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C. (Cor) Meijneke
- +31 15 27 83986
- C.Meijneke@tudelft.nl
- 36.LB 00.220
T. Kuipers
R.H. (Roumen) Petrov
- +31 15 27 85194
- R.H.Petrov@tudelft.nl
- 34.H-3-230
W.F. (Willem) van Valkenburg
W. (Wouter) van der Wal
A.L. (Arend) Schwab
- +31 15 27 82701
- A.L.Schwab@tudelft.nl
- 34.F-2-120
H.E.M. van Unen-Gillemans
Multiscale modelling of the photoelectrochemical interface
In this project we simulate photoelectrochemical (PEC) data that can be directly compared to experimental measurements by a multiscale…
/en/me/about/departments/process-energy/research/engineering-thermodynamics/running-projects/multiscale-modelling-of-the-photoelectrochemical-interface
Hydrocracking and hydroisomerization of hydrocarbons using zeolites
One of the defining features of zeolites is the topology of their internal pores and channels that favors the adsorption and formation of…
/en/me/about/departments/process-energy/research/engineering-thermodynamics/running-projects/hydrocracking-and-hydroisomerization-of-hydrocarbons-using-zeolites
Flow patterns in plate heat exchangers and local heat and mass transfer process
Plate heat exchangers (PHEs) are widely utilized in industry and the further understanding of evaporation and condensation within PHEs is…
/en/me/about/departments/process-energy/research/engineering-thermodynamics/running-projects/flow-patterns-in-plate-heat-exchangers-and-local-heat-and-mass-transfer-process