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A common platform for knowledge building and collaboration is crucial to spread and develop the life cycle thinking globally. This project aims for a joint national collaboration to engage organizations to apply a life cycle perspective.
Funded by Swedish Energy Agency
Type Admin project
Time period 2017-01-01 - 2020-05-17
Category
Circular Economy Collaboration Communication Energy Innovation Knowledge Building Life Cycle Management Resource efficiency

The Nordic Dialogue Forum for LCA, climate and buildings is developed  in collaboration with the Nordic building authorities with the purpose is to give input to Nordic harmonization of life cycle assessment of climate emissions…
Funded by Nordic Sustainable Construction Programme through Ministry of Environment in Finland
Type Working group
Time period 2019-10-03 - 2023-03-31
Category
Buildings Collaboration Harmonization Life Cycle Assessment

The method for modeling material recycling can have a decisive impact on the environmental assessment of products with a high content of recycled material or material that is recycled after use. How recycling should be modeled in LCA has been discussed since the 90's but no consensus has yet been reached. The project is expected to result in increased competence and in consensus on certain aspects of the modeling of recycling in LCA.
Funded by RE:Source
Type Research project
Time period 2018-11-15 - 2020-05-31
Category
Collaboration End-of-life Environmental footprint Recycling Research

Fuel producers are increasingly affected by conflicting rules for life cycle assessment (LCA). The EU Renewable Energy Directive (RED), the EU framework for Product Environmental Footprints (PEF), and the frameworks of Environmental Product Declarations (EPD)…
Funded by Swedish Energy Agency
Type Research project
Time period 2020-06-15 - 2021-12-31
Category
Case studies Environmental footprint EPD Fuels Vehicles & transport

Life cycle information is used differently thru out the organization, this project investigate how information can contribute for better environmental performance when addressed correctly. The aim of the project is to facilitate for the various functions of a company to contribute to increased energy efficiency in a life cycle perspective.
Funded by Swedish Energy Agency
Type Research project
Time period 2016-08-15 - 2018-08-31
Category
Energy Life Cycle Management Research