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technologies, economics and policies either drive or constrain the growth of clean energy technologies. The PhD student or Postdoctoral researcher will use a combination of empirical research, statistical
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a completely new space for innovation and industrial development. To realise such visions, not only technical problems, but also a broad set of economic and institutional barriers related
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thermonuclear fusion could open a completely new space for innovation and industrial development. To realise such visions, not only technical problems, but also a broad set of economic and institutional barriers
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of bioproducts, playing a pivotal role in the biorefinery process and bio-based economy. We seek a motivated postdoc candidate to join an interdisciplinary group in forest products and chemical
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multi-disciplinary and will integrate hydrogeological data analysis and modeling with Bayesian probability theory and economic valuation methods. The economic valuation will be based on the concept
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consists of a collaboration between the Departments of Mechanics and Maritime Sciences, Departments of Chemistry and Chemical Engineering and Technology Management and Economics. Project description In
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low carbon society. This is an opportunity for you to contribute to the development of techno-economic and environmental assessment evaluation frameworks and/or the development of energy systems
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these results to link future household consumption patterns with global socio-economic development pathways. Ultimately, the work is expected to contribute of better understanding of future household consumption
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-economic and sustainability indicators; to develop a broader functional tool that includes indicators relevant on a societal level; evaluate the socio-economic effects of mass management at the project scale
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polymeric electrocatalysts for a circular economy and are enthusiastic about working in collaboration with other group members to solve timely research questions, we can offer you a position in our lab