Carbone dioxide sequestration and utilization options from the fossil-fuel power plant
Kierownik projektu: Milad Amiri
Politechnika Gdańska
Wydział Inżynierii Mechanicznej i Okrętownictwa
Gdańsk
Data otwarcia: 2022-03-01
Streszczenie projektu
Project fits into following sub-areas outlined in the proposal:
* Full value chain analysis
* New knowledge that facilitates large-scale CO2 storage
* Development of CO2 capture solutions integrated into power and industry processes
Proposed process of utilization, called nCO2PP (negative CO2 Power Plan), consists of 3 essential elements, namely: 1) a system that processes sewage sludge in syngas; 2) a system that burns the resulting fuel in pure oxygen in a dedicated wet combustion chamber, and 3) a unique turbine with a system for condensing the steam and capturing carbon dioxide.
* Full value chain analysis
* New knowledge that facilitates large-scale CO2 storage
* Development of CO2 capture solutions integrated into power and industry processes
Proposed process of utilization, called nCO2PP (negative CO2 Power Plan), consists of 3 essential elements, namely: 1) a system that processes sewage sludge in syngas; 2) a system that burns the resulting fuel in pure oxygen in a dedicated wet combustion chamber, and 3) a unique turbine with a system for condensing the steam and capturing carbon dioxide.
Publikacje
- Milad AMiri, Dariusz Mikielewicz, Three-dimensional numerical investigation of hybrid nanofluids in chain microchannel under electrohydrodynamic actuator, Taylor & Francis (Numerical Heat Transfer, Part A: Applications) 1, (2022) 1
- Amiri M., Ziółkowski P., Stasiak K., Mikielewicz D., Numerical analysis of CO2-water separation in a horizontal double T-junction, Warsaw, Poland (7th International Conference on Contemporary Problems of Thermal Engineering | Hybrid event) 1, (2022) 1