Tag: Catalysis

InnovationScience

Scientists Engineer Programmable Enzyme Systems Through Multiscale Confinement Strategies

Researchers are harnessing nature’s blueprint for enzyme efficiency through innovative multiscale confinement strategies. These approaches enable programmable biocatalysis that could transform sustainable chemical manufacturing and organic synthesis.

Nature-Inspired Breakthrough in Biocatalyst Engineering

Scientists are revolutionizing enzyme catalysis by implementing multiscale confinement strategies that mimic nature’s highly efficient cellular environments, according to a recent review published in Nature Synthesis. The report states that this innovative approach enables programmable biocatalysis with enhanced performance, stability, and specificity that could transform sustainable chemical manufacturing.

by Elisa Romero
EnergyMaritimeSustainability

EU-Backed APOLO Initiative Aims to Transform Shipping with Ammonia-to-Hydrogen Technology

A European consortium is advancing ammonia cracking technology to decarbonize maritime transport. The project aims to create modular fuel systems compatible with both fuel cells and combustion engines. Industry analysts suggest this could significantly impact shipping emissions.

Breakthrough in Maritime Decarbonization

The shipping industry is poised for a significant transformation as the APOLO project develops advanced ammonia cracking technologies to enable cleaner maritime fuel alternatives, according to project reports. This European Union-funded initiative aims to address one of transportation’s most challenging decarbonization sectors through innovative hydrogen production methods.

by Nathan Cole
Anomalies and Alternative ScienceAssistive Technology

Metal Carbide Clusters Reveal Dual-Mode Nitrogen Fixation Mechanism in Breakthrough Study

Scientists have discovered dual-mode nitrogen fixation mechanisms in metal carbide clusters that could revolutionize industrial ammonia production. The research reveals competing pathways for nitrogen activation that vary by metal type, potentially enabling more efficient catalysts.

Breakthrough in Nitrogen Fixation Research

Researchers have revealed a competitive mechanism of dual-mode nitrogen fixation in metal carbide clusters that could potentially transform industrial ammonia production, according to a recent study published in Chemical Science. The findings come as the scientific community seeks alternatives to the energy-intensive Haber-Bosch process, which currently dominates industrial nitrogen fixation under extremely high temperatures and pressures.

by Elisa Romero