Archive

Обложка журнала — No. 4/2026

July–August 2026

Study of the impact of the mining and metallurgical complex on groundwater and ways to address environmental problems

K.B. Rysbekov, S.B. Sherubai, E.S. Auelkhan, J. Sagin, О. BaiturbayThe article studies water pollution in Kazakhstan, focusing on heavy‑metal contamination from mining near Lake Balkhash. It proposes a remote monitoring method for continuous groundwater control. The results are applied at mining enterprises and in education at Satbayev University.

Geodetic support for monitoring the Kapchagay hydroelectric power plant

T.B. Nurpeisova, R.V. Shults, B. Myngzhasarov, O. AbilThe results of monitoring deformation processes in the hydraulic structures of the Kapchagay Hydroelectric Power Station are presented. The study aims to ensure the safe operation of the engineering structures through geodetic monitoring using modern technologies.

Geomechanical modeling of the stress-strain state of open-pit slopes based on integrated geodetic monitoring data

G.S. Madimarova, S.M. Alekpayev, A.M. Zhumakhan, Sh.A. ZhantuyevaThe article presents the results of a comprehensive study of the geotechnical state of the sides of the Shiilybulak quarry of the Karatau phosphorite-bearing basin based on geodetic monitoring, remote sensing of the Earth and numerical modeling of the stress-strain state of the rock mass.

Methodological basis for substantiating rational parameters of slopes ledges and sides of a quarry

N.F. Nizametdinov, А.S. Tuyakbay, R.F. Nizametdinov, А.R. Yestayeva, А.А. TursynbekovA scientific and methodological approach has been developed to substantiate the rational parameters of quarry bench and wall slopes, based on comprehensive geomechanical studies of rocks directly in the near-wall massifs using cores from specially drilled engineering-geological wells.

Geodynamic test site of the Zhilandy ore field: practice and prospects

G. Meirambek, K.B. Rysbekov, M.B. Nurpeisova, S.T. Soltabayeva, Sh.K. AitkazinovaThe paper describes copper deposits in central Kazakhstan and their importance for the mining industry. A geodynamic monitoring system is proposed to predict hazards at long‑term deposits. It will ensure stable mining operations and the region’s industrial and environmental safety.

Study of the application of ash and slag waste in building materials production technology

М. Begentayev, Yе. Kuldeev, M.B. Nurpeisova, Sh. Bekbassarov, A. A. BekThis article presents the results of an assessment of the environmental impact of ash dumps from coal burning at the Ekibastuz deposit in Kazakhstan. Potential for producing in-demand building materials from these dumps is also identified.

Modern geotechnical methods – effective approach to ensuring industrial safety in mining

M.B. Nurpeisova, S.R. Grechukhin, R.V. Shults, Yе.Zh. Ormanbekov, A.A. BekThe characteristics of geomechanical processes and their solutions at the Altyntau Kokshetau quarry are discussed. A geotechnical service, equipped with modern measuring systems, has been established to predict and prevent hazardous geomechanical processes during deposit development.

Current status and prospects of mine surveying support at Altyntau-Kokshetau JSC

V.T. Khaikov, A.D. Isenov, E.Zh. Ormambekov, R.V. ShultsThe paper overviews mine surveying and geodetic operations for coordinate frameworks. It stresses improving rock‑mass deformation assessment and presents a technology to monitor ground deformations and determine the 3D geometry and position of subsidence troughs in undermined areas.

Development of a KPI system for reforming municipal solid waste collection and disposal methods

Sh.Sh. Bekbassarov, F.Z. YuldashevaThe theoretical and practical aspects of reforming the waste collection and disposal system in the current context are examined. The study's objective was supported by a rationale derived from the MSW management system, based on an analysis of scientific publications and international experience.

Substantiation of the parameters of innovative technologies for forming monolithic backfill masses for the integrated development of deep-seated potash deposits

P.O. ZubkovDuring potash mining, chamber stability depends on backfill. Conventional backfilling is ineffective due to delays and low stiffness. An innovative technology uses crystallized waste with cement‑reinforced roof zone - ensuring full filling, limiting deformation, enabling phased pillar extraction.

Modeling of deformation processes of the earth's surface at an oil and gas field

А.K. Kenesbayeva, O.S. Kurmanbayev, R.S. Kurmanbayev, L.L. ZhalilovThis paper examines finite element modeling of earth surface deformation processes at an oil and gas field. Based on geodynamic observations, calculations of relative deformation components were performed, and a spatial model of the deformation field was constructed.

Advantages of consolidating backfill mixture compositions and technology using sylvinite waste

V.I. TatarnikovThe study develops backfill mixtures from sylvinite waste. It proposes a two-line scheme: a cement-free mix for the main volume and a flowable cement-containing one for the roof zone. This limits cement use, prevents brine release, and may boost reserve recovery.