Research Articles
The Fluorous Revolution: How Nickel Catalysts are Transforming Green Chemistry
Exploring ortho-bis(amino)arylnickel(II) halide complexes with perfluoroalkyl chains for fluorous biphase systems in green chemistry applications.
Unlocking the Sleeping Giant: How Scientists are Brewing Green Chemicals from Sugar
Discover how scientists are transforming sugar-derived HMF into green chemicals through organic acid esters, enabling sustainable alternatives to petroleum-based products.
The Silent Revolution: How Ionic Liquids are Transforming Catalysis
Exploring how ionic liquids are revolutionizing catalysis with their unique properties and sustainable applications in pharmaceutical synthesis, energy, and industrial processes.
The Versatile World of Sodium Titanates: From Pollution Cleanup to Medical Miracles
Exploring the multifaceted applications of sodium titanates in environmental cleanup, green chemistry, and biomedical innovations.
The Nano Revolution: Tiny Catalysts Powering a Greener Future
Exploring how nanocatalysts are transforming environmental protection, energy production, and green chemistry through atomic-scale engineering.
Beyond Haber-Bosch: How Graphdiyne is Revolutionizing Green Ammonia Synthesis
Discover how graphdiyne-based catalysts are transforming ammonia synthesis with unprecedented efficiency at ambient conditions, offering a sustainable alternative to the energy-intensive Haber-Bosch process.
The Nano-Chain Reaction: How Interlocked Cellulose is Revolutionizing Vitamin C Delivery
Breakthrough in green chemistry: Ultrasonic synthesis of catenated nanocellulose for efficient vitamin C delivery using Preyssler acid catalyst.