Industrial waste gases, long seen as a major contributor to climate change, could soon be captured and repurposed into everyday household products such as shampoo, detergent, and even fuel.

Research on coral reef fishes reveals their physiological responses to extreme temperatures, highlighting adaptations and ...

Maximize pneumatic conveying system performance with insights on material characteristics, flow rate optimization, and ...

Smart grids are key to a sustainable energy future, enabling efficient renewable integration and enhancing grid reliability ...

Hydrogen is a much-debated option in terms of CO2-neutral energy production. Electrolyzer units that split water into its ...

This study highlights practitioners' views on large-scale wind and solar energy's biodiversity effects, emphasizing the need ...

This research on nickel-based cathodes offers insights into thermal stability, essential for developing safer, high-performance batteries for electric vehicles.

Research shows rising methane levels could affect stratospheric ozone recovery, emphasizing the dual role of gases in climate ...

Effective e-waste recycling addresses environmental hazards and promotes resource recovery, tackling the growing challenge of ...

Novel bis(diimino)palladium nanosheets offer platinum-like efficiency for hydrogen evolution, paving the way for affordable, ...

RECLAIM's robotic waste recovery plant offers a decentralized solution for efficient material recovery in remote areas and ...

Addressing flow challenges in cement handling, including arching and temperature effects, is vital for maintaining efficiency and reducing operational risks.