Rajalakshmi Krishnadoss
+4741240548
A418 Varmetekniske laboratorier Gløshaugen, Trondheim
About
I am a chemical engineer currently employed as a PhD researcher in EPT department,NTNU. My research is focused on Thermochemical heat pumps which is aimed to upgrade low temperature heat to high temperature heat. Thermochemical heat pumps are majorly powered by thermal energy and requires very little electricity. My superviser is Professor Thomas Adams from NTNU.
I have professional working experience from India and Norway. I have worked for General Electric (Power & Water) for 5 years. I was involved in feasibility studies for most part of my industrial career. This includes developing new technology as well as testing existing technology for new applications.
Publications
2026
-
Krishnadoss, Rajalakshmi;
Njå, Lisa Marie;
Adams Ii, Thomas Alan.
(2026)
Design and techno-economic assessment of a water/sodium bromide based double stage absorption heat transformer.
Chemical engineering research & design
Academic article
-
Krishnadoss, Rajalakshmi;
Bot, Félix Le;
Adams, Thomas A..
(2026)
Design of a Chemical Heat Pump based on Methylcyclohexane, Toluene and Hydrogen.
Systems and Control Transactions (SCT)
Academic article
2025
-
Krishnadoss, Rajalakshmi;
Dyrland, Idun Aalstad;
Adams Ii, Thomas Alan.
(2025)
Design and optimization of alcohol-ketone-hydrogen chemical heat pumps.
Computers and Chemical Engineering
Academic article
2024
-
Krishnadoss, Rajalakshmi;
Adams Ii, Thomas Alan.
(2024)
Integration of a Chemical Heat Pump with a Post-Combustion Carbon Capture Adsorption Unit.
Systems and Control Transactions (SCT)
Academic article
Journal publications
-
Krishnadoss, Rajalakshmi;
Njå, Lisa Marie;
Adams Ii, Thomas Alan.
(2026)
Design and techno-economic assessment of a water/sodium bromide based double stage absorption heat transformer.
Chemical engineering research & design
Academic article
-
Krishnadoss, Rajalakshmi;
Bot, Félix Le;
Adams, Thomas A..
(2026)
Design of a Chemical Heat Pump based on Methylcyclohexane, Toluene and Hydrogen.
Systems and Control Transactions (SCT)
Academic article
-
Krishnadoss, Rajalakshmi;
Adams Ii, Thomas Alan.
(2024)
Integration of a Chemical Heat Pump with a Post-Combustion Carbon Capture Adsorption Unit.
Systems and Control Transactions (SCT)
Academic article
-
Krishnadoss, Rajalakshmi;
Dyrland, Idun Aalstad;
Adams Ii, Thomas Alan.
(2025)
Design and optimization of alcohol-ketone-hydrogen chemical heat pumps.
Computers and Chemical Engineering
Academic article