Global Climate News

Monash University researchers have developed high-performance lithium-sulfur batteries with doubled energy density and ultra-fast charging capability for EVs and drones. The university launched Ghove Energy startup to commercialize the technology.

Researchers have conducted theoretical analysis of transition metal phthalocyanines (MPcs) as catalysts for electrocatalytic urea synthesis, finding limitations and proposing strategies for improved efficiency.

Researchers developed CuFeAg0.5 catalyst showing improved performance for long-chain alcohol synthesis through enhanced interaction between Cu and Fe5C2 species.

Researchers developed high-performance copper/nickel hybrid catalysts using plant-based phytic acid for efficient electrooxidation of 5-hydroxymethylfurfural, achieving 96.7% faradic efficiency.

Researchers developed a new composite material ZnSe-SnSe2@OCN for lithium-sulfur batteries that shows improved performance with high discharge capacity and cycling stability.

Researchers developed a smartphone-based platform using nano-enzyme technology for detecting fluoride and aluminum ions in tea, advancing food safety monitoring capabilities.

Researchers have developed uncoordinated Zinc nanosheets as a catalyst for electroreduction of NO3- and CO2 to urea, achieving 31.8% efficiency and enabling sustainable waste removal and urea production.

Researchers have developed a nickel-catalyzed process for C(sp2)–O bond activation of silyl enol ethers, enabling divergent formation of different chemical products with potential applications in materials science.

Research demonstrated efficient catalysis of three-component reaction using Phosphazene base to create β-aminophosphonates, advancing chemical synthesis methods.