Researchers in Tehran have developed a passive solar desalination system that significantly increases freshwater production by integrating a water-based cooling tower and advanced thermal insulation.

Intellectual property rights, including patents and trade secrets, are fundamental to incentivizing innovation and securing returns for developers in the rapidly expanding renewable energy sector.

New research demonstrates that optimizing elemental composition in NASICON phosphate structures significantly enhances sodium-ion battery performance.

New research demonstrates a novel method to produce hydrogen carrier gases by synergistically combining solar energy and organic waste streams.

A new generation of PFAS-free electrolyser technology is emerging, addressing environmental concerns and regulatory pressures associated with per- and polyfluoroalkyl substances.

Researchers have developed a novel yolk-shell sodium iron sulfate@carbon material, significantly enhancing sodium-ion battery performance for energy storage.

Researchers have successfully integrated MXenes into lead-free Cs2AgBiBr6 perovskite solar cells, significantly enhancing their power conversion efficiency and long-term stability.

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Propane, traditionally powering off-grid and rural operations, offers a lower-carbon alternative to conventional fuels, supporting energy transition where full electrification is currently unviable.

The University of Missouri Board of Curators approved the establishment of an Energy Innovation Center focused on advancing sustainable energy production, storage, and distribution.