OCM-based methane conversion is integrated with separation and ethylene-to-liquids steps to raise hydrocarbon yield with lower energy use.
An integrated OCM-ETL process converts methane into ethylene, gasoline, diesel, and aromatics with lower energy use through recycling and separations.
Alkali compounds in alcohol- or ketone-based solvents depolymerize PET at 75°C or less, avoiding pressurized equipment and peroxide-prone ethers.
DMSO and HBr break lignin under mild conditions to improve selectivity, avoid toxic by-products, and produce vanillin-rich aromatics.
Quinone methide analog precursors amplify IHC and ISH signals with lower background, enabling multiplex target detection in tissue samples.
Supported Pd/ZrP catalysis depolymerizes lignin into monomers with high oil yield while limiting char formation and preserving catalyst recyclability.