Geology, geography and global energy

Scientific and Technical Journal

ELIMINATION OF THIXOTROPY OF A SOIL BASED ON BY THE POLYMERIZATION METHOD

2019. №2, pp. 132-139

Sheremetov Ivan M. - Ph. D. in Technology, State Building Expert, Autonomous establishment of the Astrakhan region “State examination of projects”, shrmtv@mail.ru

Serebryakov Andrey O. - Senior Teacher, Master, Astrakhan State University, Geologi2007@yandex.ru

Zolotarev Alexander M. - Deputy Director, LLC Reconstruktsiya, a.zolotarev@uretek.su

In the course of the research relationships of cause and effect between deformations of sedimentary rocks and the dynamic influence catalyzing “sol-gel” transition of the water-saturated massif of breeds are established. For the purpose of increase in stability of sedimentary structures the method of polymerization of the basis is offered. The polymeric compound is designed to replace gravitational water, to liquidate the revealed razuplotneniye zones, to reinforce the sedimentary massif rigid bodies of the hardened high-molecular polymer. The amount of the forced solution is differentiated on depth and an axis of location of the well for an injetsirovaniye. As a result of the solution of a geotechnical task the created geopolymeric massif is distributed in sedimentary rocks evenly, negative manifestation of thixotropic properties is eliminated.

Key words: геомониторинг, динамические нагрузки, тиксотропия, гель, золь, геополимерный компаунд, geomonitoring, dynamic loads, thixotropy, gel, sol, geopolymer compound

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