The Role of Photoredox Catalysis in Modern Organic Chemistry
Photoredox catalysis over the last ten years has probably been one of the most exciting tools of modern organic chemistry …
catalysis
Catalytic Mechanisms in Chemical Engineering
Catalysis plays a very central role in chemical engineering and underpins many industrial processes, from petroleum refining and the production …
Role of Catalysis in Enhancing the Circular Economy for Plastic Waste
The growing concern related to plastic waste has led to a search for sustainable solutions among these, the concept of …
Thiophene-Based Covalent Organic Frameworks Pioneering Advances in Photocatalysis and Organic Electronics
In recent years, advanced material development for sustainable and efficient technologies has gained more importance in the scientific community. In …
Advancements in Metal-Sulfur Catalysis Bridging the Gap Between Theory and Application
In the dynamic field of chemical engineering, metal-sulfur catalysis has been identified as one of the most significant emerging topics …
Innovative Catalysts for the Oxidative Desulfurization Process
There has been an increase in the demand for cleaner fuels recently due to strict environmental legislation that helps minimize …
Green Catalysis, Ionic Liquids and Metal-Organic Frameworks in Environmental Catalysis
Sustainable development has been eagerly sought after in recent times. Green catalysis has evolved as a prospective area that seeks …
Advancing Catalyst Development for the Production of Sustainable Fuels
The global energy demand is increasing and has reached a level where it is straining conventional sources of fuel, hence …
Sustainable Chemistry and Green Catalysis
The growing awareness for environmental sustainability has been the thrust behind enormous developments in the area of chemistry. Sustainable or …
Sustainable Catalysis Using Heteropolyacids and Ionic Liquids
The focal point of research in sustainable and environmentally friendly chemical processes has been the development of green catalysts. Most …