Method of selection and substantiation of the projected well optimal design based on geo-mechanical modeling
UDC: 622.248
DOI: 10.33285/0130-3872-2023-5(365)-25-30
Authors:
SHIPOVSKIY KONSTANTIN A.
1,2,
KAPITONOV VLADIMIR A.1,2,
KOVAL MAXIM E.1,2,
GILAEV GANI G.3
1 SamaraNIPIneft, Samara, Russia
2 Samara GTU, Samara, Russia
3 KubGTU, Krasnodar, Russia
Keywords: drilling, geo-mechanics, pressure gradients, tectonic environment, complications, well design
Annotation:
The article presents the main methods for determining the gradients of rock (geostatic), pore (reservoir) pressure, hydraulic fracturing and loss of drilling fluid when opening a permeable formation and after isolation work. It has been revealed that the method of geo-mechanical modeling of the geological section of a particular deposit in combination with the method of empirical coefficients is effective for solving the problem of choosing and substantiating the optimal well design. A method for selecting and substantiating the optimal design of the projected well is proposed based on geo-mechanical modeling with empirical coefficients that take into account the tectonic environment.
Bibliography:
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