METHOD TO DEFINE ANISOTROPY OF PORE SPACE AND POSITION OF MAIN AXES OF PERMEABILITY TENSOR OF ROCKS ON CORE Russian patent published in 2013 - IPC G01N15/08 

Abstract RU 2492447 C1

FIELD: mining.

SUBSTANCE: core is investigated, for this purpose the core material is first extracted and dried, a plate is made from it with thickness of 3-5 mm. Then distilled water is supplied onto the fixed plate on the horizontal surface in dosing manner by drops, and availability of anisotropy and direction of main axes of permeability of anisotropy is determined by the shape of a wet spot formed in the plate.

EFFECT: development of the express method for determination of lateral anisotropy of filtration-capacity properties of porous media and positions of main axes of permeability tensor of rocks on a core.

1 dwg

Similar patents RU2492447C1

Title Year Author Number
GAS PERMEABILITY ANISOTROPY LABORATORY MEASUREMENT ON WHOLE CORES 2014
  • Gurbatova Irina Pavlovna
  • Plotnikov Vladimir Viktorovich
  • Popov Nikita Andreevich
  • Sysoev Ivan Viktorovich
RU2542998C1
METHOD FOR DETERMINING ANISOTROPY PERMEABILITY OF ROCKS 2020
  • Martyushev Dmitrij Aleksandrovich
RU2752913C1
METHOD OF DETERMINING ANYSOTROPY COEFFICIENT AND CHARACTERISTICS OF MAIN AXIS OF ANYSOTROPY OF PORE SPACE OF ROCK 2005
  • Zlobin Aleksandr Arkad'Evich
RU2292541C1
METHOD FOR DETERMINING FILTRATION PROPERTIES OF CAVERNOUS-FRACTURED RESERVOIRS 2023
  • Cheremisin Nikolaj Alekseevich
  • Gilmanov Yan Irekovich
  • Shulga Roman Sergeevich
RU2817122C1
METHOD FOR DETERMINING ANISOTROPY OF FORMATION PERMEABILITY IN LABORATORY CONDITIONS 2009
  • Tsagan-Mandzhiev Timur Nikolaevich
  • Indrupskij Il'Ja Mikhajlovich
  • Zakirov Ehrnest Sumbatovich
  • Anikeev Daniil Pavlovich
RU2407889C1
METHOD FOR DETERMINING EFFECTIVE PORE VOLUME OF ROCK IN LABORATORY CONDITIONS 2024
  • Savrej Dmitrij
RU2820738C1
PERMEABILITY COEFFICIENT UNDER CHANGING THERMOBARIC CONDITIONS ON THE CORE SAMPLES DETERMINING METHOD 2018
  • Yurev Aleksandr Vyacheslavovich
  • Pustova Elena Yurevna
  • Zvonkov Mikhail Alekseevich
  • Lobanov Aleksej Aleksandrovich
  • Belozerov Ivan Pavlovich
  • Khlan Mikhail Vasilevich
RU2680843C1
METHOD FOR ASSESSING THE CHANGE IN THE PERMEABILITY OF THE BOTTOMHOLE FORMATION ZONE 2023
  • Parshukov Ivan Aleksandrovich
  • Rogalev Maksim Sergeevich
  • Ashikhmin Yurij Alekseevich
RU2807536C1
METHOD FOR DETERMINING POROUS SURFACE WETTABILITY OF COLLECTOR ROCK 2003
  • Zlobin A.A.
RU2248561C1
METHOD FOR TESTING A ROCK SAMPLE FOR EVALUATING EFFICIENCY OF THERMAL METHODS FOR ENHANCING OIL RECOVERY 2021
  • Alexey Nikolaevic Cheremisin
  • Strahinja Markovic
  • Evgeny Yurevich Popov
  • Aman Hairboldyevich Turakhanov
  • Robert Gordon Moore
  • Sudarshan Arvindbhai Mehta
  • Ivan Valerievich Sergeichev
  • Iskander Shaukatovich Akhatov
  • Mikhail Yurevich Spasennykh
RU2759529C1

RU 2 492 447 C1

Authors

Maksimov Vjacheslav Mikhajlovich

Dmitriev Nikolaj Mikhajlovich

Mamedov Mursal Tejmurovich

Dmitriev Mikhail Nikolaevich

Tupysev Mikhail Konstantinovich

Dates

2013-09-10Published

2012-03-15Filed