Ongoing macroalgae projects in Norway
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1 Ongoing macroalgae projects in Norway Algae Conference Bodø 2012 Anne Lise Leonczek Bellona
2 From Pollution to Solution Photo: Bellona
3 How does Bellona work?
4 Bellona offices and representatives Murmansk Oslo St. Petersburg Brussel Washington D.C.
5 Integrated Multitrophic Aquaculture Madagascar Algae Project Ocean Forest Project Sahara Forest Project
6 Why cultivate algae in Norway? Norway has a long coastline and good natural conditions for Aquaculture We already have an infrastructure for receiving, transporting and processing seaweed There is a large, untapped potential in marine raw materials and there are many exciting new opportunities
7 Large potential for raw products Algae has a huge potential to produce: o Employment o Food for humans and animals o Omega 3 o Medicine o Bioenergy o Other products Large product diversity!
8 On going macroalgae projects in Norway No commercial cultivation of macro algae in Norway Small number of pilot projects Few Research projects
9 The ECORAIS Project Cultivate: Saccharina latissima, Palmaria palmata Hardangerfjorden Use of results: Describe ecosystem responses to aquaculture induced stress, evaluate algae as bioindicator for waste discharges Partners: IMR-Institute of Marine Research, NIVA- Norwegian Institute for Water Research, UniResearch Financed by: The Research Council of Norway Photo: Linda Skryseth, NIVA
10 Macroalgae Project in Solund, Sognesjøen Cultivate: Saccharina latissima, Laminaria hyperborea and Laminaria digitata Outside a fish farm in Sognesjøen Use of results: To utilise protein Partners: Salmon Group, Sulefisk, Hortimare and Innovasjon Norge Photo Øyvind Kråkås
11 From biomass to biogas an integrated approach towards sustainable recovery of energy and nutrients ( ) Cultivate Saccharina latissima. (Seaweed only small part of the project) Frøya Taraskjæret, Frøya Hammarvik, Beijan and Storfosna Use of results: Energy and nutrition Partners: Norwegian University of Life Sciences (UMB), CAMBI AS, and Seaweed Energy Solution AS (SES) Financed by: Seaweed Energy Solution AS (SES), Hafslund, Cambi AS and The Research Council of Norway Photo SES
12 SEAWEEDTECH Development of technology for large scale seaweed cultivation ( ) Cultivate Saccharina latissima Frøya Taraskjæret, Frøya Hammarvik, Beijan and Storfosna Use of results: confidential project ( BIP ) Partners: SES, Aqualine, Winds Enterprises, Stolt Sea Farm, SINTEF Fisheries and Aquaculture, NTNU- Norwegian University of Science and Technology, CIIMAR-Centre for Marine and Environmental Research (Portugal) Financed by: SES, Aqualine, Winds Enterprises, Stolt Sea Farm, Statoil and The Research Council of Norway Photo SES
13 SEABREED Industrial seedling production for large scale offshore cultivation process ( ) Cultivate Saccharina latissima Frøya Taraskjæret, Frøya Hammarvik, Beijan and Storfosna Use of results: Confidential project ( BIP ) Partners: SES, Winds Enterprises, Stolt Sea Farm, SINTEF Fisheries and Aquaculture, NTNU- Norwegian University of Science and Technology, CIIMAR-Centre for Marine and Environmental Research (Portugal) Financed by SES, Winds Enterprises, Stolt Sea Farm and The Research Council of Norway Photo SES
14 EUROSTARS : SEAWEED STAR Development of offshore cultivation of seaweed ( ) Cultivate Saccharina latissima Frøya Taraskjæret, Frøya Hammarvik, Beijan and Storfosna Use of results: Confidential project to be explored by SES and business partners Partners: SES, Aqualine, Stolt Sea Farm, Winds Enterprises, SINTEF, NTNU- Norwegian University of Science and Technology and CIIMAR-Centre for Marine and Environmental Research (Portugal) Financed by: SES, Aqualine, Stolt Sea Farm, Winds Enterprises, Eurostars (EU finding agency) Photo SES
15 The DYMALYS project Cultivate Saccharina latissima Måkasteinen, Bakken, Gråtnes, outside the hatchery in the Lysefjord Partners: Lerøy, Bellona, Blue Planet, IVAR, Rogaland Forsk, Rogaland fylkeskommune, Biotec, Sylter Algenfarm, Lysefjorden Forskningsstasjon Use of results: Biogas, human and animal food Financed by: Lerøy, Rogaland Fylkeskommune, Ryfylkefondet Photo Leonczek & Lerøy
16 Cultivate: Saccharina latissima and Alaria esculenta Macrobiomass Trøndelag, Fosna, Ørlandet and Rogaland Partners: SINTEF Fisheries and Aquaculture, Sylter Algenfarm, Marifood, University of Oslo Use of results: Bioetanol Financed by: The Research Council of Norway and Natur og Næring Photo Sintef
17 The EXPLOIT project Cultivate: Saccharina latissima Outside a fish farm in the Hardangerfjord Partners: SINTEF Fisheries and Aquaculture, IMR-Institute of Marine Research, NTNU- Norwegian University of Science and Technology, and BELLONA Use of results: Evaluate the full scale potential of IMTA (Integrated Multitrophic Aquaculture) Financed by: The Research Council of Norway Photo Sintef
18 Conclusion Norway has a long coastline and good natural conditions for growing macroalgae There a few pilot projects but no commercial macroalgae production We have not taken advantage of our resources To do this, we need more collaboration between stakeholders, researchers, politicians, business and Industry
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