Discover how catalysts are dynamic, shape-shifting entities revolutionizing chemical reactions and paving the way for sustainable technologies.
Explore how catalysts are revolutionizing chemical processes, enabling sustainable technologies, and shaping our future through innovative research from CAT 2019.
Exploring how scientists are developing precise M-N-C catalysts to replace platinum in clean energy technologies through atomic-level engineering.
Explore how subnanometric metal catalysts and Density Functional Theory are revolutionizing chemistry with unprecedented efficiency and sustainability.
Exploring the revolutionary approach of nanostructured single-site catalysts where every active atom contributes to sustainable chemical processes.
Explore how dual-site single atom catalysts based on 2D phthalocyanine MOFs are advancing fuel cell technology through enhanced oxygen reduction reaction efficiency.
Explore how chemical interactions in multimetal/zeolite catalysts are revolutionizing energy, environmental protection, and sustainable chemical production.
Discover how the dynamic formation of overlayers on catalyst nanoparticles and Strong Metal-Support Interaction (SMSI) are transforming catalyst design and materials science.
Explore how combinatorial high-throughput methodologies are revolutionizing heterogeneous catalyst research and discovery through parallel experimentation and AI integration.
Discover how hydrotreating catalysts transform crude oil into clean fuels through molecular alchemy, based on the seminal 1996 review by Topsoe, Clausen, and Massoth.