首页>
外国专利>
3、 Geological structure profile control and energy recovery method
3、 Geological structure profile control and energy recovery method
展开▼
机译:3,地质构造剖面控制与能量回收方法
展开▼
页面导航
摘要
著录项
相似文献
摘要
All geot amp temperature names; eacute; rmico used to control M amp; Aacute; ximos and M amp; Iacute; Sal amp; temperature names; oacute; n up to the well edge; eacute; rmico. M amp; eacute; everything includes regulation and amp; oacute; nE / at least a few wells are as close as possible to T amp; eacute; rmico. The working fluid circulates in a dual well, in one direction and one ampere; oacete; N and the working fluid of the second well at Direcci amp; oacute; is opposite to the first well.Therefore, temperature balance can be achieved to alleviate the relationship between M amp, Aacute, ximos and M amp, Iacute and place names, resulting in the temperature basically being the relationship between M amp, Aacute, working fluid standardization of each well and AMP, Aacute, Formaci amp area, oacute and N rocosa. This paper describes an operation protocol, specific and ampere; Iacute; FICO, considering temperature control to improve recovery; oacute; n De energy amp; Iacute; a T amp; eacute; rmica. P
展开▼
机译:所有GEOT AMP温度名称;敏锐rmico用于控制放大器。急性ximos和M amp;不雅萨尔温度名称; ac n直到井边缘;敏锐rmico。 Mamp;敏锐一切都包括调节和放大器; ac nE /至少有几口井尽可能靠近T amp;敏锐rmico。工作流体沿一个方向和一个安培的双井循环。乙炔N和Direcci amp的第二口井的工作液; ac由于与第一口井相反,因此可以实现温度平衡以减轻M amp,Aacute,ximos与M amp,Iacute和地名之间的关系,导致温度基本上是M amp,Aacute,工作流体之间的关系每个井和AMP,Aacute,Formaci amp区域,oacute和N rocosa的标准化。本文描述了一种操作协议,特定于安培;不雅FICO,考虑控制温度以提高回收率; ac n德能源放大器;不雅T amp;敏锐rmica。 P GT;
展开▼