Energy, Transport and Buildings - Industrial Ecology Programme (IndEcol)
Energy, Transport and Buildings
We address the nexus of energy, land and maritime transport, pollution, and climate associated with transformation pathways and human settlement.
Contact
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Francesco Cherubini Professor, Director of the Industrial Ecology Programme
+47-73598942 francesco.cherubini@ntnu.no Department of Energy and Process Engineering -
Juudit Ottelin Associate Professor
+4746505451 juudit.ottelin@ntnu.no Department of Energy and Process Engineering -
Anders Hammer Strømman Professor and Vice Dean for Sustainability
+47-73598948 +4791897993 anders.hammer.stromman@ntnu.no Department of Energy and Process Engineering
The overall objective of this project is sustainable biocarbon value chains for the metallurgical industries. 2023-2026.
FME HYDROGENi constitutes a strong team of research and industry partners with complementary competence and roles. Globally leading universities and research centres will secure a high academic tenure, while a strong commitment from industry will support the fulfilment of the Centre’s objectives. With funding from the Norwegian Research Council. Period: 2022-2030
Rally to the Valley (Nord_H2ub)
The Nord_H2ub project focuses on the role of the maritime sector. The project delivers insights into the characteristics of optimal production of hydrogen, ammonia, and other electrofuels, and will provide knowledge about demand side characteristics.
NTRANS is established to deliver world leading research on the energy system in the transition to the zero-emission society. NTRANS focuses on the role of the energy system in the decarbonization of sectors such as energy, transport, industry, and buildings, as well as our everyday lives. Funded by RCN, R&D partners and industry, 2019-2027.
CircEUlar is a four year European Research and Innovation Action that will develop circular parthways for an EU low-carbon transition. Funded by the European Union, and co-funded by the Swiss State Secretariat for Eudcation, SERI and UKRI. 2021-2026.
SingleTree will develop advanced methods to monitor forests based on artificial intelligence and remote sensing, adaptive single-tree level management solutions, intelligent machines for implementing single-tree operations, and improved traceability and ability to predict wood quality early in the value chain as a foundation for optimised biomass supply.
The HELIOS project is enhancing optimal exploitation of solar energy in Nordic cities through the digitalization of the built environment. 2021-2026
The ICARUS project is an international cooperation for sustainable aviation biofuels, funded by the EU.