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Faculty Department of Chemistry | |
Non-equilibrium thermodynamics| Home |  |
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Current projects
| Laboratory of renewable energy and energy efficiency | - | |
| Gas hydrates stability | - | How do gas hydrates form and what are the conditions for their stability? |
| Transport at the nano-scale; at surfaces and contact lines. | - | How do the properties of the surface determine the simultaneous transport of heat and mass? |
| Salt power plants | - | The group is connected to the Center for renewable energy |
| Fuel cell research | - | The group has a laboratory for experiments on fuel cells |
| Chemical reactions and transport | - | How do molecules react in a temperature and concentration gradient? |
| Nature-inspired energy efficient process design. | - | A study of the energy efficiency of non-equilibrium processes. |
| Energy efficiency in gas to liquid processes | - | Can we improve on the energy efficiency by changing operating variables? |
| Active transport in biological systems. | - | How can we describe the coupling between a chemical reaction, a scalar,and ion transport (a vector). |
Student project proposals
These projects are often done in collaboration with our collegues abroad.
Here is a project we hope to do in collaboration with TU Delft, The Netherlands. Thermal Osmosis in Zeolite Membranes.
Master students supervised
List (pdf).
Doctor students supervised
List (pdf).Terminated projects
| Industrial ecology for energy intensive industries. | - | How do we measure sustainability in the industry? |