Research Articles
Beyond Petroleum: How Bio-Based Solvents are Powering a Green Chemistry Revolution
Exploring how bio-based solvents derived from plants and waste are revolutionizing chemical manufacturing and replacing petrochemical foundations.
Green & Asymmetric Chemistry: Crafting Molecular Handedness for Pharmaceuticals
Explore how asymmetric catalysis and green chemistry principles are revolutionizing the synthesis of chiral multifunctional alcohols and organofluorine compounds for pharmaceutical applications.
New Feats of Hydroamination: The Green Chemistry Revolution Rewriting Molecular Rules
Discover how modern hydroamination is transforming chemical synthesis using light, electricity, and solvated electrons to create complex molecules with atomic precision.
The Green Chemistry Revolution: Sulfonic Acid Mesoporous Materials as Catalysts
Exploring sulfonic acid functionalized ordered mesoporous materials as sustainable catalysts for fine chemical synthesis and green chemistry applications.
The Green Chemistry Revolution: How Nickel and Citric Acid Are Transforming Drug Manufacturing
Discover how nickel-citric acid coordination polymers serve as efficient catalysts for multicomponent reactions in pharmaceutical synthesis, enabling greener chemistry.
Tiny Kitchen Makeover: How Tethering Enzymes is Revolutionizing Green Chemistry
Discover how immobilizing enzymes creates powerful heterogeneous-enzyme hybrid catalysts for sustainable chemistry and industrial applications.
The Green Molecule Linker: How Cross-Dehydrogenative Coupling is Revolutionizing Medicine
Explore how cross-dehydrogenative coupling (CDC) is transforming pharmaceutical synthesis through sustainable chemistry approaches for creating fused imidazoheterocycles.
The Accidental Liquid: How a Century-Old Discovery Became a Green Chemistry Revolution
The story of room-temperature ionic liquids - from accidental discovery to green chemistry revolution
Green Chemistry Breakthrough: Transforming Phenol-Arene Cross-Coupling with Electrochemistry
Revolutionary electrochemical method enables direct phenol-arene cross-coupling without precious metal catalysts, offering sustainable synthesis of biaryl compounds.
The Green Key to Unlocking the Wonder-Material MXene
Discover how fluoride-free Lewis acidic melts are revolutionizing MXene synthesis, creating sustainable pathways for this revolutionary 2D material.