How Does a Molecular Foundry Benefit Catalysis Research?
The molecular foundry offers several advantages for catalysis research:
High precision: Enables the design and synthesis of catalysts with atomic-level precision, improving their efficiency and selectivity. Advanced characterization: Provides tools for detailed analysis of catalyst structures, helping to understand their mechanisms and optimize performance. Collaboration: Facilitates interdisciplinary collaborations, bringing together chemists, physicists, and material scientists to solve complex catalytic problems. Scalability: Allows researchers to develop scalable processes for the production of catalysts, making it easier to transition from laboratory to industrial applications.
