Review of Absorption Oil Content in Water Injection

Aditya Nugraha Ernawan; Alfi Fachrizal; Angga Wijaya; Bima Syahreza; Muhammad Ridwan Alkhandi; Mayang Firdaus; Mulyono Dyatmahendri; Rizka Ananda; Wily Rustam; Muhammad Khoirul Afdhol; Tomi Erfando

doi:10.20944/preprints202001.0079.v1

How to cite: Ernawan, A.N.; Fachrizal, A.; Wijaya, A.; Syahreza, B.; Alkhandi, M.R.; Firdaus, M.; Dyatmahendri, M.; Ananda, R.; Rustam, W.; Afdhol, M.K.; Erfando, T. Review of Absorption Oil Content in Water Injection. Preprints 2020, 2020010079 (doi: 10.20944/preprints202001.0079.v1). Ernawan, A.N.; Fachrizal, A.; Wijaya, A.; Syahreza, B.; Alkhandi, M.R.; Firdaus, M.; Dyatmahendri, M.; Ananda, R.; Rustam, W.; Afdhol, M.K.; Erfando, T. Review of Absorption Oil Content in Water Injection. Preprints 2020, 2020010079 (doi: 10.20944/preprints202001.0079.v1).

Abstract

Implementation of waterflood is with injected pressured water to reservoir to escalation oil production. Produced water is the dominated result from oil and gas mechanism in this world meanwhile 65% of water is injected back to the well for pressure maintenance, 30% for discharge aquifier condition and surface. For shaly sand, produced water usually bring coarse and suspended sand to the surface. Therefore, this sand level is needed to declining to avoid plugging in injection well until certain economic condition.

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Review of Absorption Oil Content in Water Injection

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