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TUC and Tel-Tek together
possess a powerful and unique combination of cutting edge experience
in process design, process evaluation, cost engineering, and
environmental impact assessments, as well as expertise in using
modern tools for modelling and simulation of processes. This
knowledge is utilized and extended in research on CO2
capture processes. The project brings together TUC
personnel from several departments at the Faculty of Technology and
personnel from Tel-Tek's department GassTek as well as Tel-Tek
associates.
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TUC professors in
charge of
the CO2
research
Morten C. Melaaen
(PhD)
Heat and mass transfer in
CO2
capture equipment, including CFD simulations and
experimental work on flow processes |
Dag Eimer
(PhD)
Kinetics and
thermodynamics of CO2
absorption, modelling and process design; process
intensification |
Klaus Jens
(PhD)
CO2 chemistry; CO2
adsorption/absorption mechanisms and technology; CO2
adsorbent/adsorbent development and testing |
PhD students
working on CO2
Sanoja Devalegama
(MSc)
Classical modelling
CO2
absorption and desorption; CFD modelling |
Jingyi Han
(MSc)
Measurements of CO2
absorption rate into drops, surface tension measurements,
and modelling of these phenomena |
Ying Jiru
(PhD)
Absorption and reaction kinetics of CO2
into amine solutions |
Wang Tielin
(MSc)
CO2
amine absorbant reaction and degration studies |
Lars Erik Ři
(MSc)
Assoc. Prof. at TUC
Absorption column design; Process simulation of CO2
capture systems; Energy optimization of CO2
capture systems |
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Other TUC and
Tel-Tek
CO2 research personnel
Rune Bakke
(PhD)
Professor at TUC
Biological degradation of amine waste from CO2 capture systems
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Dag Bjerketvedt
(PhD)
Professor at TUC
CO2
safety; Combustion of amine waste from CO2 capture systems
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Terje Brĺthen
(MSc)
Assoc. Prof. at TUC
Process simulation of
CO2 capture systems |
Nils Henrik Eldrup
(MSc)
Assist. Prof. at TUC
Cost
estimation of CO2 capture plants |
Hans Aksel Haugen
(MSc)
Tel-Tek dept. head
CO2
value chain
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Jon Hovland
(MSc)
Handling
of amine waste (biological degradation and incineration)
from CO2 capture systems |
Bernt Lie
(PhD)
Professor at TUC
Modelling and
simulation of dynamic systems applied to CO2
capture
systems; Advanced control of CO2
capture systems |
Joachim
Lundberg
(MSc)
CO2
lab manager |
Morten Pedersen
(MSc)
Assist. Prof. at TUC
Instrumentation of TUC
laboratory facilities CO2 capture |
Trond Risberg
(MSc)
Biological
degradation of amine waste from CO2 capture systems |
Lars-André Tokheim
(PhD)Assoc. Prof.
at TUC
Capture and reduction
of CO2 from cement plants; Process simulation of CO2 capture
systems; Incineration of amine waste from CO2 capture systems |
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Project Invest
collaborators
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Georg Hegerland (MSc)
Design and
cost calculation of CO2 capture processes
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Laila Helgesen
(MSc)
Environmental impact of CO2
capture processes
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John O. Pande
(MSc)
Design and
cost calculation of CO2 capture processes |
In addition to those listed above, MSc and
BSc students from TUC contribute through student projects and
theses.
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