The Evolution of Hydraulic Fracturing Technologies for the Carbonate Sediments of the Kashirsky and Podolsky Horizons of the Arlanskoe Oilfield
This article reviews the evolution of hydraulic fracturing (HF) technologies for the carbonate sediments of the kashirsky and podolsky horizons of the Arlanskoe oilfield (the Republic of Bashkortostan and the Udmurt Republic) by the influence of changes in current development conditions, reserve dep...
Saved in:
| Main Authors: | , , , , , , , |
|---|---|
| Format: | Article |
| Language: | English |
| Published: |
Georesursy Ltd.
2024-12-01
|
| Series: | Georesursy |
| Subjects: | |
| Online Access: | https://www.geors.ru/jour/article/view/427 |
| Tags: |
Add Tag
No Tags, Be the first to tag this record!
|
| _version_ | 1839622899101597696 |
|---|---|
| author | Ya. R. Islamov E. R. Nurlygayanova A. M. Vagizov S. R. Nurov R. F. Yakupov A. K. Zaripov M. R. Mukhametshin M. V. Salimov |
| author_facet | Ya. R. Islamov E. R. Nurlygayanova A. M. Vagizov S. R. Nurov R. F. Yakupov A. K. Zaripov M. R. Mukhametshin M. V. Salimov |
| author_sort | Ya. R. Islamov |
| collection | DOAJ |
| description | This article reviews the evolution of hydraulic fracturing (HF) technologies for the carbonate sediments of the kashirsky and podolsky horizons of the Arlanskoe oilfield (the Republic of Bashkortostan and the Udmurt Republic) by the influence of changes in current development conditions, reserve depletion, clarification of the geological structure, and scientific and technical advancements. It presents an overview of the main technologies of primary hydraulic fracturing and re-fracturing actively used today and/or are being introduced on the industrial scale. For horizontal wells, hydraulic fracturing with hydraulic jet perforation (HJP) is employed. This technology enables the development of previously untapped or underperforming sections of the wellbore by allowing selective acid and proppant injection into specific intervals, offering high controllability and predictability. Both HJP and HF stages are completed in a single tripping operation without the need for a coiled tubing fleet. For directional wells, high-tonnage hydraulic fracturing with increased proppant mass up to 40–50 tons is a promising technological solution. This approach enhances to increase starting oil flow rates by improving coverage ratio due to involving poorly drained and previously undeveloped overlying and underlying layers. The article consolidates practical experience with hydraulic fracturing technologies, analyzes their effectiveness, identifies the features of hydraulic fracturing in directional and horizontal wells, and develops an algorithm for the selection of hydraulic fracturing technology for the conditions of a carbonate reservoir. |
| format | Article |
| id | doaj-art-bad71df8f4634b4bac7edcf3b4af9db0 |
| institution | Matheson Library |
| issn | 1608-5043 1608-5078 |
| language | English |
| publishDate | 2024-12-01 |
| publisher | Georesursy Ltd. |
| record_format | Article |
| series | Georesursy |
| spelling | doaj-art-bad71df8f4634b4bac7edcf3b4af9db02025-07-21T10:35:36ZengGeoresursy Ltd.Georesursy1608-50431608-50782024-12-0126420020810.18599/grs.2024.4.21294The Evolution of Hydraulic Fracturing Technologies for the Carbonate Sediments of the Kashirsky and Podolsky Horizons of the Arlanskoe OilfieldYa. R. Islamov0E. R. Nurlygayanova1A. M. Vagizov2S. R. Nurov3R. F. Yakupov4A. K. Zaripov5M. R. Mukhametshin6M. V. Salimov7RN-BashNIPIneft LLCRN-BashNIPIneft LLCRN-BashNIPIneft LLCRN-BashNIPIneft LLCBashneft-Dobycha LLC; Ufa State Petroleum Technological University, Branch in the City of OktyabrskyBashneft-Dobycha LLCBashneft-Dobycha LLCBashneft-Dobycha LLCThis article reviews the evolution of hydraulic fracturing (HF) technologies for the carbonate sediments of the kashirsky and podolsky horizons of the Arlanskoe oilfield (the Republic of Bashkortostan and the Udmurt Republic) by the influence of changes in current development conditions, reserve depletion, clarification of the geological structure, and scientific and technical advancements. It presents an overview of the main technologies of primary hydraulic fracturing and re-fracturing actively used today and/or are being introduced on the industrial scale. For horizontal wells, hydraulic fracturing with hydraulic jet perforation (HJP) is employed. This technology enables the development of previously untapped or underperforming sections of the wellbore by allowing selective acid and proppant injection into specific intervals, offering high controllability and predictability. Both HJP and HF stages are completed in a single tripping operation without the need for a coiled tubing fleet. For directional wells, high-tonnage hydraulic fracturing with increased proppant mass up to 40–50 tons is a promising technological solution. This approach enhances to increase starting oil flow rates by improving coverage ratio due to involving poorly drained and previously undeveloped overlying and underlying layers. The article consolidates practical experience with hydraulic fracturing technologies, analyzes their effectiveness, identifies the features of hydraulic fracturing in directional and horizontal wells, and develops an algorithm for the selection of hydraulic fracturing technology for the conditions of a carbonate reservoir.https://www.geors.ru/jour/article/view/427arlanskoe oilfieldkashirsky and podolsky sedimentshorizontal wellshydraulic fracturingproppant masshigh mass proppant hydraulic fracturinghydraulic jet perforationsectoral hydraulic fracturing |
| spellingShingle | Ya. R. Islamov E. R. Nurlygayanova A. M. Vagizov S. R. Nurov R. F. Yakupov A. K. Zaripov M. R. Mukhametshin M. V. Salimov The Evolution of Hydraulic Fracturing Technologies for the Carbonate Sediments of the Kashirsky and Podolsky Horizons of the Arlanskoe Oilfield Georesursy arlanskoe oilfield kashirsky and podolsky sediments horizontal wells hydraulic fracturing proppant mass high mass proppant hydraulic fracturing hydraulic jet perforation sectoral hydraulic fracturing |
| title | The Evolution of Hydraulic Fracturing Technologies for the Carbonate Sediments of the Kashirsky and Podolsky Horizons of the Arlanskoe Oilfield |
| title_full | The Evolution of Hydraulic Fracturing Technologies for the Carbonate Sediments of the Kashirsky and Podolsky Horizons of the Arlanskoe Oilfield |
| title_fullStr | The Evolution of Hydraulic Fracturing Technologies for the Carbonate Sediments of the Kashirsky and Podolsky Horizons of the Arlanskoe Oilfield |
| title_full_unstemmed | The Evolution of Hydraulic Fracturing Technologies for the Carbonate Sediments of the Kashirsky and Podolsky Horizons of the Arlanskoe Oilfield |
| title_short | The Evolution of Hydraulic Fracturing Technologies for the Carbonate Sediments of the Kashirsky and Podolsky Horizons of the Arlanskoe Oilfield |
| title_sort | evolution of hydraulic fracturing technologies for the carbonate sediments of the kashirsky and podolsky horizons of the arlanskoe oilfield |
| topic | arlanskoe oilfield kashirsky and podolsky sediments horizontal wells hydraulic fracturing proppant mass high mass proppant hydraulic fracturing hydraulic jet perforation sectoral hydraulic fracturing |
| url | https://www.geors.ru/jour/article/view/427 |
| work_keys_str_mv | AT yarislamov theevolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT ernurlygayanova theevolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT amvagizov theevolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT srnurov theevolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT rfyakupov theevolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT akzaripov theevolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT mrmukhametshin theevolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT mvsalimov theevolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT yarislamov evolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT ernurlygayanova evolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT amvagizov evolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT srnurov evolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT rfyakupov evolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT akzaripov evolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT mrmukhametshin evolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield AT mvsalimov evolutionofhydraulicfracturingtechnologiesforthecarbonatesedimentsofthekashirskyandpodolskyhorizonsofthearlanskoeoilfield |