Phasing out of the use of phosphates in detergents
The project supported the Baltic Sea states to implement the HELCOM recommendation 28E/7, i.e. national legislative action to limit the use of phosphates in laundry detergents and automatic dishwater detergents. This was accomplished by producing information leaflets (in English and Russian) for decision makers.
Lead: Swedish Chemicals Agency (SE) Finalized in 2011.
The project created co-operative platform between farmers' organisations and advisory organisations around the Baltic Sea to raise the competence concerning agri-environmental practices and measures to reduce nutrient inputs into the Baltic Sea. It developed a common strategy for the Baltic Sea region to strengthen the agricultural advisory services. A network of 117 demonstration farms was established and more than 90 study tours and workshops was performed on the demonstration farms, with over 5000 participants, 2500 of whom are farmers.
Lead: Latvian Rural Advisory and Training Centre and Federation of Swedish Farmers (LT and SE) Project period:Jun 2010-Sep 2013
Assessment of regional nutrient pollution load and identification of priority projects to reduce nutrient inputs from Belarus to the Baltic Sea
The Baltic Sea Action Plan Fund financed the project that has identified cost efficient ways to reduce Belarusian discharges of nutrients to the Baltic Sea. The main purpose of the project was to identify and prioritise investments for the upgrading of municipal infrastructures, especially wastewater treatment, as well as industrial and agro-forestry point sources that would reduce nutrient discharges into the Baltic Sea catchment area in Belarus. Lead: The Nordic Environment Finance Corporation NEFCO Project period:Nov 2012-Dec 2013
The aim of the project was to improve water quality along River Daugava and River Neman and the Baltic Sea by improving municipal wastewater treatment with technical studies and concrete investments as well as by increasing human competence. This was reached by implementing low-cost, high-impact pilot investments on nutrient removal in three municipal WWTPs in Belarus (Grodno, Molodezhno, Vitebsk) and by further developing the process in Latvian (Daugavpils) and Lithuanina (Kaunas) WWTPs. The project developed educational course and materials for three Belarusian technical universities and workshops for operative, administrative and educational experts on modern waste water treatment technologies. Also forums were organized aiming at exchange of information between the authorities, decision makers and other relevant actors about the tools and legislation needed to improve water quality in Baltic Sea Region and the project promoted good practices in nutrient removal and sustainable sludge handling.
Lead: Union of the Baltic Cities, Commission on Environment Project period: Jun 2011-Mar 2014
Eutrophication brochure - explains importance of more efficient treatment of urban wastewaters that would improve the state of the watercourses.
Nutrient removal brochure - describes biological Nitrogen removal processes of nitrification/denitrification, and biological and chemical methods of Phosphorus removal.
Book "Good Practices in Sludge Management" in English (with an appendix) and Russian languages - an output of PURE project, presents technical solutions used in sludge handling and disposal processes, compares the results achievable by application of different techniques, explores relevant emerging technologies and legal limitations for the further sewage sludge use.
NutriTrade - Nutrient offsetting for the Baltic Sea
The project develops new innovative policy instruments promoting cost-effective, cross-border, cross-sector nutrient reduction measures in the Baltic Sea basin. The project will pilot a platform for nutrient trading, nutrient offsets and joint implementation of nutrient reduction targets in the Baltic Sea area.
In the pilot scheme, several proven nutrient abatement measures will be implemented, resulting in phosphorus load reductions of up to 50 t/a. At the same time, the project will develop 1) credible nutrient offset verification mechanisms, and 2) assessment mechanisms to find and support innovative but proven and verifiable nutrient reduction methods which have not yet become market-driven or integrated into governmental policies.
The lessons learned in the pilot scheme will be used for analysing nutrient trading as a water policy instrument on a national level, and also for the analysis of a Baltic Sea wide inter-governmental nutrient trading. Based on these, NutriTrade will produce policy recommendations for the Baltic Sea Region.
Lead: John Nurminen Foundation (FI)
Project period: 2015-2018
The project has launched an online platform, Nutribute, where people and organisations can campaign and raise funds for projects to benefit the Baltic Sea and where Baltic Sea stakeholders can donate money to support those projects
Initiation of full-scale mussel farming in the Baltic Sea will set up a successful mussel-farming value chain. The aim is to develop an integrated territorial approach to industrial-scale production of blue mussels and establish commercially viable production of mussel-meal fodder. To achieve this, suitable farming techniques will be developed for the Baltic Sea region conditions and a mussel meal industry will be produced. All mentioned above will take place in close cooperation with policy makers on regional and national level and in line with current legislation; the aim is to produce supportive policy instruments. The project will also investigate the use of combined mari-cultural systems, where mussels may mitigate negative nutrient effects of fish farming. A system for allowing payment for the service "nutrient uptake" needs to be created, a task that the project will try to solve.
Lead: Region Östergötland (SE) Project period: 2016-2018
The project aims to improve resource efficiency in wastewater management in the Baltic Sea region by developing the capacity of wastewater treatment (WWT) operators and implementing pilot investments which will result in reduced nutrient inflows to the Baltic Sea. The actions will focus on three main areas in the municipal WWT sector where gaps have been recognized through work in previous EU funded projects PRESTO and PURE: capacity development (CD), sludge management (SM) and energy management (EM).
The innovative solutions and economic potential of municipal wastewater treatment sector are threatened by limited knowledge of existing options. While advanced technology solutions are continuously becoming available, their integration at waste water treatment plants are often challenging and inefficient. The project will increase capacity of WWT operators in choosing cost-effective technologies in nutrient removal, smart sludge and energy management and build structured models to support lifelong learning in WWT sector.
A Baltic Smart Water Hub is a multifunctional online portal aiming at connecting water experts in the region. The online-Hub provides most recent good practices, technical solutions and tools on a broad array of water management issues.
Lead: Union of the Baltic Cities, Sustainable Cities Commission c/o City of Turku (FI) Project period: 2016-2019
CONSUME – Consumer guide for sustainably produced meat
The aim of the project is to develop meat guides further and launch them in newly targeted countries (Estonia, Latvia and Lithuania). The proposed project includes the development and inclusion of a criterion for eutrophication and best practice guide for more sustainable production methods. The aim is to reduce the footprint of meat consumption and production.
Better efficiency for industrial sewage treatment (BEST) 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 (DESIRE) Enhancing water resources management in four river basins oriented on Baltic protection (BigRivers4Baltic)