Explore the science and technology behind safe grain processing using various energy sources, from drying principles to smart monitoring systems.
Explore how thermodynamic methods and molecular dynamics simulations are advancing carbon capture technology using novel amino alcohol solvents like 1DMA2P.
Discover how gamma radiation and molecular modeling are revolutionizing materials science, enabling precise engineering of polymers at the molecular level.
Chinese scientists are transforming low-value lignite into high-value products like bitumens and humic acids through advanced pyrolysis and extraction methods.
Discover how researchers are using de-vanadiumized steel slag to capture and store carbon dioxide through innovative mineral sequestration technology.
Exploring the synthesis, characterization, and theoretical analysis of Schiff base graphene oxide hybrids using DFT computing for advanced material applications.
Discover how acylhydrazone-linked Covalent Organic Frameworks (COFs) are revolutionizing hydrogen peroxide production using only sunlight, air, and water.
Discover how different chicken manure application methods affect soil organic carbon storage and contribute to climate change mitigation through scientific research findings.
Discover how RGO/PPy-coated smart fabrics use solar power for efficient water purification through advanced photothermal technology.
Discover how novel materials like graphene, aquaporins, and carbon nanotubes are transforming desalination technology to address global water scarcity.