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.
Baltic Energy Areas – A Planning Perspective
To meet the ambitious climate mitigation and renewable energy targets in the region, there is a need to designate additional (growth) areas to renewable energy installations, such as wind parks, bioenergy units or solar installations. The project addresses the territorial challenges related to the transition towards low carbon energy systems with an increased production and use of renewable energy throughout the Baltic Sea Region.
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.
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.
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.
Integrated Baltic offshore wind electricity grid development
The project aims to contribute to sustainable indigenous electricity generation, further integration of electricity markets and security of supply in the Baltic Sea Region by optimizing the potential and efficiency of offshore wind energy. It will present plans for a coordinated Baltic Sea offshore grid and significantly reduce one of the most important bottlenecks for the development of renewable energy sources in the Baltic Sea Region.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.