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Natural sciences
- Macromolecular and materials chemistry
- Theoretical and computational chemistry
- Other chemical sciences
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Engineering and technology
- Catalysis and reacting systems engineering
- Chemical product design and formulation
- General chemical and biochemical engineering
- Process engineering
- Separation and membrane technologies
- Transport phenomena
- Other (bio)chemical engineering
The project is a collaborative effort between the experimental group (COK-KULeuven) and the CMM (UGent) to understand the underlying mechanism of the formation of precursors and their aggregation for zeolites and microporous-mesoporous hybrid materials. The project has two fundamental goals: (1) improve the scientific understanding of the molecular aspects of zeolite synthesis processes via a combination of theoretical modeling and experimentation and (2) model based synthesis of new materials. The underlying scientific hypothesis is that the materials grow via aggregation of template-specific precursors and that the aggregation of the latter ultimately could be described in a way that synthesis of new silicate materials by design will become possible.