landscape changes constantly and new occupations or specialties become much desirable whilst other disappear. The ability to anticipate and prepare for future skills requirements, job content and the aggregate effect on employment turns out to be critical for businesses. In order to develop the intellectual and social capital needed for the future, the project focuses on supporting the structure of “transformers”: a new occupation dedicated to helping young people develop necessary skills for the future labour market.
Hazardous industrial chemicals in the IED BREFs
The Industrial Emissions Directive is the main instrument on the EU level to control hazardous substances that are released from industrial sites. However, its reference documents, or BREFs, currently lack specific information on certain hazardous substances. The project aims to close this knowledge gap so that industry and authorities can manage hazardous substances being released into the Baltic Sea better.
Innovative Business Transfer Models for SMEs in the BSR
Many small and medium sized enterprises face a crucial moment when the business gets transferred, e.g. when the owner retires and a new one takes over. Every year, more jobs are lost due to failed business transfers than new jobs are created in start-ups. The project improves the competences of business support organisations in terms of business transfers. They jointly design and apply innovative tools to better support upcoming business successors.
Novel biobased plastics for sustainable packaging industry
About 311 million tons of petroleum-based plastic materials are produced in Europe every year and all types of packaging account for nearly 40% of this. There is an urgent need for a new era in the field of packaging in order to make them CO2 neutral and deriving from sustainable, biodegradable and suitable for composting sources. The project aims at looking for methods to replace fossil based non-degradable plastic polymers used as barrier coatings in paper and cardboard packaging with bio-based biodegradable polymers from wood biomass.
Contaminated sediments in the Baltic Sea: assessment, remediation and management revisited
In marine coastal environments, sediments contaminated by anthropogenic activities are a significant source of hazardous substances. However, there is lack of harmonised assessment methodology or common management protocols for contaminated sediments among the Baltic Sea countries. Thus, there is an urgent need to develop guidelines to combine chemical and biological measurements to obtain reliable evaluations of sediment toxicity. The project aims at creating a platform for analysing state of the art in the current risk assessment of contaminated sediments in order to set the basis for the harmonisation of methodologies.
Network for Hydrogen in Combination with Renewable Energysources
In response to challenges related to shifting from fossil fuel to renewable energy economy, the project sets up a multinational, multilevel and cross-sectoral partnership and a “knowledge hub” to jointly streamline cutting points between hydrogen and other sustainable and renewable energy sources, such as biomass, solar, wind and water. In this way, the project strives for a zero-emission energy and transport structure.
Baltic Cities tackle lifestyle related diseases – The development of an innovative model for prevention interventions targeting public health authorities in the Baltic Sea Region
Strokes, obesity, and heart and lung diseases are among the health challenges in Europe. This implies a new service development approach in the public health sector. The project helps public health authorities in cities around the Baltic Sea to better promote healthy lifestyle by developing and testing a model that public health authorities can apply in prevention intervention planning. The model combines methods such as focus groups, motivational interviewing, eHealth applications, chatbots and health games.
Rural RDI milieus in transition towards smart Bioeconomy Clusters and Innovation Ecosystems
The goal of the project is to support smart, sustainable and inclusive growth of the bioeconomy in rural areas of the Baltic Sea region. RDI2CluB aims to help innovation actors apply EU smart specialisation approaches to their specific field and region. The transnational partnership and network of the project plans to, for instance, support new business development in rural areas and create bio-business hubs to improve innovation management.
Baltic Sea Underground Innovation Network
The project establishes a network of underground laboratories across the Baltic Sea region, which works as an open innovation platform facilitating scientific technology transfer and best practices exchange. It improves access of small and medium sized enterprises to the laboratories and exploits potential for incubating innovative businesses in various fields, e.g. mining, tunnel construction, radiation shielding systems testing, and thermal energy production.
Energy production improvement based on dynamic mobile positioning data
Unused energy is still a major reason for the insufficient use of energy and thus waste of energy and resources. A more precise prediction of energy consumption would help to increase the efficient use of energy. ENERPO aims to elaborate tools and strategies to improve the prediction of energy consumption in three Baltic States. This could help to better match energy production and demand.
Accommodating of land-sea interactions into maritime and coastal planning in the Baltic Sea Region through blue-green infrastructure and ecosystem services
Land-Sea-Interaction and Ecosystem-Based-Approach are concepts that consider the human impact on coastal areas and strive for integrating aspects of sustainability and resource efficiency when it comes to maritime spatial planning. The project aims at improving the understanding and embedding the principles of Land-Sea-Interaction and Ecosystem-Based-Approach within the maritime and land-based spatial planning in order to contribute to cohesive management of the coastal areas.
Product Validation in Health
ProVaHealth stimulates cooperation among health laboratories in the Baltic Sea region, which test new products and technologies in real-life contexts. The project shares best practices to improve business models of the labs and helps open access to the services for small and medium sized enterprises (SMEs) from the entire Baltic Sea region to ensure health innovation and growth of health SMEs with global potential.
Biomarkers measure cellular, biochemical or molecular changes in human tissues, cells or fluids, and contribute to future diagnostics and treatment. The development of biomarkers is time consuming and expensive, requiring the involvement of industry from early stages to better direct the research. The BIC platform facilitates knowledge and best practice exchange, offering tools that support the various phases of a commercialization process and maturity assessment.
Laboratory network for testing, characterisation and conformity assessment of electronic products developed by SMEs
No electronic product can be successfully placed in global markets if it does not conform with international standards. This typically requires extensive testing of product prototypes. In the project, eight universities from the Baltic Sea region set up an innovation support network to provide testing and consultation for small and medium sized enterprises in the electronics sector during early product development.
Clear waters from pharmaceuticals
Active pharmaceutical ingredients are active medicines, e.g. hormones, analgesics and antibiotics, that contaminate the water and marine life if disposed into the Baltic Sea. Following HELCOM’s status report on pharmaceuticals, partners from seven countries work on tools and recommendations for policy makers, authorities and municipalities to map sources and environmental concentrations of these ingredients and propose methods to reduce these harmful emissions.
Sohjoa - Baltic Sea Region transitioning into eco-friendly autonomous last mile public transportation
Public transport is not as flexible and accessible as private cars are in the Baltic Sea region. The project works towards increasing the attractiveness of public transport by improving offered services and introducing automated driverless electric minibuses, especially for the first and last mile of the journey. It proposes recommendations for environmentally friendly and smart automated public transport and guidelines on the organisational set-up.
Low Temperature District Heating for the Baltic Sea Region
District heating systems are widespread around the Baltic Sea but are often outdated. Future-oriented energy supply includes low temperature district heating systems that lose less heat and use renewable energy and waste as heat sources. LowTEMP addresses municipal representatives responsible for urban and energy issues, heat suppliers, planners, engineers and energy agencies, and provides them with knowledge on technical, organisational and financial strategies to implement low temperature district heating.
Completing management options in the Baltic Sea Region to reduce risk of invasive species introduction by shipping
Shipping contributes to the uncontrolled introduction of invasive species to the Baltic Sea, which has severe environmental and economic consequences. COMPLETE supports the implementation of the new International Maritime Organization’s convention on ballast water management by triggering regional cooperation, developing risk assessment procedures for ballast water management exemptions and setting a monitoring system of non-indigenous species in the Baltic Sea.
Effective Financing Tools for implementing Energy Efficiency in Buildings
Energy efficiency projects are not typical investments: they do not result in direct revenues but rather in non-expenses, i.e. through energy savings. The project enables public building managers to calculate and plan renovation projects in a more profitable way and to convincingly present the scope and return of such investments to financial decision makers. The project thus wants to increase the amount of energy efficiency measures implemented by the public sector.
BSR Lifelong Learning for Smart Specializations
There is a great potential for cooperation and knowledge sharing among countries in the Baltic Sea region when it comes to lifelong learning: the countries have a lot in common when talking about the ageing society and education systems that do not fully correspond to the labour market expectations. Therefore, the exchange of good practices and joint development of new methods are crucial. The project focuses on building a structured dialog with key stakeholders in order to create awareness of the needed adjustments of the educational systems and adapt to a fast-changing labour market.
Development, promotion and sustainable management of the Baltic Sea Region as a coastal fishing tourism destination.
Recreational fishing in the Baltic Sea, which partly relies on sea trout, has untapped potential for growth and sustainable jobs. The project aims to showcase destinations for coastal fishing and advise on relevant policy regulations. It proposes solutions for efficient restoration of sea trout stock in order to boost the coastal fishing industry.
SmartUp Accelerator - Innovation Ecosystem to foster consumer cleantech markets in the Baltic Sea Region
There is a growing interest in consumer clean technology, which is about reducing the environmental burden of consumption and is related to resource scarcity, rising energy and fuel costs, digitalisation and automatisation. The project helps exploit arising business opportunities in consumer clean technology for small and medium sized enterprises, start-ups and intermediaries in the Baltic Sea region by shaping models for networking, partnerships and cultural cooperation.
Maximised Mobility and Accessibility of Services in Regions Affected by Demographic Change
With shrinking populations in many rural areas around the Baltic Sea region, it is becoming increasingly difficult to keep up public transport and services that depend on mobility, such as home care or home deliveries. The MAMBA project aims to improve the integration of existing mobility structures with innovative transport solutions, such as mobility as a service (MaaS), transport on demand (ToD), and ride sharing applications to overcome these difficulties.
Better Efficiency for Industrial Sewage Treatment
Industrial waste waters are a considerable challenge for municipal waste water treatment plants as they require special treatment and management. In this project, local water utilities, waste water treatment plants, industrial companies and permitting authorities elaborate and test guidelines and procedures for a more efficient management of industrial sewage.
BSR electric - Fostering e-mobility solutions in urban areas in the Baltic Sea Region
The project aims to enhance the use of electric vehicles in city transport systems such as public sector fleets, public transport and bike sharing in order to reduce CO2 emissions and pollution. The partnership of public authorities, business, academia and NGOs explores the potential of e-bikes, e-buses, e-ferries and other e-vehicles. The project guides municipalities and transport planners and operators as well as public and private fleet managers in integrating e-mobility into urban transport strategies.
Improved Results in Innovation Support - transnational exchange and joint development between Innovation Infrastructure Organisations
Business incubator organisations are crucial supporters for entrepreneurs, start-ups and small and medium sized enterprises that drive economic growth and create jobs. In the project, incubators from all countries around the Baltic Sea work together to improve and strengthen their management and support capacity, i.e. to jointly nurture new skills, help create new companies, and to support in opening up new markets.
Strengthening smart specialisation by fostering transnational cooperation
The project aims to boost transnational cooperation among industry, the research & development sector, and authorities in employing smart specialisation strategies in regions in the eastern parts of the Baltic Sea region. It promotes mutual learning, sharing best practices and translating smart specialisation strategies into practical joint actions of small and medium sized enterprises.
Pathways and Needs Towards a Baltic Regional Spatial Data Infrastructure for Maritime Spatial Planning
Currently, Baltic Sea region countries lack an efficient tool to share information on maritime spatial planning and, in this way, to support each other in the fast and consistent elaboration of maritime spatial plans. The project paves the way for a standardised and commonly accessible spatial data by elaborating on needs and conditions for setting up such a database, and supporting the collection of best available maritime spatial planning data in the Baltic Sea region.
Entrepreneurial mindset development within youth sector
Promoting an entrepreneurial culture, mindset and attitudes among Europeans is of paramount importance in fostering youth entrepreneurship. ENT-MIND aims at improving the entrepreneurial education of young people by integrating new and innovative education approaches and methodologies into existing education offers.
Speeding up Copernicus Innovation for the BSR Environment and Security
Since 2014, the satellites and sensors of the European Copernicus programme have delivered Earth observation data free of charge to anyone. The wealth of data holds tremendous potential for new services in the environmental, transport, energy and other sectors. The project qualifies regional science and technology parks in the Baltic Sea region in running tailored acceleration programmes for small and medium sized enterprises in the emerging Earth Observation market.
Accelerating production of forest bioenergy in the Baltic Sea Region
There is a growing demand for forest biomass from by-products of the wood industry to be used as a source of renewable energy. The project exploits logging residues, which are usually discarded after forest harvests, and small trees that are cut during forest thinning. Along with guidelines for using new technology, the project compiles information on wood energy potential to shape innovative business models and develop small-scale bioenergy plants in rural areas of the Baltic Sea region.
Sustainable urban mobility and commuting in Baltic cities
People living in the suburbs usually commute into the city centre by car. Offering an alternative combination of various transport modes, including bike and car sharing, is a way for cities to achieve a more sustainable, environmental friendly commuting system. The project helps urban and transport planners assess, plan, and integrate alternative mobility options into transport plans and policies of cities and municipalities.
Baltic Smart City Areas for the 21st century
The idea of the project is to bring together authorities, energy providers and citizens within their city districts to find and apply the best solutions for saving energy, thus decreasing CO2 emissions. To achieve this, the project enables local and regional authorities from cities around the Baltic Sea to run cooperative planning processes. Such processes help authorities to work together across different sectors, to understand citizens’ motives and barriers, and to activate relevant players in city neighbourhoods.
Baltic Game Industry - Empowering a Booster for Regional Development
Games are the most dynamic creative industry worldwide but business support is often unspecific or targeted at communications technology or media. The project prepares business incubators to effectively support game start-ups. It tests how gaming can be transferred to other industries such as the health sector. It also initiates a change of the business framework to make it more favourable for the game industry.
B2B distribution model supporting local food sector in Baltic Sea region rural areas
Local food producers still rely mostly on direct contacts to consumers as they often have difficulties in reaching catering, food processing and retail sectors that tend to rely on large food supply chains. The project aims to establish a business to business distribution model that supports local food networks in rural areas of ten countries in the Baltic Sea region and to ensure smooth and short supply chains, opportunities for growth, and improved business performance.
Cities.multimodal – urban transport system in transition towards low carbon mobility
The project wants to make it easier for people in cities around the Baltic Sea to combine walking, cycling, public transport and car-sharing as an environmentally friendly alternative to driving. The partners develop and apply an approach to sustainable urban mobility planning for such multimodal transport that is easy to adopt in other cities. It includes publicly visible mobility points and smartphone-based travel planning as well as a planners’ handbook and a toolbox to manage mobility.
Baltic Sea Region Integrated Maritime Cultural Heritage Management
BalticRIM aims to integrate management of cultural heritage in and at the Baltic Sea into maritime spatial planning. Coastal and underwater cultural heritage such as ship wrecks and archaeological sites can help brand cities and regions, attract talent and foster tourism. Currently, such heritage sites are not systematically included in maritime spatial plans across the Baltic Sea. The project helps to identify and designate maritime cultural heritage zones by bringing heritage managers together with spatial planners.
Using innovation procurement and capacity building to promote Circular Economy
A traditional procurement model does not consider re-use or recycling of purchased goods or services. The project promotes a circular procurement model, which takes into account the lifecycle of products throughout the supply chain. The development of tools, exchange of best practices, training and building capacity among procurers, suppliers and policy makers for circular products stimulates the development of new business models.
Eco-efficiency to maritime industry processes in the Baltic Sea Region through digitalisation
ECOPRODIGI kick starts international collaboration between industry and academia to reduce the ecological footprint of transport vessels during their lifecycles through digitalisation. Research organisations mediate between technology developers and shipping companies, shipyards, suppliers and ports. Focusing on ferry and roll-on/roll-off shipping (i.e. wheeled cargo such as trucks and railroad cars), the partners analyse environmental inefficiencies, digitally simulate performance, and design business models for digital solutions.
Digital Innovation Network
The project helps speed up the Baltic Sea region’s transition to a single digital market. Three common challenges are covered: uptake of information and communication technologies in the business sector, innovation and interoperability of public services, and cooperation and coordination of digital policies on the macro-regional level. Industrial small and medium sized enterprises, industry associations and policy makers are enabled to push for a faster uptake of digital solutions.
Act Now: Action for Energy Efficiency in Baltic Cities
Europe’s biggest energy resource is energy efficiency – and one way of becoming more energy efficient is decreasing the energy consumption needed to heat buildings. The project tackles energy efficiency in the existing building stock of smaller and larger cities around the Baltic Sea. The project’s aim is to help municipal staff involved in energy efficiency measures by improving their knowledge about energy losses, competences for preparing investments, and skills to stimulate private investments in energy efficiency.
RTF - Using ferry real time information to optimise intermodal transport chains in the Baltic Sea Region
The project makes real-time information about ferry delays, cancellations and travel time prognoses available to travel planning systems that cover different modes of transport. Real-time travel information is an immensely dynamic field – and ferry transportation is currently at risk of being left behind. The project sets up a collaborative data hub for real-time ferry information to be used for smoother transport of goods and people in the Baltic Sea region.
Improving smart specialisation implementation of the Baltic Sea Region through orchestrating innovation hubs
The project helps regions in nine countries to apply research and innovation strategies for smart specialisation (RIS3) by sharing best practices and knowledge of EU RIS3 experts (Committee of Regions, EU Joint Research Centre) and co-creating concepts for the RIS3 implementation. The project focuses on active healthy ageing, digitalisation in smart city, climate change and circular economy.
Sustainable manure and nutrient management for reduction of nutrient loss in the Baltic Sea Region
A large share of the nutrient load into the Baltic Sea comes from industrial agriculture. More efficient manure management would reduce the negative impact of farming on the sea. The platform SuMaNu gathers and synthesises best practices and recommendations on nutrient management from the Interreg Baltic Sea Region projects Manure Standards and Baltic Slurry Acidification, as well as the BONUS project PROMISE and Interreg Central Baltic’s GreenAgri. Best practices and recommendations are translated for and made available to authorities, policy makers, advisors and farmers.
Clean Shipping Project Platform
The Baltic Sea is one of busiest and most environmentally vulnerable seas in the world. The platform CSHIPP closes the gap between research, business and policy making by establishing long-term knowledge exchange among these networks. This helps the maritime industry reduce its environmental footprint and increase competitiveness at the same time. CSHIPP is based on Interreg Baltic Sea Region projects EnviSuM, Baltic LINes, GoLNG, ECOPRODIGI, COMPLETE and BSR ELECTRIC as well as BONUS project SHEBA and CompMon co-funded by the EU Connecting Europe Facility.
Access to clean, efficient and multimodal transport corridors in the Baltic Sea Region
The platform BSR Access facilitates innovative and sustainable transport by creating linkages between traditional infrastructure nodes and smart transport solutions to further develop the TEN-T Core Network Corridors, and contribute to sustainable growth in the region. BSR Access combines expertise from Interreg Baltic Sea Region projects NSB CoRe, TENTacle, EMMA and Scandria®2Act as well as E12 Atlantica Transport of Interreg Botnia-Atlantica, FinEst Link of Interreg Central Baltic, and Green Regions with Alternative Fuels for Transport, funded by the EU Connecting Europe Facility.
Platform on Integrated Water Cooperation
More coordinated water management across borders can improve the Baltic Sea environment. The Baltic Smart Water Hub connects water experts from companies, associations, authorities, academia and NGOs. The platform BSR WATER fills the hub with knowledge on the management of smart sludge, storm and waste water, manure and energy efficiency. BSR Water builds on the Interreg Baltic Sea Region projects IWAMA, Manure Standards, Village Waters, BEST and Baltic Blue Growth as well as Interreg Central Baltic’s iWater, NutriTrade, Blastic and Waterchain and South Baltic’s RBR.
Bioeconomy for Blue Growth in the Baltic Sea Region – a platform project to capitalize on the outputs of complementary transnational projects
The Blue Platform promotes results from eleven blue bioeconomy projects from Interreg, BONUS and Horizon2020 for authorities, business development organisations and companies as well as national and regional EU funding programmes dealing with blue growth. To improve the framework conditions for blue bioeconomy in the Baltic Sea region, the Blue Platform compiles a manual with joint standards for blue bioeconomy interventions, a Blue Platform Roadmap 2020, and policy papers on the alignment of funding and legislation.
Land-sea interactions advancing Blue Growth in Baltic Sea coastal areas
Coastal municipalities can be affected by new developments in the Baltic Sea, but their interests are not always taken into account in maritime spatial plans. Furthermore, new uses such as marine aquaculture or wind energy generation can conflict with traditional sea activities like fishing, tourism and leisure. The project Land-Sea-Act wants to explore better governance practices to balance local communities’ and small scale businesses’ interests with large scale development and investment interests in maritime spatial planning.
Enhancing durability of learning experiences gained in ChemSAR, HAZARD, DiveSmart Baltic and Mirg-Ex projects on guidelines, operational plans and procedures, and exercises related to incidents at sea and in ports
With about 2.000 vessels operating in the Baltic Sea at any given minute, the risk of accidents is high. The platform nResQU2 brings together rescue services, seaports and other authorities to share guidelines, operational plans and procedures on incidents at sea and in ports, and to run large-scale exercises. By building on the experiences of Interreg Baltic Sea Region projects ChemSAR, HAZARD, and DiveSMART-Baltic and project Mirg-Ex, funded by the EU Civil Protection Mechanism, ResQU2 increases the preparedness and coordination of rescue operations in the Baltic and North Seas.
Baltic Large Scale Computing
Innovative businesses such as ship design, marine engineering and biotechnology require access to large scale computing to process large quantities of data. This access is currently limited to global enterprises and large research centres. The project BalticLSC creates a supercomputing environment comprising hardware prototypes, software tools and application recommendations. It offers these services to small and medium sized enterprises for new product development. In this way, small research centres can use their computing resources more efficiently.
Creative Ports - Internationalisation of the Cultural and Creative Industries in the Baltic Sea Region
The Creative Ports project brings together public authorities and business support organisations, cultural institutes and researchers to stimulate the internationalisation of the cultural and creative sectors. The majority of design, art, fashion, publishing, audio visual and gaming companies in the Baltic Sea region are medium-sized and often lack the networks to access international markets. Creative Ports provides knowledge, facilitates exchange and develops tools to train and connect business support organisations with public authorities.
Innovation Framework for Challenge Oriented Intelligent Manufacturing
The INforM project provides support to small and medium sized mechatronics and mechanical engineering companies in the ongoing digital transformation process. The continuous digitalisation of value chains called Industry 4.0 brings with it great challenges for smaller companies. The project plans to enable companies to benefit from the trend towards smart factories, which operate mainly based on intelligent, IT and web-based processes.
Green Silver Age Mobility
Although a lot of cities in the Baltic Sea region are introducing green urban mobility solutions, the majority of senior citizens remains reluctant towards these alternatives. The GreenSAM project develops a toolbox of good practices and potential obstacles for the participation of seniors in the decision-making processes in green urban mobility. The toolbox applied by public authorities in Hamburg, Aarhus, Gdansk, Tartu and Riga enables to exchange knowledge in efficient involvement of seniors and increasing their acceptance of eco-friendly mobility services such as collective transport and ride-sharing.
Growing Algae Sustainably in the Baltic Sea
GRASS aims to close the legislative gap for macroalgae cultivation in order to facilitate its introduction to the market as food, energy and consumables, such as plastics. The project maps possible sites for macroalgae cultivation and harvesting, which include implications for spatial planning. It also provides public authorities with training on the licensing, production and use of macroalgae.
Cultural Planning as a method for urban social innovation
Cities in the Baltic Sea region are challenged by emerging societal and demographic changes and a growing need for sustainable development of neighbourhoods. Active co-creation among citizens and between citizens and authorities can be a way to overcome increasing exclusion of socially sensitive groups, such as the elderly and minors, and to advance Baltic Sea region social innovation. The UrbCulturalPlanning project uses cultural events and gaming methods to engage people into urban social innovation, and to compile a toolbox with good practices for other cities.
Protecting Baltic Sea from untreated wastewater spillages during flood events in urban areas
The NOAH project improves spatial planning and the operation of urban storm water runoff and drainage systems in order to reduce pollution caused by extreme weather such as heavy rains and floods. NOAH develops a new layer for extreme weather events to be used in computer based modelling of drainage. By combining this modelling with traditional city planning techniques, municipal planning shifts from fragmented individual site based planning to a holistic approach covering the entire urban catchment.
Baltic Beach Wrack - Conversion of a Nuisance To a Resource and Asset
The CONTRA project compiles the knowledge required for sustainable management of beach wrack in the Baltic Sea Region and carries out case studies for beach wrack treatment. Beach wrack is organic material washed ashore, e.g. torn off sea grass or brown algae. It can cover Baltic Sea beaches for weeks after storms, rotting into a smelly soup and leaking nutrients back into the water. Managing beach wrack is an issue for local authorities and the tourism industry, in particular of the western and southern Baltic Sea.
Urban Labs for Better Health for All in the Baltic Sea Region - boosting cross-sectoral cooperation for health and wellbeing in the cities
The Healthy Boost project addresses the health burden of city residents due to unhealthy lifestyles. Cities such as Poznan, Klaipeda, Jelgava, Tartu and Turku experiment with different methods of community participation, health learning or cross-sectoral cooperation. The main objective of the project is to make urban policies for health and well-being more innovative, more effective and more integrated. This includes work on cross-sectoral cooperation with potential to be used in other fields as well.
Unlocking the Potential of Bio-based Value Chains in the Baltic Sea Region
Unlike wind and sun, biomass can be stored and used when needed, making it a reliable source of energy. The BalticBiomass4Value project wants to increase the efficient and sustainable use of biomass for energy production and valuable bio-products, such as food, feed, fertilisers, chemicals and cosmetics.
Mobility and Accessibility in Rural Areas - New approaches for developing mobility concepts in remote areas
The project MARA improves the accessibility and mobility in remote touristic areas of the Baltic Sea region. MARA examines and pilots different local mobility solutions including a Population Mobility Monitor based on mobile phone data, e-bike sharing, real-time information for call-a-bus systems, and waterways for transportation. New mobility approaches in remote areas are integrated into spatial or mobility development plans.
Development of Sustainable (adaptive) peatland management by Restoration and paludiculture for nutrient retention and other ecosystem services in the Neman river catchment
The DESIRE project improves the management of drained peatlands around the Neman river to reduce their nutrient and greenhouse gas emissions. The Neman river basin serves as a model area for EU-Russia/non-EU cooperation. DESIRE rehydrates selected drained peatlands and establishes a sustainable form of land use. Such wetlands serve as filters for water running into the river. The project provides instruments and incentives for others to copy the approach, e.g. adapted river basin management plans and agri-environmental schemes.
Industry 4: transforming innovation ecosystem through better capacity of public enablers
The InnoCAPE project designs a cooperation model to develop a digital innovation ecosystem in the Baltic Sea region by exploiting the potential of the continuous digitalisation of value chains called Industry 4.0. The project helps public authorities create favourable conditions for digital innovation hubs (DIHs) that serve as intermediary bodies bringing together Research & Development and industry into digital industrial platforms. By bridging existing gaps, DIHs can efficiently implement Industry 4.0 policies, contribute to a better connected digital single market, and improve competitiveness of the region.
Baltic Industrial Symbiosis
The project promotes industrial symbiosis, a concept for sustainable regional development, across the Baltic Sea region. Industrial symbiosis means to connect companies from different industries in order to use one company’s waste, in the form of e.g. energy, ingredients or materials, as a resource for the next company. The project establishes peer-to-peer exchange for industrial symbiosis practitioners. It develops new business and finance models and sets up the BSR Industrial Symbiosis Council as a platform for dialogue and policy learning.
Holistic Urban and Peri-urban Mobility
The HUPMOBILE’s objective is to provide a holistic approach to sustainable mobility solutions in cities and their perimeters. City authorities, infrastructure operators and transport providers are enabled to assess and integrate innovative mobility options into their mobility management plans and policies, e.g. concerning production and urban logistics, the use of intelligent transportation systems (ITS) solutions, and multimodality in urban transport and travel-to-work.
Lighting the Baltic Sea Region - Cities accelerate the deployment of sustainable and smart urban lighting solutions
The project LUCIA provides municipalities with up-to-date knowledge of energy efficient urban lighting covering aspects of environment, technology, economy and social acceptance. Modern LED lighting has energy savings potential of up to 50% compared to conventional systems. Energy efficient lighting solutions are installed in six sites in Albertslund, Hamburg, Jurmala, Porvoo, St. Petersburg and Tallinn to demonstrate this potential.
Water driven rural development in the Baltic Sea Region
Targets for water quality set by national and international legislation such as the Water Framework Directive have not been met yet in many regions around the Baltic Sea. There seems to be a lack of capacity among local authorities to reach these targets and at the same time to develop competitive rural businesses. The WATERDRIVE project enhances local implementation practices for responsible water management by providing tools and training for about 20 rural communities.
Restart SMEs in the Baltic Sea Region
Bankruptcies lead to economic and social insecurity and tax revenue decrease. The Restart BSR project brings together innovation actors in Estonia, Latvia, Lithuania and Poland to offer 'soft' innovation support to small and medium sized enterprises that are experiencing stagnation and are heading towards bankruptcy. Apart from restarting businesses onto a new path of growth, the project kicks off policy dialogue to frame measures to support innovation and growth of companies facing stagnation or financial distress in the Baltic Sea region.
FanpLESStic-sea – Initiatiatives to remove microplastics before they enter the sea
Microplastics must be stopped from entering the sea. They stem from many sources, including car tires, waste disposal, textiles and cosmetics. But there is a need to better understand the sources and pathways of microplastics when assessing the efficiency of measures to treat microplastics and improving policies. FanpLESStic-sea provides tools to municipalities, national policy makers, and water utilities to get to work. The project sets up a model to map local pathways of microplastics, pilots removal technologies and defines innovative governance frameworks to reduce microplastics.
Innovative Strategies for Public Catering: Sustainability Toolkit across Baltic Sea Region
The StratKIT project is about making the procurement of public catering services more sustainable. Public authorities have a large purchasing power and have the ability to give clear signals to the market towards green growth and circular economy. However, public procurement is a complex task and good practices in the Baltic Sea region are mostly isolated. StratKIT brings together public authorities, catering service providers and researchers in a network to set up a toolkit and an online open knowledge platform for sustainable public catering.
Supporting the Smart Specialization Approach in the Silver Economy to Increase Regional Innovation Capacity and Sustainable Growth
The silver economy related to products and services aiming at the ageing society creates considerable business opportunities. The OSIRIS project designs an innovative cooperation model to improve smart specialisation approaches and market uptake of innovative products and services dedicated to ageing people, e.g. related to health, tourism or their built living environment. Smart Silver Labs in six regions around the Baltic Sea support innovation actors in generating new silver products and services viable to the market. The project sets up a Digital Silver Hub to ensure exchange of new knowledge and business schemes across the borders.
Enhancing Oil Spill Response Capability in the Baltic Sea Region
The OIL SPILL project helps to improve cooperation between competent authorities, NGOs and volunteers in combatting oil spills in shallow and coastal waters of the Baltic Sea faster, more effectively and more efficiently. Together with universities, the partners identify procedures across borders that need to be aligned, develop and carry out trainings and exercises, and clarify key legal issues of cooperation in oil spills response.
Strengthening Combined Transport in the Baltic Sea Region
In combined transport, goods are moved by train, ships or barges, with the first and last mile covered by road as short as possible. However, the share of this efficient and more environmentally friendly transport scheme remains small in the Baltic Sea region due to spatially scattered transport and a tradition of road transport. COMBINE aims to increase this share by improving the operation at terminals and reducing the costs of the last mile by introducing new solutions such as platooning, longer/heavier trucks, e-trucks, and LNG-trucks.
Empowering Participatory Budgeting in the Baltic Sea Region
Participatory budgeting is a process of democratic decision-making in which ordinary people take part in preparing and adopting a municipal or public budget. In the Baltic Sea region, only a few municipalities have applied participatory budgeting to date. A typical type of citizen in such a process is male, politically active, well-educated, and 35-65 years old. The objective of EmPaci is to get more municipalities involved and mobilise different types of citizens by building municipal capacities, transnational clusters and municipality-citizen cooperation.
RESPONSE - Demand-Responsive Transport to ensure accessibility, availability and reliability of rural public transport
The mobility of vulnerable groups such as the disabled, elderly, minors and the unemployed is limited especially in the sparsely populated areas in the Baltic Sea region. Regular local services do not meet users’ expectations and are not cost-effective. RESPONSE shifts the approach from supply-oriented to demand-responsive transport solutions. The project showcases how geodata can be used for decision-making by public authorities. It pilots seamless trips, digitalised business models and need-oriented service design unlike fixed bus routes.
Commercial Analytical Research Organisations Transnational Strategy
CAROTS aims to establish a new type of private or public-private company in the Baltic Sea region: Commercial Analytical Research Organisations (CARO). CAROs, as intermediary bodies between industry and academia, provide enterprises with much quicker yet complete assistance in analytical research in the fields of e.g. new materials, nanotech and life sciences.
Innovative solutions to support BSR in providing more senior - friendly public spaces due to increased capacity of BSR companies and public institutions
The progressing age of societies in the Baltic Sea region poses a societal and economic challenge to adjust market offers to the needs of the elderly. BaltSe@nioR 2.0 brings together municipalities, universities, businesses and NGOs to create new business models as well as demo spaces in public locations furnished with smart furniture. Through this, the project aims to trigger public institutions and manufacturing companies in the region in starting a transformation of museums, theatres, city halls, restaurants and other public spaces into friendlier places for seniors.
Network of Service Providers for Eco-innovations in Manufacturing SMEs
A lack of strong ties between small and medium sized enterprises and research centres hampers eco-innovations in the Baltic sea region. In parallel, there is untapped potential of implementing sustainable strategies in business, the example of which is a cohesive delivery of products and services. The ECOLABNET project sets up a network across the value chain of products that integrates product-service system designers, bio-based material researchers, 3D print technology providers, eco-branding specialists and business developers in order to drive sustainable eco-innovations, e.g. in medical diagnostics and electronics.
Market driven authentic Non-Timber Forest Products from the Baltic region - focus on wild and semi cultivated species with business potential
The maple syrup industry has brought jobs and income to many rural areas in Canada. Mushrooms, berries, tree oils and other biological products from the Baltic Sea region forests could have the very same effect. NovelBaltic wants to increase the competitiveness of such non-timber forest products from the Baltic Sea region. Academia and business cooperate to provide small and medium sized enterprises with new methods that certify the geographical origin of their products faster and cheaper and to evaluate business opportunities in Asian markets.
Safety of Navigation in the Baltic Sea by Sea Traffic Management
Narrow passages and very high traffic density on shipping routes makes the Baltic Sea vulnerable to accidents at sea. At the same time, efficient exchange of information between ships, and between ships and shore is still missing. The STM BALT SAFE project aims to increase the safety of navigation by introducing common Sea Traffic Management (STM) which enables maritime services to digitally exchange voyage plans of tanker traffic in the Baltic Sea.
Enhancing freight Mobility and logistics in the BSR by strengthening inland waterway and river sea transport and proMoting new internAtional shipping services - Extension
All too often transport policies focus on road and rail transport. The EMMA project brought attention to the potential of inland waterway transport (IWT) in the Baltic Sea region. Partners studied strengths and weaknesses and elaborated recommendations to better deploy IWT. For example, EMMA has identified new potential routes and services and set up several business plans. In EMMA Extension, commercial pilots are implemented in Sweden, Lithuania and Poland based on these business plans. EMMA has revealed that digitalisation is crucial to make IWT competitive. Therefore, EMMA Extension works to strengthen River Information Services and Vessel Traffic Services.
Decision Aid for Marine Munitions - Practical Application
The Baltic Sea and Skagerrak contains a dark legacy of ca. 250 000 tons of dumped munitions, poisoning the marine environment. Thanks to the DAIMON project, maritime administrators and spatial planners, environmental agencies, coastguards and military are more aware of the risk. However, they do not sufficiently use newly developed tools for risk analysis, selection of remediation methods as well as environmental impacts assessment. The DAIMON 2 offers training in using the new tools and develops them further into standard operating procedures for the environmental impact assessment.
EmpInno Monitoring Smart Specialisation Strategies
EmpInno Monitor S3 improves the monitoring systems of the smart specialisation strategies (RIS3) of seven regions around the Baltic Sea. The predecessor project EmpInno (S3 Empowering for Innovation and Growth in Medium-Sized Cities and Regions ) concluded that authorities responsible for smart specialisation strategies should test different approaches to monitor their RIS3. Adjusting the monitoring systems shall lead to a higher efficiency and effectiveness of the regional innovation policies and finally a more innovative Baltic Sea region.
Baltic Blue Biotechnology Alliance+
The ALLIANCE project has set up a full-fledged service offer (including a business plan) to support companies in developing new marine biotechnology products and services by systematically pooling the capabilities of more than 20 research institutes, innovation agencies and business parks in the Baltic Sea region into a network. ALLIANCE+ operationalises the business plan. The ALLIANCE network is opened up to all blue biotechnology actors. More experts are recruited and trained as “blue detectives”, i.e. mentors who match users to the facilities, services and experts they need to take their product idea to the next level. A training package and handbook for mentors is compiled.
Strengthening the capacity of MSP stakeholders and decision makers
Shipping, aquaculture, nature conservation etc. compete for space at sea. Since the 2014 EU Maritime Spatial Planning (MSP) Directive, the countries around the Baltic Sea have been elaborating national maritime plans which help to make the right decisions for a sustainable use of the sea. Yet, the Baltic Sea needs coordinated management by all countries. In Capacity4MSP, partners of eleven transnational projects cooperate to advance MSP across the entire macro-region (Baltic Blue Growth/ InteGrid/ LINes/ RIM/ SCOPE, as well as Pan Baltic Scope, Land-Sea-Act, SeaPlanSpace, MUSES, BASMATI, BALTSPACE).
Climate Adaptation and Mitigation Synergies in Energy Efficiency Projects
The negative impacts of climate change upon human and natural ecosystems can be minimised by substantial reductions in greenhouse gas emissions. High energy consuming housing and production sectors still leave a major carbon footprint. The CAMS Platform improves energy efficiency measures by aligning research, recommendations, audits and investments from 11 projects across the Baltic Sea region. In particular, the know-how comes from Interreg Baltic Sea Region’s EFFECT4Buildings, LowTemp, AREA 21, Co2mmunity, Act Now, BEA-APP, RDI2CluB; but also HORIZON 2020’s HERON, SIM4NEXUS, ENLARGE, and ARCEE funded by EuropeAid.
Water Management in Baltic Forests - Tool box
Forestry is a substantial source of the nutrient and hazardous substances inflow into the inland waters and the Baltic Sea. This negative impact can be reduced by better maintenance of drainage systems, management of riparian forests and beaver populations. Good practices and tools for the forestry to improve the water quality were developed in the WAMBAF project. Now, the WAMBAF Tool Box adapts the tools to ensure they are better used among wider groups of forest enterprises, managers, planners, hunters, land owners and authorities.
Capitalizing key elements of NonHazCity: empowering private and professional users for better risk management and use reduction of chemical products in their cities
Hazardous substances are widely used in home and work environments, and remain a considerable source of pollution of the Baltic Sea waters. Practical tools for household checks and business inventories, as well as chemical action plans for municipalities, were developed by the NonHazCity as a means to cut down on the emissions. NonHazCity 2 helps to implement the available tools wider. The exchange on smart procurement practises allows decision makers, suppliers and end-users to choose wiser and improve their chemical assortment.
EcoDesign Circle 4.0 - Ecodesign as a Driver of Circular Economy 4.0 in the Baltic Sea Region
A circular economy minimises waste and makes the most of resources by minimising resource input, waste, emission and energy leakage by slowing, closing, and narrowing energy and material loops. The project EcoDesign Circle recently set up an ecodesign learning factory and an ecodesign audit and sprint consultancy which increased the competences of design centers, industrial designers and companies to develop circular products. EcoDesign Circle 4.0 goes beyond products by targeting services for a circular economy (e.g. car-sharing) and spreads the knowledge gained in a train the trainer package.
Baltic Science Network - A Science Powerhouse
The way how countries around the Baltic Sea fund science and research is very different in terms of governance levels and available budgets. The project Baltic Science Network (BSN) provided science ministries, funding agencies and university networks with a platform to discuss joint approaches. The main objective of the follow-up, BSN_powerhouse, is to help ministries and agencies to design transnational support programmes in three research fields: photon and neutron science, life sciences and welfare state. The project implements and tests two support mechanisms, one to connect research infrastructures and one to connect researchers.
SEMPRE Accelerators for Service Co-Creation
30 micro projects in eight countries which aimed to empower disadvantaged people were the result of the SEMPRE project. Social workers learned how to use empowerment tools such as the social business model canvas or the theory of change to involve e.g. single parents, handicapped or migrants into creating new ideas for social services and testing them. In SEMPRE Accelerators, the partners focus on eight of the most promising micro projects. They turn the micro projects into successful, self-sustaining social start-ups that consistently offer services and/or products on local and regional markets of the Baltic Sea region.
Baltic Sea Region Smart Specialisation Ecosystem
Smart specialisation helps regions to use their strengths to boost growth and prosperity. Yet, many regions lack methods or institutional frameworks to implement it successfully. The BSR S3 Ecosystem platform aligns smart specialisation initiatives to better steer investments across the Baltic Sea region. By sharing best practices, it activates research and academic communities, industry and public entities to strengthen the regional innovation ecosystem. The platform builds on the experiences of Interreg Baltic Sea Region’s projects Smart-up BSR and GoSmart BSR, as well as BIOREGIO ClusterFy and TraCS3, co-founded by Interreg Europe.