Use various exploration techniques and facilities to collect data, find traps for oil and gas storage, and find out the oil and gas field area, oil and gas layer situation and production capacity. Many oil fields or exploration areas are in inaccessible areas, so it is difficult for decision makers and management to understand the real situation of natural environment, geology, engineering, construction and transportation of oil fields. If the data is connected to the visual screen of the map, managers can grasp the important data of oilfield exploration process and reservoir development in real time.
After obtaining the original data of oil and gas fields, the data are fused, processed and transformed to form a visual daily production trend map, oil field resource distribution map and oil field production ranking map. Show the complexity of the oil field objectively to managers, so that they can plan the project reasonably in advance at all stages of exploration, construction and construction, make many deployment schemes and development schemes more reasonable in site selection, route selection and operation, reduce risks and improve economic benefits.
In the process of petroleum production, storage, transportation, refining and use, due to accidents, abnormal operation and maintenance, petroleum hydrocarbons will overflow and be discharged, resulting in pollution of atmospheric environment, soil and groundwater. Such as greenhouse effect, ozone layer destruction and soil structure. , forming an environment where nothing grows. By monitoring the big screen of the graphic robot, problems can be found in time. Adopt in-situ bioremediation technology, heterotopic bioremediation technology, phytoremediation technology, biological treatment method or filtration equipment to purify air and water.
Visualization system can conveniently collect oilfield information with dense equipment pipe network, tens of thousands of kilometers of long-distance oil and gas pipelines and tens of thousands of supporting crude oil storage tanks, and form the ability of digital planning, management, safety monitoring, design and drawing.
After the formal exploitation of oil and gas, it is necessary to concentrate the products such as oil and associated natural gas produced by scattered oil wells, and export the qualified oil and natural gas to refineries and natural gas users respectively after treatment and primary processing by various equipment. Hightopo visualization platform will naturally organize all kinds of spatial entities in the oilfield, which will completely break the horizontal division of various professional information platforms in the oilfield and form an oilfield information system integrating exploration, development, engineering and gathering and transportation.
Using information fusion, cloud computing, fuzzy identification and other technologies, regional cooperation and data sharing can be realized. Through the analysis and processing of massive information and data, objective, essential and comprehensive cognition and judgment can be realized, so as to realize visual and measurable intelligent control of oil and gas fields. Break the unfavorable situation that all units and professional departments establish their own "information islands" from point to area, and establish a scientific and effective information sharing mechanism for smart oil and gas fields.
It provides a brand-new management mode for oil and gas field exploration and development, oil and gas production, operation management and mining area service. Through the application of new methods, the level of ubiquity, visualization and intelligence in all aspects will be improved, and finally the environmental protection and sustainable development of oil fields will be promoted.