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Sustainable use of Baltic Sea natural resources based on ecological engineering

Published Jan 14, 2011

A project working with a system analysis of all stages from harvest of algae in the Baltic Sea to biogas production have been iniated in co-operation with the municipality of Trelleborg in Southern Sweden. The project are dealing with the ecological, social and technological aspects in the production chain. Comparisons with other biomasses such as reed and blue mussels are also studied in the project. The project started during the summer of 2009 and will continue until 2011.

Sustainable use of Baltic Sea natural resources based on ecological engineering. The project will investigate if the construction of wetlands, the harvesting of reed and algae and mussel farming in the coastal zone and blue green algae in the open sea may form the basis for the sustainable use of natural resources in an area of the Baltic Sea. The project aims to assess the sustainability from an environmental, economic and social perspective and analyze both the technology and how much natural resources there are in the area. The project will be done in close cooperation with a municipality in southern Sweden, Trelleborg and companies operating in the municipality. There are few scientific studies that evaluate the sustainability of a project that tries to take a holistic approach. To develop technological solutions to environmental problems is a high priority research field in today’s society. If the project is successful, it can serve as a model on how to solve sustainability problems in coastal areas. The project is supported by Formas. The Swedish Research Council for Environment, Agricultural Sciences and Spatial Planning.

Contact:
Ass. Professor Fredrik Gröndahl

Ass. Prof. Nils Brandt and Ass Professor Maria Malmström from Industrial Ecology are also involved in the project.

Title
Sustainable Fish Supply in the Stockholm region
Äspö Site Descriptive Model: Hydrogeochemical modelling
Äspö model for radionuclide sorption
The BaltSeaPlan (BSP)
KTH-China Joint Research Center for Industrial Ecology
Submariner-Sustainable Uses of Baltic Marine Resources
Sustainable use of Baltic Sea natural resources based on ecological engineering
Smart Grid - Information management system in Royal Sea Port
Potential and cost-effectiveness of climate mitigation measures
Clinton Climate Initiative (CCI) and Industrial Ecology
Sustainable Järva
CREDO- Creation of third cycle studies
ERAIHM
Sustainable urban development - Royal Sea Port – City of Stockholm
Fishwelfare
QUESTE-SI Quality System of Science and Technology Universities for Sustainable Industry
IEMAST establishing master level studies
CLUE - Climate Neutral Urban Districts in Europe
ENEF- Central Baltic Cooperation in Energy Efficiency and Feasibility in Urban Planning
Finalized projects at Department of Industrial Ecology
Barriers for implementation of the Environmental Load Profile and other LCA based methods
The removal of Cyanobacteria blooms in the Baltic Sea
TBS Cooperation Environment- Innovation
Energy Scenarios Sweden-Ukraine
Geochemical retention in surface systems
SDPROMO I & II
Hammarby Sjöstad – evaluation of the environmental profile of an new urban district in Stockholm
Retention of redox sensitive metals/metalloids at reducing mineral surfaces
EU Leonardo-Univeristy in the Field
European Observatory for Long-Term Governance on Radioactive Waste Management
Strengthening of Capacity in Environmental Education
SIDA OSH & Development
Textbook in Occupational Safety and Health & Development