What Techniques are Commonly Used in Combinatorial Chemistry for Catalysis?
Several techniques are employed in combinatorial chemistry to facilitate the discovery and optimization of catalysts. Some common methods include:
High-Throughput Screening (HTS): Automated systems are used to test large numbers of catalysts under various conditions to identify those with the best performance. Parallel Synthesis: Multiple catalysts are synthesized simultaneously using automated equipment, allowing for the rapid generation of diverse catalyst libraries. Computational Chemistry: Computational tools are used to model and predict the properties of potential catalysts, guiding the experimental synthesis and screening processes. Microreactors: Small-scale reactors are employed to test catalysts under controlled conditions, enabling the efficient evaluation of catalytic performance.
