Prediction of Polymer Flooding Optimal Parameters
N.A. Cheremisin
Abstract
N.A. Cheremisin
Abstract
P089 PREDICTION OF POLYMER FLOODING OPTIMAL PARAMETERS Abstract 1 Being guided by the modern notion about structure of residual oil saturation and mass-transfer chemical components between phases and a surface of a pore space to analyze the applied methods performance and establish the ways of their improvement a physical and mathematical model simulating the processes of oil displacement with chemicals has been developed. As a result of analysis of the polymer containing slugs on the introduced model is obtained a series of non- non-trivial outcomes which one prove to be true field experiment Introduction N.A.CHEREMISIN P.A.EFIMOV A.A.KLIMOV Surgut Research and
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
P089 PREDICTION OF POLYMER FLOODING OPTIMAL PARAMETERS Abstract 1 Being guided by the modern notion about structure of residual oil saturation and mass-transfer chemical components between phases and a surface of a pore space to analyze the applied methods performance and establish the ways of their improvement a physical and mathematical model simulating the processes of oil displacement with chemicals has been developed. As a result of analysis of the polymer containing slugs on the introduced model is obtained a series of non- non-trivial outcomes which one prove to be true field experiment Introduction N.A.CHEREMISIN P.A.EFIMOV A.A.KLIMOV Surgut Research and
Key concepts: Polymer, Residual oil, Residual, Mass transfer, Displacement (psychology), Saturation (graph theory), Series (stratigraphy), Flooding (psychology)