Welcome to find support for water protection!

Welcome to finding information, examples and practical tips for water protection!

Tools for water protection is a web-based toolbox providing support for implementing water protection actions at local level. It is designed for professionals and experts who do concrete work, strategic planning or make decisions on water protection in cities, municipalities, companies, NGOs or other organisations. The Toolbox provides information and tools that assist with water protection. In addition to practical tips, tools and background information, in the Bank of Actions you can browse actions that local organisations have already implemented for the protection of local waters and the Baltic Sea – and you can also share your organisation’s own actions! This site was established in 2015 by the EU Life+ funded project CITYWATER, in collaboration with the Baltic Sea Challenge. The first tools are based on the results of the CITYWATER project. The site is now managed and updated by the Baltic Sea Challenge. More tools and actions are needed – please contact us and tell us about your ideas! Read more on page About us!

The Baltic Sea Challenge

Action at the local level is the key! Join the network and find ideas, examples, best practices and possibilities for collaboration.

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Communication strategy

Find tips and guidelines on how to communicate the benefits of water protection efficiently to get your message through!

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Cost-benefit analysis

Learn how the benefits of water protection can be assessed and compared to the costs of implementation!

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Storm water solutions

Considering implementing sustainable storm water solutions? Read about solutions, tips and recommendations for practical work!

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EXAMPLES OF WATER PROTECTION ACTIONS

Find inspiration and ideas in water protection actions implemented by the Baltic Sea Challenge network.
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Agriculture

Awareness raising

Hazardous materials

Littering etc.

Oil spill prevention

Research and monitoring

Shipping and boating

Stormwater management

Strategies and programs

Wastewater management

Other

Drainage basin


Centralising wastewater treatment in the Pori region

Actor: Pori Water, Jokilaakson Ympäristö Ltd   ●   Year: 2015   ●   Address: Luotsinmäki Pori, Finland

Waste water treatment was centralised in the Pori region to Luotsinmäki WWTP in 2008-2010. New transfer sewers were built from surrounding municipalities and the old Luotsinmäki WWTP was renovated. © Porin Vesi

Description

Porin Vesi (Pori Water) a municipal water supply and sewage treatment company in the City of Pori. Porin Vesi conducts three waste water treatment plants (WWTPs) of which Luotsinmäki WWTP is the largest. In Luotsinmäki WWTP large renovations and expansions were made during 2008–2010.

At the same time, the surrounding municipalities of Harjavalta, Ulvila, Nakkila and Eura and fabric-producer Suominen Kuitukankaat Ltd, established a new company, Jokilaakson Ympäristö Ltd, to build up and manage a sewer line which connects sewerage networks of the mentioned partners to the new Luotsinmäki WWTP.

After finishing these two investments, municipal WWTPs of Harjavalta, Ulvila and Nakkila and the WWTP of the Suominen Kuitukankaat factory were shut down. Two other treatment plants - the municipal WWTP of the coastal municipality Luvia and the WWTP located in the Pihlava region of the City of Pori – were closed as well. The waste water treatment in the region was centralised to the Luotsinmäki WWTP via transfer sewers.

Benefits

Due to centralising of waste water treatment to the renovated Luotsinmäki WWTP, the nitrogen and phosphorus load to the river Kokemäenjoki and the Baltic Sea was reduced by ca 127,500 kg N/y and 3,100 kg P/y. The relative reductions were 61 % and 69 % respectively. Depending on the scenario how the state of the Baltic Sea develops in the future, the annual social benefits from nutrient reductions to the sea are 2.6–25.6 M€/y. The net present value would then be between –41 M€ and 120 M€ (for an expected lifespan of 30 years). However, many positive local impacts e.g. impact on local waters, positive influence of the municipal collaboration or reduced traffic, noise and odours in the surroundings of the closed plants were not possible to measure and thus not included in the analysis.

Background information

The impacts and the net present value of this action were assessed in the cost-benefit analysis study conducted in the EU Life+ funded project CITYWATER. Further information of the study can be found from !

Further information