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Resource Economics. The position is a part of our participation in the center for research-based innovation: SFI Dsolve - Biodegradable plastics for marine applications which includes SINTEF Industry and
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SFI Harvest SFI Harvest brings together pioneering shipowners, key technology providers, large producers of raw materials and feed for the aquaculture sector, stakeholders, SINTEF Ocean, and other
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Innovation Centre (NAPIC), concentrating on aluminum products and processes. NAPIC is a synergistic collaboration between industry powerhouses Hydro, NTNU, SINTEF, and Sintef Raufoss Manufacturing (SRM). Its
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gases with low solubility challenge economical and viable large-scale operation of the multiphase bioreactor. To realize new viable industrial-scale fermentation processes, the multiphase bioreactor must
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with low solubility challenge economical and viable large-scale operation of the multiphase bioreactor. To realize new viable industrial-scale fermentation processes, the multiphase bioreactor must be
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(SFI-IB ) which is constituted by universities, research organizations, and industry. This PhD project focuses on gas fermentation where gases with low solubility challenge economical and viable large
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Project for Industry, titled ‘Development of Coupled Offshore and Onshore Power Grids’. The research project is led by SINTEF Energy Research, and the industry partners include Statnett, Aker Solutions, and
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to enabling a sustainable hydrogen economy. HYDROGENi offers an integrated community where knowledge, experience and ideas are shared, with an overall research approach to develop methodologies and knowledge in