Learn how oxygen-free thermal treatment lowers lubricant peroxides to reduce unwanted polymerization, fouling, and plugging.
A propylene rectification tower with fewer than 200 stages separates dimethyl ether from an olefin stream to produce polymerization-grade propylene.
A polyoxymethylene dimethyl ether fuel blend reduces nitrogen oxides and particulates in compression-ignited engines.
Intergrown SSZ-105 combines ERI and LEV frameworks to enhance selectivity in gas separation and organic conversion reactions.
Bisulfite absorption removes acetaldehyde and acetone precursors before caustic scrubbers, reducing red oil fouling and spent caustic waste.
Lowering the final boiling point of fuel to under 190°C reduces CO2 emissions in plug-in hybrid electric vehicles without compromising stability.
Phosphorus modification stabilizes zeolite frameworks against steam-induced destruction, reducing unwanted by-products during alcohol dehydration.
Composite absorbents separate methane and hydrogen from C2+ fractions in a demethanizer, reducing cooling capacity requirements compared to cryogenic processes.