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Study of the Conditions of Formation and Forecast of the Perspective Areas of Hydrogen-Sulfide Water of Surkhandarya Depression

机译:Surkhandarya凹陷硫化氢水形成条件及展望区的预测研究

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Increase in requirement of hydrosulphuric water for improvement of the population set the task of identification of places of their possible congestion for hydrogeological service. Earlier detection of such congestions was accidental at well-drilling of different function. Therefore, development of new methodical approaches of search and allocation of perspective zones of their formation was required. It was for this purpose necessary to study in what conditions and what factors have an impact on formation of underground hydrosulphuric water. So far, definition of communication attempts only with separate geochemical signs was known. Results of studying of influence on formations of hydrosulphuric water of such factors as lithologic and facial in combination with oil-and-gas content, the geological and structural and hydrodynamic mode are given in this work. It is established that the main sign for formation of hydrosulphuric water is existence of evaporite thickness and hydrocarbon congestions. Besides, it is shown that small depth (up to 2 km) of their bedding has to be an indispensable condition and existence of explosive violation on which there has to be a water infiltration (a geological and structural factor). In the Surkhandarya region, the hydrodynamic mode caused by inclined bedding of aquifers was also one of essential factors. Active water is an exchange process with washing away (oxidation) sulfate of the containing thicknesses and subsequently, its restoration in interaction with hydrocarbons with formation of hydrosulphuric water is described. The technique is developed and the expected card of perspective zones of formation of hydrosulphuric water is constructed.
机译:增加水硫以改善人口的需求,确定了水文地质服务可能阻塞的地点。在钻探不同功能时,偶然发现这种拥塞是偶然的。因此,需要开发新的方法方法来搜索和分配其形成的透视区域。为此目的,有必要研究什么条件和什么因素对地下硫酸水的形成有影响。到目前为止,仅用单独的地球化学标志进行通信尝试的定义是已知的。结合岩性和油气含量,地质构造和水动力模式等因素,研究了岩性和岩性等因素对硫磺水形成的影响。可以确定的是,形成硫化氢水的主要标志是存在蒸发岩厚度和碳氢化合物拥堵。此外,还表明,其垫层的小深度(最大2 km)必须是必不可少的条件,并且必须存在爆炸侵害,并且必须有水渗透(地质和结构因素)。在Surkhandarya地区,由于含水层倾斜造成的水动力模式也是重要因素之一。活性水是一种交换过程,其中要洗掉(氧化)所含厚度的硫酸盐,然后描述其与碳氢化合物相互作用形成水硫化水的恢复作用。开发了该技术,并构造了预期的水硫形成透视区。

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