Catalysis

Large amounts of waste are generated everyday by chemical processes, such as inorganic salts from organic syntheses using stoichiometric equivalents of inorganic reagents and solvents. These types of dated stoichiometric chemical procedures are increasingly being replaced by more efficient catalytic alternatives, empowering chemists to be crucial upstream actors in reducing energy and input consumption.

Introduction—Green Chemistry and Catalysis
Opening with an introduction about the criticality of catalysis to green chemistry, this chapter continues on to discuss many transformations in organic synthesis, risky reagents, and reaction media that are important for catalytic considerations.

"Green Catalysis" in Encyclopedia of Catalysis
A general overview of how green chemistry and catalysis are related, as well as examples of solid acids and bases as green catalysts.

Handbook of Green Chemistry—Green Catalysis

A thorough collection of major catalysis breakthroughs over the past decade. The three sections (homogenous, heterogenous, and biocatalysis) cover a number of conditions and applications for different types of catalysts.

Catalysis for Green Chemistry
This paper details the use of heterogenization of catalysts and reagents for clean syntheses, with an emphasis in organic chemical manufacturing processes.

Catalysis Scheme