Doktorander inom Framtidens energi

Inom forskningsinriktningen Framtidens energi arbetar doktorander inom ett av de tre forskningsspåren (tracks). Här kan du läsa mer om vad varje doktorand arbetar med.

Doktorander inom Framtidens energi
Namn Track Forskningsbeskrivning

Anbarasan Anbalagan
Track 1     Microalgae-bacterial  system for recovery of nutrients from wastewater
Aparicio Tomas Elena     Track 3 Research centered on the use of modeling and simulation in industrial processes with the purpose of obtaining better understanding of the process, for fault detection and prediction, for improved process control and optimization. Investigation of the application of an on-line diagnostic tool for improved process control, decision support and fault detection.
Chaudhary Awais Salman Track 1     Modelling and simulation of thermo and bio chemical conversion of biomass such as pyrolysis, gasification and anaerobic digestion with the main focus on polygeneration based technologies.
 
Blackman Corey   Track 2   Optimization of thermally driven heat pump systems. Employed by Climate Well.
Bulut Boruhan Mehmet   Track 2   Enabling buildings to be active components in an energy system including policy aspects.
Farokh Mohammed     Track 3 Process optimization in alumina production using modelling and simulation tools.
Firozifar Sohrab     Track 3 Transmission of electricity in different configuration of high voltage cables.
Foskolos Georgios   Track 2   Implementation of the Smart Grid. Technical and economic challenges in the transition from passive to active electric distribution networks and increased electric vehicle usage.
Employed by Mälarenergi Elnät.
Frost Anna Elisabet   Track 2   Anna Frost is an industrial PhD student in the graduate school Reesbe and employed by Svenska Energigruppen AB in cooperation with Mälardalen University. Her research interest includes Smart Grids and Data mining in energy systems.
Ghaviha Nima     Track 3 Energy optimization of train transportation - project with Bombardier and SICS.
Gholinejad Hassan     Track 3 Optimization of electric energy systems.
Hallström Olof   Track 2   Absorption heat pump system optimization.
Hennessy Jay Track 1     Novel uses of thermal grids through interactions with the electricity grid and other energy networks. Employed at the ‘Energy and circular economy’ department of RISE Research Institutes of Sweden, via the REESBE programme.
Kanders Linda Track 1      
Kumm Mia   Track 2   Investigation of how fires behave in tunnels and how to avoid negative impact on people.
Larsson David   Track 2   System analysis where PV-cell systems are interacting with buildings and grids. Employed by Direct Energy.
Lennermo Gunnar   Track 2   System analysis where solar power is introduced to DH nets. Employed by WSP.
Lundström Lukas   Track 2   Energy system optimization including electricity and heat production, distribution and use in buildings. Low energy buildings and passive houses with heat pumps vs district heating in CHP plants. Where is the optimum? Employed by Kommunfastighet in Eskilstuna.
Meyer Gero     Track 3 Extra-ordinary strain on structures, with a focus on blast loads and response in underground facilities.
Worrada Nookuea Track 1     Thermophyiscal properties of CO2 mixtures and impurities impacts on carbon capture and storage (CCS).
Mirmoshtaghi Seyedeh Guilnaz     Track 3 Modelling and simulation of high temperature gasification systems using eg ASPEN plus.
Nordlander Eva     Track 3 Modelling and simulation of biogas production systems.
Oelreich Kristina von   Track 2   Investigation of the impact of regulatory systems for energy savings in public sector.
Olsson Jesper Track 1     Biogas production in waste water treatment plants, co-digestion with algae, system integration and improvements.
Palm Anders Track 1     The ability, capacity, tactics and methodology of fire brigades to fight fires and to perform recues operations in underground structures.
Payam Fazilat Track 1     Investigation of potentials for renewable energy in Iran vs Sweden. Technologies and incentives.
Sadeghi Mohammad     Track 3 Fluid dynamic investigation of how to make casting of engines energy efficient and with high precision.

Sandberg Alexander

  Track 2    
Skvaril Jan Track 1     Investigation of how the fluid dynamics and temperatures are distributed in different type of boilers.
Song Jingjing   Track 2   Energy system optimization including electricity and heat production, distribution and use in buildings. Low energy buildings and passive houses with heat pumps vs district heating in CHP plants. Where is the optimum? Employed by Mälarenergi.
Spinos Antonios   Track 2   Optimal energy design of windows in buildings.
Swing Moa   Track 2   Energy system optimization including electricity and heat production, distribution and use in buildings. Low energy buildings and passive houses with heat pumps vs district heating in CHP plants. Where is the optimum? Employed by Falu Energi.
Torstensson Daniel   Track 2   Investigation of how efficient different price incentives are for reducing energy use, and how other incentives are perceived by customers.
Hosain Lokman     Track 3 Development of new methodology for heat management using CFD modelling to produce simplified models for on-line control of industrial processes and boilers.
Warneryd Martin        
Zimmerman Nathan     Track 3 Dynamic modelling and simulation in the heat and power industry, fault detection, diagnostics, and decision support.