Thomas Adams

Professor

Norwegian University of Science and Technology

Norway

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Professor Thomas Adams is a faculty member at the Norwegian University of Science and Technology, Norway. His research encompasses various areas including green technologies, hydrogen production, and the recycling of plastic waste. Recent publications focus on techno-economic assessments of energy processes and innovative solutions for carbon management in industrial applications.

Thomas Adams

Research Interests

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Articles (20)

Weighing risks against GHG reduction benefits in emerging green technologies

Meta-study and environmental techno-economic assessments (eTEAs) of blue hydrogen processes

Design of Biocarbon Byproduct Utilization Processes for Ironmaking and Steelmaking

Design and optimization of alcohol-ketone-hydrogen chemical heat pumps

Thermo-economic analysis of green hydrogen production onboard LNG carriers through solid oxide electrolysis powered by organic Rankine cycles

Chemical Recycling of Plastic Waste via Production of Ethylene from Gasification Syngas

Design and eco-technoeconomic analysis of a natural gas cogeneration energy management center (EMC) with short-term thermal storage

Integration of a Chemical Heat Pump with a Post- combustion Carbon Capture Sorption Unit

Thermo-Mechanical Exergy of a Substance in Cold Applications Approaching Absolute Zero

Minimizing total annualized cost per tonne of feed processed of a semicontinuous distillation process utilizing data-driven model predictive control

Life cycle analyses of SOFC/gas turbine hybrid power plants accounting for long-term degradation effects

How Canada can supply Europe with critical energy by creating a Trans‐Atlantic energy bridge

Design strategies for oxy-combustion power plant captured CO<sub>2</sub> purification

Special Series: Systems and Control Division

cDC1 coordinate innate and adaptive responses in the omentum required for T cell priming and memory

An eco-technoeconomic analysis of hydrogen production using solid oxide electrolysis cells that accounts for long-term degradation

Biomass‐gas‐and‐nuclear‐to‐liquids (BGNTL) polygeneration process part II: Techno‐economic analysis

Global optimization of a hybrid waste tire and natural gas feedstock polygeneration system

Dynamic life cycle assessment of solid oxide fuel cell system considering long-term degradation effects

Economically Optimal Sizing and Operation Strategy for Solid Oxide Fuel Cells to Effectively Manage Long-Term Degradation

Collaborators (2)

Christopher A. Hunter

Truls Gundersen

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