Spyridon Brouzas
About
PhD in:
"Multi-objective framework for reliability and sustainability assessment of Hydrogen fuel in marine power systems"
Under the guidance of Mehdi Zadeh.
Having passed from shipping companies, a classification society, shipyards and one of the most renowned French marine design offices where we designed one of the first methanol dual fuel large container vessels retrofit, an FPSO newbuild and a novel WIG-type vessel, I decided to continue my journey in the marine world by investigating hydrogen-based energy systems to, hopefully, arrive at a disruptive technology that can revolutionise Green Shipping.
On a more personal note, I am an active, sporty person, a former member of the Greek National Fencing Team, with a slight addiction to good food.
Publications
2026
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Brouzas, Spyridon;
Zadeh, Mehdi.
(2026)
Vessel solution matrix.
Norwegian University of Science and Technology (NTNU)
Data set
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Brouzas, Spyridon;
Zadeh, Mehdi;
Kokarakis, John;
Thorne, Rebecca Jayne;
Sundvor, Ingrid;
Rødseth, Kenneth Løvold.
(2026)
MODEL-BASED EVALUATION OF ALTERNATIVE ENERGY SYSTEMS FOR RETROFIT DECARBONIZATION OF FISHING VESSELS.
International Conference on Offshore Mechanics and Arctic Engineering (OMAE) [proceedings]
Academic article
2025
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Brouzas, Spyridon;
Zadeh, Mehdi;
Lagemann, Benjamin.
(2025)
Framework for Evaluating Energy Demands in Fuel Cell Hydrogen-Powered Ships | SpringerLink.
Springer Nature
Academic monograph
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Brouzas, Spyridon;
Zadeh, Mehdi;
Lagemann, Benjamin.
(2025)
Evaluation of Sizing and Dimensioning of Alternative Fueled Ship Energy Systems: Case Study of Liquid Hydrogen Storage System for Bulk Carriers.
Academic chapter
-
Brouzas, Spyridon;
Zadeh, Mehdi;
Lagemann, Benjamin.
(2025)
Framework for Evaluating Energy Demands in Fuel Cell Hydrogen-Powered Ships.
Springer Nature
Academic monograph
-
Brouzas, Spyridon;
Zadeh, Mehdi;
Lagemann, Benjamin.
(2025)
Essentials of hydrogen storage and power systems for green shipping.
International Journal of Hydrogen Energy
Academic article
Journal publications
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Brouzas, Spyridon;
Zadeh, Mehdi;
Kokarakis, John;
Thorne, Rebecca Jayne;
Sundvor, Ingrid;
Rødseth, Kenneth Løvold.
(2026)
MODEL-BASED EVALUATION OF ALTERNATIVE ENERGY SYSTEMS FOR RETROFIT DECARBONIZATION OF FISHING VESSELS.
International Conference on Offshore Mechanics and Arctic Engineering (OMAE) [proceedings]
Academic article
-
Brouzas, Spyridon;
Zadeh, Mehdi;
Lagemann, Benjamin.
(2025)
Essentials of hydrogen storage and power systems for green shipping.
International Journal of Hydrogen Energy
Academic article
Books
-
Brouzas, Spyridon;
Zadeh, Mehdi;
Lagemann, Benjamin.
(2025)
Framework for Evaluating Energy Demands in Fuel Cell Hydrogen-Powered Ships | SpringerLink.
Springer Nature
Academic monograph
-
Brouzas, Spyridon;
Zadeh, Mehdi;
Lagemann, Benjamin.
(2025)
Framework for Evaluating Energy Demands in Fuel Cell Hydrogen-Powered Ships.
Springer Nature
Academic monograph
Part of book/report
-
Brouzas, Spyridon;
Zadeh, Mehdi;
Lagemann, Benjamin.
(2025)
Evaluation of Sizing and Dimensioning of Alternative Fueled Ship Energy Systems: Case Study of Liquid Hydrogen Storage System for Bulk Carriers.
Academic chapter
Outreach
2026
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LectureBrouzas, Spyridon. (2026) Tekniske muligheter for alternative drivstoff i sjømatnæringen. FAME-seminar: Resultater fra WP2
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Conference lectureBrouzas, Spyridon; Zadeh, Mehdi; Kokarakis, John; Thorne, Rebecca Jayne; Sundvor, Ingrid; Rødseth, Kenneth Løvold. (2026) Model-Based Evaluation of Alternative Energy Systems for Retrofit Decarbonization of Fishing Vessels. ASME 45th International Conference on Ocean, Offshore & Arctic Engineering (OMAE2026)
2025
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LectureBrouzas, Spyridon; Nergård, Jorulf. (2025) Konseptstudie av alternative energibærere til torsketrål. FAME heldagsmøte
2024
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Conference posterBrouzas, Spyridon; Zadeh, Mehdi. (2024) SUITABILITY AND FEASIBILITY OF ALTERNATIVE FUELS AND TECHNOLOGIES FOR DECARBONIZATION OF MARINE ENERGY SYSTEMS. H2science