Research Articles
The Green Chemistry Breakthrough: Cleaning Water with a Single Atom
Discover how symmetry-disrupted iron single-atom catalysts with phosphorus coordination enable efficient aqueous-phase reduction of toxic nitrobenzene pollutants.
The Green Alchemists: How Calcium Oxide Nanoparticles are Revolutionizing Medicine-Making
Discover how calcium oxide nanoparticles are transforming pharmaceutical synthesis through green chemistry approaches, from waste materials to life-saving medicines.
The Enzyme Revolution: How Fungal Peroxygenases Are Rewriting the Rules of Green Chemistry
Discover how unspecific peroxygenases (UPOs) from fungi are transforming chemical synthesis through green chemistry approaches.
The Green Chemistry Revolution: How Hypervalent Iodine is Transforming Molecular Construction
Discover how hypervalent iodine is revolutionizing organic synthesis by replacing toxic metals with sustainable alternatives for greener molecular construction.
A Greener Approach to Peptide Synthesis: How Ionic Liquids Are Revolutionizing Chemistry
Discover how ionic liquids like [C₄-DABCO][N(CN)₂] are transforming peptide synthesis with greener, more sustainable methods that reduce chemical waste and environmental impact.
The Silent Grind: How Mechanochemistry is Shaking Up Modern Synthesis
Discover how mechanochemistry is revolutionizing chemical synthesis through solvent-free, force-driven reactions that offer sustainable alternatives to traditional methods.
Light Work: Forging Chemical Bonds with Visible Light
Review of recent developments in visible-light assisted, photocatalyst-free carbon-heteroatom bond formation using earth-abundant metals.
Microwaving Medicine: The Green Revolution in Heterocyclic Chemistry
Explore how microwave-assisted synthesis revolutionizes heterocyclic chemistry through green approaches to C-N bond formation for pharmaceutical development.
Green Alchemy: How Carbon Dioxide is Revolutionizing Hydrogen Peroxide Production
Discover how carbon dioxide is transforming hydrogen peroxide production through direct synthesis, creating a greener chemical manufacturing process.
Molecular Matchmaking: The Sweet Scent of a New Chemical Bond
Discover how a breakthrough chemical reaction using thiols as coupling partners is revolutionizing olefination, creating carbon-carbon double bonds with minimal waste.