Integrated digital platform for geological and technological monitoring for oil and gas fields
Problems: 1. High operating costs for performing industrial geophysical and hydrodynamical surveys (GHS). It is necessary to increase the efficiency of interaction between the customer and the contractor. Long connections between process participants lead to an increase in the cost of GHS and oil losses. 2. Low level of digitalization of GHS processes. Up to 30% of labor costs do not actually bring value. Unproductive time is associated with the need to analyze non-digitized data. There are no end-to-end processes, which leads to the need to duplicate work and the impossibility of robotizing information analysis processes. Solution: Development and implementation of an integrated digital platform for geological and technological monitoring for oil and gas fields to automate and optimize the geophysical and hydrodynamical survey
Artificial Intelligence And Digital Services
Artificial intelligence
Replication of the project to other oil and gas producing and service companies will take from 6 months to a year. The actual time depends on company size and current level of automation
PJSC Tatneft, Almetyevsk, Republic of Tatarstan, Russian Federation
The uniqueness of the developed platform is that it allows solving problems of tracking, managing, optimizing and analyzing the procedures performed throughout the entire cycle of well survey. Data sets from different platforms are integrated, including modules for AI data analysis and use of economic indicators. All this made it possible to automate routine processes and ensures improving processes by self-learning of information systems.
N.A.
patent pending
