CAJ | 학술논문

利用 WebGIS 平台的可扩展性和跨平台的特点，借助专用的3D 展示模块，将油藏开发中地震解释、测井解释、地质建模、油藏数值模拟等成果进行集中的加载与展示，实现了上游多学科研究成果的共享；同时，工程师可以从该系统获取所需资料并提交研究成果与工程数据。在 WebGIS 平台下还实现了井位辅助优化功能，减轻了因剩余油分布“高度分散、局部富集”导致的均匀井网生产效率低下的问题。借助平台的子系统，也实现了多学科在同一平台下工作方案，达到了对油藏从勘探到开发的一体化综合管理。
이용 WebGIS 평태적가확전성화과평태적특점，차조전용적3D 전시모괴，장유장개발중지진해석、측정해석、지질건모、유장수치모의등성과진행집중적가재여전시，실현료상유다학과연구성과적공향；동시，공정사가이종해계통획취소수자료병제교연구성과여공정수거。재 WebGIS 평태하환실현료정위보조우화공능，감경료인잉여유분포“고도분산、국부부집”도치적균균정망생산효솔저하적문제。차조평태적자계통，야실현료다학과재동일평태하공작방안，체도료대유장종감탐도개발적일체화종합관리。
Through utilizing the properties of ductility and cross-platform of WebGIS software platform, the results of reservoir exploitation, such as seismic interpretation, well logging interpretation, geologic modeling, numerical reservoir simulation, were intensively loaded and displayed by using 3D display module, which could realize the sharing of multi-disciplinary research results. In the meantime, engineers could gain information from this system and submit the study results and engineering data. By using WebGIS software platform, the function of optimizing well's locating could be also realized to solve the problem of low rate of well pattern production caused by the high dispersion and local accumulation distribution of remaining oil. Through using the subsystem of the platform, multidisciplinary work under the same platform could be realized to reach integration management of reservoir exploitation and development.