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CLAY MINERAL DEPOSITS DEVELOPMENT METHOD

机译:粘土矿床开发方法

摘要

FIELD: mining.;SUBSTANCE: development method comprises opening-up of developed field reserves, ditch driving along the whole length of the production block, water flooding of the production block for disintegration of clay sand and their subsequent improvement by the production complex with installation of pressure of head hydraulic transportation and concentration plant. Before grooving of slits by cross-cut and longitudinal passes of slit-cutting unit, and also water flooding of the production block for disintegration of clay sand and their subsequent improvement, using experimental and analytical methods the bending compression and tension characteristics of high clayey sands in various locations of placer deposits are determined. The dynamics of change of elastic characteristics in these sections is determined, the correlation of response curve of resiliency of sand at water saturation of separate sections of the field with the relative wave resistance of sand in these sections is studied, and grooving of cracks at the distance from each other depending on the change of response curve of sand resiliency of at water saturation is performed.;EFFECT: achievement of high level of disintegration of clay sands difficult for wash-out, minimising of process losses of valuable component and decrease of mining expenses.;3 dwg
机译:领域:采矿;实质:开发方法包括开发已开发的油田储量,沿着生产区块的整个长度进行沟渠掘进,对生产区块进行注水以分解粘土砂,以及随后通过安装安装的生产综合设施对其进行改进头液压输送和浓缩装置的压力分布。在通过切缝单元的横切和纵向通过对切缝进行开槽之前,以及对生产块进行注水以分解粘土砂及其后续改进之前,都使用实验和分析方法,通过高黏度砂的弯曲压缩和拉伸特性确定在各个位置的砂矿沉积物。确定了这些区域中弹性特征变化的动力学,研究了不同区域水饱和度下砂土的弹性响应曲线与这些区域中砂土的相对波阻的相关性,并研究了该处裂缝的开槽。效果:在饱和状态下,根据砂弹性的响应曲线的变化,确定彼此之间的距离;效果:实现高水平的砂土崩解,难以洗净,最大程度地减少了有价值组分的工艺损失并减少了开采费用。; 3 dwg

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