Scientists at the University of Adelaide have mapped out a dual-purpose solution known as solar-driven photoreforming.

Scientists are advancing a promising solution to two of the world's biggest challenges—plastic pollution and clean energy—by transforming waste plastics into valuable fuels using sunlight.

This study demonstrates scalable photocatalytic reforming by leveraging single-source precursor chemistry and versatile deposition techniques, including drop casting, spin coating and high-throughput ...

A modular composite, containing a covalent organic framework, indium tin oxide, carbon nitride and nickel based molecular catalyst, enables solar reforming under neutral aqueous conditions, convertin....

Acid-catalyzed depolymerization of waste plastics using recycled sulfuric acid from spent lead-acid batteries produces ethylene glycol, which is selectively photoreformed over an acid-stable metal sul...

Scientists at the University of Adelaide have mapped out a dual-purpose solution known as solar-driven photoreforming.

This study demonstrates scalable photocatalytic reforming by leveraging single-source precursor chemistry and versatile deposition techniques, including drop casting, spin coating and high-throughput ...

Advancements in plastic recycling technologies are crucial for lowering the quantity of modern-day plastic trash that finally ends up in landfills or the surroundings. Researchers are exploring contem...

Vacancy-interface coupling integrates defect chemistry with interfacial band modulation to steer charge separation, strengthen redox pathways, and enhance photocatalytic transformations. This strategy enables efficient photocatalytic H2 production, H2O2 evolution, CO2 reduction, and pollutant degradation while driving the photoreforming of plastics and biomass through synergistic vacancy-induced band restructuring and interfacial electric fields.

This study demonstrates scalable photocatalytic reforming by leveraging single-source precursor chemistry and versatile deposition techniques, including drop casting, spin coating and high-throughput ...

This study demonstrates scalable photocatalytic reforming by leveraging single-source precursor chemistry and versatile deposition techniques, including drop casting, spin coating and high-throughput ...

This study demonstrates scalable photocatalytic reforming by leveraging single-source precursor chemistry and versatile deposition techniques, including drop casting, spin coating and high-throughput ...

This study demonstrates scalable photocatalytic reforming by leveraging single-source precursor chemistry and versatile deposition techniques, including drop casting, spin coating and high-throughput ...