Rheotechnologies in well drilling
Ключові слова:
biviscosity fluids, equation of state, quality assessment system, rheotechnology, rotational viscosimetry data interpretation model, stationary rheological model, steady flow.Анотація
The principles of quality assessment of well drilling operations have been reviewed and four-grade evaluation system
(very high, high, satisfactory, unsatisfactory) has been suggested. The model for interpretation of rotational viscosimetry data
using criteria of transformed disreptancy and results of analysis of matrices of rheological properties estimates covariations has
been summarized. The article describes how to build equations of state of rheological properties on the basis of the results of
rotational viscosimetry data treatment for the plan of experiment. General formulas for calculation of biviscosity fluids steady
flow in circular cylindrical and annular pipes have been presented.
Завантаження
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Посилання
[1] Mirzadzhanzade, AKh, Filippov, VP, Ametov, IM
2002, System methods in oil production, Technika, Moscow.
(in Russian).
[2] Khasanov, MM, Bulgakov, GT 2003, Non-linear and
non-equilibrium effects in the rheologically complex
environments, Institute of Computer Sciences, Moscow–
Izhevsk. (in Russian).
[3] Safarov, NM 2013, ’To the issue of the study of the
formation of emulsions in the strataand the possibility of their
application to increase oil recovery factor’, Oil Industry, no. 1,
pp. 86–89. (in Russian).
[4] Myslyuk, MA, Rybchych, IY, Yaremiychuk, RS
2002, Wells drilling: Handbook: In 5 vol. Vol. 2.: Flushing
wells. Drilling bits wear, Interpress Ltd, Kyiv. (in Ukrainian).
[5] Malkyn, AJ, Isaev, AI 2007, Rheology: concept,
methods, applications, Professyya, St. Petersburg. (in
Russian).
[6] Osswald, T, Rudolph, N 2015, Polymer Rheology:
Fundamentals and Applications, Hanser Publishers, Munich.
[7] Golubev, DA 1979, ’Building of true flow curves
according to rotational viscosimetry data’, Oil Industry, no. 8,
pp.18–21. (in Russian).
[8] Zadvornov, VN, Litvinov, AI 1989, ’Features of
engineering rheometry of non-Newtonian drilling fluids’,
Proc.VNIIBT, Moscow, vol. 66, pp. 125–141. (in Russian).
[9] Myslyuk, MA 1988, ’Determining rheological
parameters for a dispersion system by rotational viscometry’,
Journal of Engineering Physics and Thermophysics, vol. 54,
no. 6, pp. 655 – 658.
[10] Kelessidis, VC, Maglione, R 2008, ’Shear rate
corrections for Herschel – Bulkley fluids in Coutte geometry’,
Applied Rheology, vol. 18, no. 3, 34482 (11 pages).
[11] Myslyuk, M, Salyzhyn, I 2012, ’The evaluation
rheological parameters of non-Newtonian fluids by rotational
viscosimetry’, Applied Rheology, vol. 22, no. 3, 32381
(7 pages).
[12] Bul, BT, Tutuncu, AN 2015, ’A Generalized
Rheological Model for Drilling Fluids With Cubic Splines’,
SPE Drilling & Completion, pp. 1–14.
[13] Myslyuk, MA, Rybchych, IY, Yeger, DO etc 2007,
’Principles of creating of quality management system for oil
and gas wells construction’, Oil and gas industry, no. 1,
pp. 9–13. (in Ukrainian).
[14] Myslyuk, MA 2012, ’Estimation of drilling fluid
removal capacity in wells frilling’, Construction of Oil and
Gas Wells on-Land and off-Shore, no. 3, pp. 29–32.
(in Russian).
[15] Myslyuk, MA, Salyzhyn, YM, Bogoslavets, VV
2009, ’Selection of the optimal formulation of drilling mud for
drilling in to productive formations’, Construction of Oil and
Gas Wells on-Land and off-Shore, no. 2, pp. 35–39.
(in Russian).
[16] Myslyuk, MA, Salyzhyn, YM, Bogoslavets, VV
2014, ’The deterioration of reservoir properties of productive
layers’, Oil Industry, no. 1, pp. 36–40. (in Russian).
[17] Myslyuk, MA, Bogoslavets, VV, Luban, YuV etc
2015, ’Study of the rheological properties of Biocar
biopolymer system’, Construction of Oil and Gas Wells
on-Land and off-Shore, no. 8, pp 31–36. (in Russian).
[18] Myslyuk, MA 2009, ’Calculation of steady laminar
flow of biviscosity fluids liquids in pipes’, Construction of Oil
and Gas Wells on-Land and off-Shore, no. 6, pp. 18–21.
(in Russian).
2002, System methods in oil production, Technika, Moscow.
(in Russian).
[2] Khasanov, MM, Bulgakov, GT 2003, Non-linear and
non-equilibrium effects in the rheologically complex
environments, Institute of Computer Sciences, Moscow–
Izhevsk. (in Russian).
[3] Safarov, NM 2013, ’To the issue of the study of the
formation of emulsions in the strataand the possibility of their
application to increase oil recovery factor’, Oil Industry, no. 1,
pp. 86–89. (in Russian).
[4] Myslyuk, MA, Rybchych, IY, Yaremiychuk, RS
2002, Wells drilling: Handbook: In 5 vol. Vol. 2.: Flushing
wells. Drilling bits wear, Interpress Ltd, Kyiv. (in Ukrainian).
[5] Malkyn, AJ, Isaev, AI 2007, Rheology: concept,
methods, applications, Professyya, St. Petersburg. (in
Russian).
[6] Osswald, T, Rudolph, N 2015, Polymer Rheology:
Fundamentals and Applications, Hanser Publishers, Munich.
[7] Golubev, DA 1979, ’Building of true flow curves
according to rotational viscosimetry data’, Oil Industry, no. 8,
pp.18–21. (in Russian).
[8] Zadvornov, VN, Litvinov, AI 1989, ’Features of
engineering rheometry of non-Newtonian drilling fluids’,
Proc.VNIIBT, Moscow, vol. 66, pp. 125–141. (in Russian).
[9] Myslyuk, MA 1988, ’Determining rheological
parameters for a dispersion system by rotational viscometry’,
Journal of Engineering Physics and Thermophysics, vol. 54,
no. 6, pp. 655 – 658.
[10] Kelessidis, VC, Maglione, R 2008, ’Shear rate
corrections for Herschel – Bulkley fluids in Coutte geometry’,
Applied Rheology, vol. 18, no. 3, 34482 (11 pages).
[11] Myslyuk, M, Salyzhyn, I 2012, ’The evaluation
rheological parameters of non-Newtonian fluids by rotational
viscosimetry’, Applied Rheology, vol. 22, no. 3, 32381
(7 pages).
[12] Bul, BT, Tutuncu, AN 2015, ’A Generalized
Rheological Model for Drilling Fluids With Cubic Splines’,
SPE Drilling & Completion, pp. 1–14.
[13] Myslyuk, MA, Rybchych, IY, Yeger, DO etc 2007,
’Principles of creating of quality management system for oil
and gas wells construction’, Oil and gas industry, no. 1,
pp. 9–13. (in Ukrainian).
[14] Myslyuk, MA 2012, ’Estimation of drilling fluid
removal capacity in wells frilling’, Construction of Oil and
Gas Wells on-Land and off-Shore, no. 3, pp. 29–32.
(in Russian).
[15] Myslyuk, MA, Salyzhyn, YM, Bogoslavets, VV
2009, ’Selection of the optimal formulation of drilling mud for
drilling in to productive formations’, Construction of Oil and
Gas Wells on-Land and off-Shore, no. 2, pp. 35–39.
(in Russian).
[16] Myslyuk, MA, Salyzhyn, YM, Bogoslavets, VV
2014, ’The deterioration of reservoir properties of productive
layers’, Oil Industry, no. 1, pp. 36–40. (in Russian).
[17] Myslyuk, MA, Bogoslavets, VV, Luban, YuV etc
2015, ’Study of the rheological properties of Biocar
biopolymer system’, Construction of Oil and Gas Wells
on-Land and off-Shore, no. 8, pp 31–36. (in Russian).
[18] Myslyuk, MA 2009, ’Calculation of steady laminar
flow of biviscosity fluids liquids in pipes’, Construction of Oil
and Gas Wells on-Land and off-Shore, no. 6, pp. 18–21.
(in Russian).
##submission.downloads##
Опубліковано
2018-06-06
Як цитувати
Мyslyuk М. (2018). Rheotechnologies in well drilling. JOURNAL OF HYDROCARBON POWER ENGINEERING, 3(2), 39–45. вилучено із https://ogpe.nung.edu.ua/index.php/jhpe/article/view/51
Номер
Розділ
OIL AND GAS EXPLORATION AND PRODUCTION
Ліцензія
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