Managing synthetic complexity involves several strategies:
Simplification: Whenever possible, simplifying the synthesis of catalysts can reduce costs and improve scalability. This might involve using less complex ligands or support materials. Modular Approaches: Using modular design principles can allow for easier customization and optimization of catalysts. This approach can also make it easier to understand and control the properties of the catalyst. High-Throughput Screening: Employing high-throughput screening techniques can rapidly identify effective catalysts, reducing the need for complex synthetic routes. Computational Tools: Advances in computational chemistry and machine learning can predict the behavior of catalysts, guiding the design of simpler and more effective catalytic systems.
