ArcticSewlutions

Variable wastewater (WW) management approaches are used in Arctic countries. They differ by the type of systems used and the level of environmental and health protection they provide. Several factors, such as regional climate and geology or the history and culture of a region, can affect the suitability of management solutions. There is a lack of information on their micropollutant load.

Funders

ArcticSewlutions project picture. Snow and a small barn.

Project information

Project duration

-

Funded by

European Structural and Investment Funds - INTERREG

Funding amount

1 455 231 EUR

Project coordinator

University of Oulu

Contact information

Project leader

Other persons

Project description

ArcticSewlutions aims to compile and create information on the type, efficiency, and properties of treatment options in cold and sparsely populated regions. In addition, it will also close the information gap on the occurrence of waste water-related emerging contaminants in receiving waters near Arctic settlements.

The goal is to promote the exchange of knowledge and practical experiences on waste water management solutions providing regional and local stakeholders with the information needed to assess and change practices if needed.

The project aims for enhanced waste water management in changing climate and variable geographic conditions for the resilience and health of communities.

Project actions

This project aims to study different wastewater management solutions in variable conditions in sparsely populated regions of Greenland, Finland, Iceland, and Sweden.

The project activities will result in deliverables which will serve as the basis for decision-makers in municipalities and regional authorities for the selection of technical solutions and wastewater management approaches appropriated in different conditions.

Work packages

  1. Efficiency of wastewater treatment solutions in cold climate regions

  2. Environmental load of anthropogenic compounds near Arctic settlements

  3. Technical feasibility and socio-environmental acceptability of wastewater solutions