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Analysis of gas hydrate deposits development by applying elements of hydraulic borehole mining technology

机译:液压钻孔矿业技术元素施用气体水合物沉积开发分析

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摘要

Purpose. To substantiate and develop the principal schematics suitable for the existing technological level and method of gas hydrates production from the offshore fields.Methods. Analysis of properties inherent to gas hydrates and gas hydrate deposits and research into peculiarities of the technological operations of the hydraulic borehole mining.Findings. Basic processes related to the method of gas hydrate extraction from the productive stratum without energy consumption for phase transition on the basis of the hydraulic borehole mining technology are substantiated.Originality. The research provided rationale for manifestation of the group of factors involved in the process of immersed jets action on the gas hydrate in conditions of its natural occurrence. It was confirmed that gas hydrates can be extracted from the productive stratum without energy consumption for dissociation, by creating conditions for their recrystallization as a result of joint impact produced by immersed jets of sea water and a complex of related processes. Theoretical justification is given to the physical fundamentals of the processes associated with gas hydrates enrichment and concentration in the mine working.Practical implications. Technology for the development of gas hydrate deposits on the basis of hydraulic borehole mining without energy consumption for the phase transition is proposed.
机译:目的。实证和发展适用于现有技术水平和瓦斯水合物生产方法的主要示意图。方法。天然气水合物和天然气水合物沉积物固有的性能分析及研究液压钻孔矿井技术运营的特性。基本过程与生产层的天然气水合物萃取方法相关,没有能量消耗的相位过渡基于液压钻孔挖掘技术。重要性。该研究提供了基本的表现,用于表现出在其自然发生的气体水合物的浸入式喷气机作用过程中涉及的因素组。确认,通过产生通过浸没喷射的海水和相关方法的复合物产生的关节冲击产生其重结晶条件,可以从生产层中从生产性层中提取气体水合物,而不会产生解离。理论上的理由是对矿井工作中的气体水合物富集和浓度相关的过程的物理基础。正版含义。提出了基于液压钻孔开采的天然气水合物沉积物的技术,没有能量消耗的相变。

著录项

  • 作者

    M Pedchenko; L Pedchenko;

  • 作者单位
  • 年度 2017
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  • 原文格式 PDF
  • 正文语种 ukr
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