Prosjekter
Publikasjoner
- CCUS educational materials
- D12.6 Neutral solution packages for CCUS implementation in smart, sustainable cities
- System optimization of hybrid processes for CO2 capture
- Operation and control of compact offshore combined cycles for power generation Les publikasjonen
- A framework for physics based off-design and dynamic modelling and simulation of combined cycle power plants in weight and volume constraint environments
- Investigating the characteristics of a dynamic model of a once-through steam generator for waste heat recovery
- Design optimization of compact gas turbine and steam combined cycles for combined heat and power production in a FPSO system–A case study Les publikasjonen
- Low-pressure liquid CO2 terminal - a model study of the loading of a liquid CO2 tanker Les publikasjonen
- Dynamics of large-scale bubbling fluidized bed combustion plants for heat and power production Les publikasjonen
- Sustainable energy technologies for the Global South: challenges and solutions toward achieving SDG 7 Les publikasjonen
Annen formidling
- Digital Twin Project: Optimal Design and Operation of Compact Combined Cycles in Offshore Oil and Gas Installations
- Project ACCSESS: Addressing drastic CO2 emissions cuts and removal in four key industries
- An overview of the EU-funded ACCSESS project, providing access to cost-efficient, replicable, safe and flexible CCS
- Investigating the characteristics of a dynamic model of a once-through steam generator for waste heat recovery
- A framework for physics based off-design and dynamic modelling and simulation of combined cycle power plants in weight and volume constraint environments
- ACCSESS – providing access to cost-efficient, replicable, safe and flexible CCS
- Model predictive control of compact combined cycles in offshore power plants integrating a wind farm
- The ACCSESS Project: an International Project developing replicable CCUS Pathways in Europe
- Dynamic modelling of combined cycle - Oseberg case
- The ACCSESS project: A European collaboration for Capture, Chains and Society