SIMULATION OF LIQUID MOVEMENT WHILE WELL FUND OPERATION IN URANIUM DEPOSITS PRODUCED BY ISL METHOD
МОДЕЛИРОВАНИЕ ДВИЖЕНИЯ ЖИДКОСТЕЙ В ПРОЦЕССЕ ЭКСПЛУАТАЦИИ СКВАЖИННОГО ФОНДА НА МЕСТОРОЖДЕНИЯХ УРАНА, ОТРАБАТЫВАЕМЫХ МЕТОДОМ ПСВ
Beisekeyev Y.Sh. Yazikov E.G.
2022Tomsk Polytechnic University, Publishing House
Bulletin of the Tomsk Polytechnic University, Geo Assets Engineering
2022#333Issue 873 - 84 pp.
The relevance of the study is caused by the possibility of expanding the use of induction logging data for spatial modeling of the spreading of technological solutions in hydrogenous uranium deposits. Regression modeling is based on the dependence of changes in the geoelectric properties of rocks on changes in their hydrophysical properties during leaching, and can be used to improve the efficiency of leaching monitoring and predicting. Purpose: to substantiate the reliability of the model of the movement of process fluids in reservoir-infiltration type deposits, developed on the basis of the least squares method using the results of induction logging as input data. Objects: induction logging data from wells of block X of the Moinkum deposit, Chu-Sarysu uranium ore province. Methods: induction logging, correlation and regression analysis using Excel, Statistica, Curve Editor, Matlab and LibreCad software environments. The hardware for induction logging sounding is represented by a single probe three-coil instrument PIK-50 and IK-42M. Results. The calculated indicators of the adequacy of the regression model for changing the electrical conductivity and effective power of the block, such as the coefficient of determination, the estimate of the variances of the least squares estimates, the Students coefficient, the F-criterion, revealed its reliability and veracity. On the example of a block of the Moinkum deposit, Chu-Sarysu uranium ore province, the effectiveness of monitoring the movement of process solutions using IR data using a least squares regression model was established. The expediency of using induction logging data for modeling the spreading of technological solutions on the example of the reservoirinfiltration of the Moinkum deposit, Chu-Sarysu uranium ore province is proved and a model of solutions spreading is formed using the proposed algorithm for applying regression modeling using the least squares method.
additional exploration of uranium deposits , control of the movement of solutions during uranium mining , development of uranium deposits of the reservoir-infiltration type , Monitoring of uranium mining , uranium mining by the ISR method , uranium mining on the hydrogen deposits
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National Research Tomsk Polytechnic University, 30, Lenin avenue, Tomsk, 634050, Russian Federation
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National Research Tomsk Polytechnic University
NAC Kazatomprom JSC
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