Determination of minimum miscible pressure in CO2-crude oil system of Changqing Oilfield

Author:

Liu Li,Ma Yingxue,Liu Xiao,Wang Wei,Liu Jinxin,Meng Xiangning,Meng Zetian

Abstract

Abstract Carbon dioxide miscible flooding in low permeability sandstone reservoir can greatly enhance the recovery, the minimum miscible pressure (MMP) is the starting point of miscible flooding. Its determination is very important for oilfield development. In this paper, the internationally widely accepted thin tube experiment method and the bubble riser method are used to compare the minimum miscible pressure. Research results show that the minimum miscibility pressure obtained by slender tube displacement experiment is 22.12 MPa. The minimum miscible pressure measured by the bubbler method is 32.33 MPa, and the error result is large.

Publisher

IOP Publishing

Subject

General Engineering

Reference10 articles.

1. An Analysis of Dynamic Displacement Characteristics and Influential Factors for CO2 Foam Flooding in Low.[J];Liu;International Journal of Simulation Systems, Science & Technology,2016

2. The Development Adjustment of CO2 Flooding by Numerical Simulation in Daqing Oilfield of the Peripheral-low Permeability Reservoirs[J];Liu;Journal of the Balkan Tribological Association,2017

3. The Research of Formula System for CO2-foam Flooding in Ultra-low Permeability Reservoirs. [J];Liu;Energy Education Science and Technology,2014

4. Screening and performance evaluation of CO2 foam system in low permeability reservoir [J];Liu;Journal of petrochemical college

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