Research Articles
The Silent Spark: How Electrochemistry is Rewriting the Rules of Quinone Synthesis
Discover how electrochemical methods are revolutionizing para-quinone synthesis with sustainable, efficient approaches for pharmaceutical and energy applications.
Manganese Catalysis: A Green Revolution in Pharmaceutical Synthesis
Discover how manganese catalysis is transforming pharmaceutical synthesis through eco-friendly C-C and C-S coupling reactions.
The Silent Revolution: How Nano-Silicates are Greening Pharmaceutical Chemistry
Discover how nanostructured silicate catalysts are revolutionizing the Strecker synthesis for greener pharmaceutical production.
The Catalyst Revolution: How Tiny Particles Are Engineering a Sustainable Future
Exploring how catalytic chemistry is transforming industries and enabling sustainable solutions for a zero-carbon future.
The Invisible Alchemists: How Catalysis is Forging a Sustainable Future
Exploring how modern catalysis is revolutionizing sustainable energy and industrial processes through atomic-scale manipulation and green chemistry principles.
The Tiny Catalysts Building Tomorrow's Medicines: A Green Revolution in Molecular LEGO
Exploring how L-proline and other catalysts revolutionize heterocycle synthesis through multi-component reactions for greener pharmaceutical development.
Catalysts for Change: How ICGSCE 2014 Forged a Sustainable Chemical Future
Exploring the groundbreaking innovations and policy frameworks from ICGSCE 2014 that shaped sustainable chemical engineering practices.
The Silent Alchemists: How Catalytic Reaction Engineering is Forging a Greener Chemical Future
Exploring how catalytic reaction engineering is transforming chemical processes for a sustainable future through innovative technologies and green chemistry.
The Graphdiyne Revolution: Unlocking Green Ammonia Synthesis
Discover how graphdiyne-based catalysts are revolutionizing ammonia synthesis through room-temperature electrochemical processes, offering a sustainable alternative to the energy-intensive Haber-Bosch method.