首页> 外国专利> COMPLEX OF MICROSEISMIC CONTROL OF THE DEVELOPMENT OF CONTINENTAL AND SHELF DEPOSITS OF HYDROCARBONS BASED ON SQUARE MONITORING SYSTEMS AND SUPERCOMPUTER INFORMATION PROCESSING METHODS

COMPLEX OF MICROSEISMIC CONTROL OF THE DEVELOPMENT OF CONTINENTAL AND SHELF DEPOSITS OF HYDROCARBONS BASED ON SQUARE MONITORING SYSTEMS AND SUPERCOMPUTER INFORMATION PROCESSING METHODS

机译:基于正方形监测系统和超计算机信息处理方法的油气陆架储层发育的微震控制综合

摘要

A microseismic monitoring system for the development of continental and offshore hydrocarbon deposits based on on-site surveillance systems and supercomputer information processing methods, containing at least one telemetric seismic on-board control and recording module with at least 32 field modules connected via an Ethernet network to a collection server and data processing, characterized in that each field module includes: a three-component seismic displacement velocity sensor, three analog channels new amplifiers, an analog-to-digital converter, a communication line with a telemetric onboard control and registration module, all modules together with sensors are installed in the form of a seismic antenna with an aperture of up to 1000 meters on the surface in the epicentral perforation zone of the well, in which hydraulic fracturing is performed, and the collection device and data processing is made in the form of a microseismic data collection and processing server, including a microseismic monitoring database, a data preprocessing software module s, which prepares and prepares data for specialized processing, a specialized data processing software module that, by solving the inverse kinematic problem using a parallel computing technique on a cluster, determines the speed of seismic waves in the medium, the spatial coordinates of microseismic emission sources are estimated from source distribution maps microseismic emission in three planes the direction and length of the fracture rupture, and can be used
机译:基于现场监视系统和超级计算机信息处理方法的用于开发陆上和海上油气藏的微地震监测系统,包含至少一个遥测地震车载控制和记录模块,以及至少32个通过以太网连接的现场模块到收集服务器和数据处理,其特征在于每个现场模块包括:一个三分量地震位移速度传感器,三个模拟通道,新的放大器,一个模数转换器,带有遥测机载控制和记录模块的通信线路,所有模块和传感器一起以地震天线的形式安装,在井的中心射孔区域的表面上开有一个长达1000米的孔,在其中进行水力压裂,采集装置和数据处理得以完成。以微震数据收集和处理服务器(包括麦克风)的形式制成Roseismic监视数据库,是一个数据预处理软件模块s,用于准备和准备进行专门处理的数据,一种专门的数据处理软件模块,通过使用集群上的并行计算技术解决逆运动学问题,确定地震波的速度。在介质中,根据震源分布图,从裂缝破裂的方向和长度的三个平面上的震源分布图估计震源的空间坐标,可以用于

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