Monomer Synthesis
Thermal conversion routes to valuable chemical intermediates
InVerTec develops thermal conversion processes for the synthesis of valuable chemical intermediates and monomers from gaseous and liquid feedstocks. Our research focuses on the controlled transformation of chemical precursors into target products through high-temperature and pressure reactions.
One area of expertise is the production of fluorinated monomers through thermal processes that enable the conversion of suitable fluorinated precursors into valuable monomers used in the production of advanced polymers and specialty materials.
Technical Spotlight
- Conversion of suitable chemical precursors into valuable monomers and chemical intermediates.
- Investigation of the influence of reaction temperature, pressure, and residence time on product formation.
- Optimization of precursor conversion and selectivity toward the desired monomer.
- Evaluation of the influence of impurities and different feed compositions on reaction performance.
- Investigation of undesired secondary reactions and solid formation.
- Characterization of reaction products to evaluate process performance and product composition.
- Identification of suitable operating conditions for continuous monomer production and potential industrial implementation.
Project Highlights
Our experimental investigations provide insights into reaction behavior, product distribution, and the influence of operating parameters on monomer formation. These results support the development and optimization of continuous production processes for valuable chemical intermediates and monomers.
