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Implementation of Tatweer’s Spatial Data Infrastructure and Utilization of Uav’s for Day-to-day Operations in the Bahrain Field

机译:在巴林领域的日常运营中实现Tatweer的空间数据基础设施和利用率

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Tatweer Petroleum adopted the best GIS practices when implementing Tatweer’s Spatial Data Infrastructure and utilizing Unmanned Aerial Vehicles (UAV) for day-to-day Operations in the Bahrain Oil Field. The initial milestone of the project was to have a detailed geospatial survey of the entire Bahrain Field, which was completed and introduced as the first "As-Built Geo-Spatial Map" of the Bahrain Field since the first oil well drilled in 1932. This allowed us to develop and deliver reliable GIS solution that eliminated conflicts and overlaps between projects, facilitating user acceptance. This led to the introduction of the concept of Spatial Data Infrastructure at an organizational level, which empowered the company with open access to high precision and up-to-date GIS services. Following the SDI project and As-Built GeoSpatial Map, the GIS team is leading the initiative in utilizing Unmanned Aerial Vehicles (UAV), also known as Drones, to address the unique needs of the daily operations by providing safe, efficient, and cost-effective maintenance and inspection solution. Surveying and mapping is time-consuming, difficult, and often dangerous. UAV’s are used to allow surveyors and mappers to collect unlimited aerial data with precise measurements, while saving time, money, and manpower. They provide premium processing and analytic capabilities to support critical processes such as volume measurements, terrain mapping, site planning, etc. The survey data produces highly accurate, best-in-class orthophotos and Digital Elevation Models (DEMs). This paper demonstrates the process of creating the first "As-Built Geo-Spatial Map" for the Bahrain Field, building Spatial Data Infrastructure, and utilizing Drone technology for day-to-day operations.
机译:Tatweer Petroleum在实现Tatweer的空间数据基础设施时采用了最佳GIS实践,并利用无人驾驶飞行器(无人机)在巴林油田中进行日常运营。该项目的初步里程碑是对整个巴林领域的详细地地理空间调查,该领域已完成,并作为巴林领域的第一个“竣工地球空间地图”,自1932年第一座油井钻井。这允许我们开发和提供可靠的GIS解决方案,以消除项目之间的冲突和重叠,促进用户验收。这导致了在组织级别引入了空间数据基础设施的概念,该公司赋予了公司的开放式高精度和最新GIS服务。在SDI项目和竣工的地理空间地图之后,GIS团队正在领导利用无人机(UAV),也称为无人机,以满足日常业务的独特需求,提供安全,高效,成本 - 有效的维护和检查解决方案。测量和测绘是耗时,困难,往往是危险的。 UAV用于允许测量师和映射器以精确的测量收集无限的空中数据,同时节省时间,金钱和人力。它们提供优质的处理和分析功能,以支持音量测量,地形映射,站点规划等关键过程。调查数据产生高度准确,最佳的正交和数字高度模型(DEM)。本文展示了为巴林领域的第一个“竣工地球空间地图”,建立空间数据基础设施以及利用无人机技术进行日常运营的过程。

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