KARBONAT KOLLEKTORLARDA KISLOTALI ISHLOV BERISH SAMARADORLIGINI QUDUQ ATROFI ZONASINING GEOLOGIK TUZILISHI BILAN UYG‘UN MODELLASHTIRISH
Keywords:
Kalit so‘zlar. karbonat kollektor; quduq atrofi zonasi; KIB; gorizont; g‘ovaklik; o‘tkazuvchanlik; tabiiy yoriq; kavernoz tuzilma; Damköhler soni; chervotochina (wormhole); skin-faktor; mahsuldorlik indeksi; SFM; gel-diverter.Abstract
Annotatsiya. Maqolada karbonat kollektorlarda kislotali ishlov berish (KIB)
samaradorligi quduq atrofi zonasining geologik tuzilishi bilan uyg‘un nazariy
modellashtirish asosida tahlil qilinadi. Litologik-tipologik xususiyatlar
(ohaktosh/dolomit, g‘ovaklik–o‘tkazuvchanlik, yoriq va kavernoz tuzilmalar) KIB
parametrlari (HCl, kislota hajmi, in’ektsiya tezligi, bosqichma-bosqich berish,
SFM/gel) bilan bog‘lanadi. Integratsiyalashgan konsepsiya “geologiya - KIB - skin-
faktor - mahsuldorlik indeksi” zanjiri orqali loyihalashni optimallashtirishga nazariy
asos beradi.
References
ADABIYOTLAR
1. Rashid F., Glover P.W.J., Lorinczi P., Collier R., Lawrence J. Porosity and permeability
of tight carbonate reservoir rocks in the north of Iraq. Journal of Petroleum Science and
Engineering, 2015.
2. Liu M., Zhang S., Mou J., Zhou F. Wormhole propagation behavior under reservoir
condition in carbonate acidizing. Transport in Porous Media, 2013.
3. Qi N., Chen G., Fang M., Li B., Liang C., Ren X., Zhang K. Damköhler number-based
research on dividing dissolution patterns in carbonate acidizing. Journal of Petroleum
Science and Engineering, 2019.
4. Mota T.M. Wormhole geometry modelling on carbonate matrix acidizing: a literature
review. International Journal of Innovative Science and Research Technology, 2024.
5. Keihani M.K., Mahdavi Kalatehno J., Yousefmarzi F. A comprehensive analysis of
carbonate matrix acidizing using viscoelastic diverting acid system in a gas field.
Scientific Reports, 2024.
6. Cao X., Ren J., Xin S., Guan C., Zhao B., Xu P. Study of acid fracturing strategy with
integrated modeling in naturally fractured carbonate reservoirs. Processes, 2024.
