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STUDY ON THE EFFECT OF POUR POINT DEPRESSING OF STYRENE-OCTADECYL ACRYLATE

Wei Ding, Zhang Rong-ming

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Abstract

The co-polymerizations of styrene and octadecyl acrylate by BPO as initiator in tolune are studied. The IR-Spectra of the copolymer is analyzed. The effect of pour point depressing of the copolymers to Daqing crude oil is also dealt with. By adding a mass fraction of 0. 005-0. 01 of PSOA-4 to Daqing crude oil (pour point 35°C) and then having it thermally treated at 70° C, we can reduce its pour point from the original 35°C to 16-17°C.

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The co-polymerizations of styrene and octadecyl acrylate by BPO as initiator in tolune are studied. The IR-Spectra of the copolymer is analyzed. The effect of pour point depressing of the copolymers to Daqing crude oil is also dealt with. By adding a mass fraction of 0. 005-0. 01 of PSOA-4 to Daqing crude oil (pour point 35°C) and then having it thermally treated at 70° C, we can reduce its pour point from the original 35°C to 16-17°C.

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Available abstract

The co-polymerizations of styrene and octadecyl acrylate by BPO as initiator in tolune are studied. The IR-Spectra of the copolymer is analyzed. The effect of pour point depressing of the copolymers to Daqing crude oil is also dealt with. By adding a mass fraction of 0. 005-0. 01 of PSOA-4 to Daqing crude oil (pour point 35°C) and then having it thermally treated at 70° C, we can reduce its pour point from the original 35°C to 16-17°C.

Key concepts: Copolymer, Styrene, Acrylate, Pour point, Mass fraction, Fraction (chemistry), Crude oil, Polymer chemistry

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