Substantiation of the BFZP Technology Application at the Object YUS11 of the Fainsk Oil Field

Ivan Nesterov; Marsel Kadyrov; Andrey Ponomarev; Denis Drugov; Mikhail Zavatskij

doi:10.4028/www.scientific.net/KEM.785.46

Paper Titles

Using Borehole Seismic Data in Designing of Development and Further Exploration of Oil Fields
p.20

Oil Recovery Factor Assessment Results for Sites of the Sredne-Ugutskoye Field
p.27

Assessment of Bottomhole Formation Zone Results for the YUS₁¹ Development Wells at the Fainsk Oil Field with the Application of Hydrocarbon Solvents and Acid Compounds
p.34

Refinement of the Geologic Structure of the Ozernoye Field for Improving the Development Efficiency
p.40

Substantiation of the BFZP Technology Application at the Object YUS₁¹ of the Fainsk Oil Field
p.46

Specific Features of the Geological Structure of the Formations YUS₁¹ and YUS₁² of the Sredne-Ugutskoye Oil Field and their Influence on the Effectiveness of Pay Zones Completion
p.52

Diagnostics of Facial Complexes in Bajocian-Bathonian Deposits of the Peschanoye Field
p.64

Application of Lithofacies Modeling for Evaluating the Effectiveness of Enhanced Oil Recovery in the Fainsk Oil Field
p.70

Studies on Applying Acid Compositions to Treat the Western Siberian Field Bottomhole Formation Zone
p.77

HomeKey Engineering MaterialsKey Engineering Materials Vol. 785Substantiation of the BFZP Technology Application...

Substantiation of the BFZP Technology Application at the Object YUS₁¹ of the Fainsk Oil Field

Abstract:

Bottomhole formation zone processing (BFZP) is performed at all phases of oil field development to restore and improve the filtration-capacity properties of the bottomhole formation zone to improve the oil yield. The choice of the BFZP technology is made basing on the study of the reasons for low well yield with account for the collector properties of productive sediments and rheological characteristics of the formation fluids, as well as a special geologic-geophysical and development-hydrodynamic study for the assessment of the porosity and permeability properties of BFZ. The research objective is to develop the criteria and assess the conditions for the application of bottomhole formation zone processing technologies for the upper Jurassic formations. Analysis of the results of laboratory and industrial research allowed offering the most efficient technologies for the influence on the upper Jurassic deposits.

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Key Engineering Materials (Volume 785)

Pages:

46-51

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.785.46

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Online since:

October 2018

Authors:

Ivan Nesterov, Marsel Kadyrov*, Andrey Ponomarev, Denis Drugov, Mikhail Zavatskij

Keywords:

Bottomhole Formation Zone, Field, Permeability Properties, Porosity Properties, Processing, Reagents, Well

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