Explore how rational asymmetric catalyst design is transforming chemical manufacturing through atom-level precision, reducing waste, and enabling sustainable energy solutions.
Exploring the catalytic removal of sulfur dioxide from flue gas and its role in environmental protection
How electron microscopy simulations reveal the atomic secrets of the M1 catalyst for cleaner chemical production
Revolutionary 2D mapping techniques are making the invisible world of catalysts visible, revealing dynamic structural changes during chemical reactions.
Engineering the future of fuels and chemicals through the power of selective oxidation with monolith catalysts.
Discover how a revolutionary cobalt-zeolite catalyst is reshaping chemical manufacturing through semi-linear higher-olefin synthesis for greener plastics and detergents.
Exploring how first-principles calculations are helping scientists find non-precious metal catalysts to replace platinum in green hydrogen production.
Explore the fascinating science behind reforming catalysts and how they transform crude oil into high-performance motor fuels through nanotechnology and chemical engineering.
Discover how a flexible nonporous heterogeneous catalyst enables size-selective oxidation through bottom-up synthesis, revolutionizing sustainable chemistry.
Discover how scientists are designing precious metal-free catalysts using copper and ceria to break down harmful NO molecules from pollution.