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  • What is the kinetic diameter of p xylene?
  • Separation of p -xylene (kinetic diameter ca. 0.58 nm) from its bulkier isomers ( o -xylene and m -xylene, ca. 0.68 nm) is challenging, but important in the petrochemical industry.
  • Why is the mil-160 membrane a promising candidate for xylene isomers?
  • The stability of MIL-160, ensured the separation performance of the MIL-160 membrane was unchanged over a 24 h measurement. The high separation performance combined with its high thermal and chemical stability makes the MIL-160 membrane a promising candidate for the separation of xylene isomers.
  • How is p xylene separated from its isomers by pervaporation?
  • Come on xylene: Through chemical modification of the Al 2 O 3 support by bio-inspired polydopamine, a highly selective and stable MIL-160 membrane was developed for separation of p -xylene from its isomers by pervaporation.
  • What is the equimolar P -/ o -xylene separation performance of mil-160 membrane?
  • For the separation of equimolar binary p -/ o -xylene mixtures at 75 °C, high p -xylene flux of 467 g m −2 h −1 and p -/ o -xylene selectivity of 38.5 could be achieved. The stability of MIL-160, ensured the separation performance of the MIL-160 membrane was unchanged over a 24 h measurement.