of the top 50 commodity chemicals, 30 are created directly by catalysis and another 6 are made from raw materials that are catalytically produced.
Examples of catalysis
catalysis
Integration of chemical catalysis with extractive fermentation to produce fuels.
From the sciencedaily.com
It does, however, form the foundation for one of the cleanest forms of catalysis.
From the sciencedaily.com
Catalysis and surface effects are also an important aspect of electrochemistry.
From the forbes.com
As surface area decreases, so too does the rate of catalysis inside the fuel cell.
From the sciencedaily.com
These contacts help to position ATP and the magnesium cofactors for catalysis.
From the nature.com
Furthermore, while the catalyst broke down during catalysis, it could self-repair.
From the en.wikipedia.org
Upon catalysis, this complex breaks down to release product P and free enzyme.
From the en.wikipedia.org
The UB research demonstrates just how important this process is to catalysis.
From the sciencedaily.com
Surface science is of particular importance to the field of heterogeneous catalysis.
From the en.wikipedia.org
More examples
Acceleration of a chemical reaction induced the presence of material that is chemically unchanged at the end of the reaction; "of the top 50 commodity chemicals, 30 are created directly by catalysis and another 6 are made from raw materials that are catalytically produced"
(catalytic) relating to or causing or involving catalysis; "catalytic reactions"
(Catalytic) Leadership that stimulates levels of change beyond the initial steps, with the capacity for deeper and more far-reaching consequences than fully anticipated.
(Catalytic) Some ovens and toaster ovens offer catalytic cleaning or continuous cleaning. Instead of incinerating the soil like a self-cleaning oven, the continuous-clean oven has a chemically treated, textured finish that helps burn off splatters as they happen, at normal cooking temperatures.
(catalytic) A kind of surface found in self-cleaning ovens that helps break down food spills and splatters.
(Catalyzed) In finishing, an ingredient added to a basic product to provide additional performance characteristics.
Is a phenomena in which a relatively small amount of material augments the rate of reaction without itself being consumed.