Description
Key projects:
• Unified digital platform for supporting capital construction projects
• Unified digital platform for diagnostics of technical maintenance and repair
• Unified center for supporting functions of the Gazprom Group
Product:
The VR simulator for eliminating gas, water and oil inflow is designed by Gazprom CPS to practice the skills of drilling crew members in case of an emergency. The simulator recreates the location of a drilling rig with all the technological blocks necessary for working out the scenario. The model is highly detailed due to the use of information obtained by 3D scanning of equipment at the drilling rig at the Kovyktinskoye field. The simulator also uses sounds recorded at a real drilling rig and a mathematical model to simulate the current hydraulic state of the well. The simulator has a risk factor – errors made by team members can lead to an accident.
The AFIDA information system was created to automate the processes of digitalization, cataloguing and documentation management in the construction industry. The system uses modern technologies such as artificial intelligence (AI), machine vision and modular architecture to reduce labor costs, speed up data processing and increase transparency of document flow. AFIDA creates a unified digital environment for all participants in the construction process, ensuring transparency, speed and accuracy of work with documentation.
The «Employee’s personal account» automates the processes of personnel electronic document management, and also ensures interaction between the employer and the employee 24/7. Two-factor authorization for entry and secure signing with an electronic digital signature. Accelerates personnel document flow and ensures signing of contracts and additional agreements with an electronic digital signature. Optimizes interaction with accounting services: receiving a pay slip, ordering certificates. Helps to take care of improving working conditions and increasing employee loyalty.
The INTEGRA asset assessment system allows for a comprehensive assessment of upside license areas and hydrocarbon deposits.
Helps to conduct probabilistic assessment of reserves, calculation of gas and condensate production profiles, assessment of field development costs and assessment of economic efficiency.
Complex of calculations for assessing the cost of construction is a digital product for complex processing of costing information for analyzing the estimated cost of construction, major repairs, reconstruction, drilling at the design stage project and construction documents, accounting for costs during acceptance of construction works. It’s tools allow to automate business processes related to construction costs throughout the life cycle of an investment project. Complex creates a unified information environment for automating construction cost management processes.
An expert-analytical system of intellectual support in the development and review of design assignments and technical requirements.
The system allows to generate documents using ready-made templates, assign people responsible for filling out sections, exchange comments, view the history of changes, receive recommendations from the analytical module with AI, conduct preliminary approval of documents in the working order and send them for official approval in the electronic document management system.
The system reduces labor costs for developing and updating project documentation, minimizes the transfer of documents between organizations, and also eliminates the loss of the latest version of the document.
The Aeromonitoring system forms a unified information space with objective data on the current status of a construction site in the form of a digital twin of the construction site. Data from remotely piloted aircrafts, as well as air or ground laser scanning, are combined in a digital environment with design documentation, a calendar plan and a BIM model. Tools for “plan-fact” analysis allow for timely detection of deviations of construction works from design values – before errors lead to an increase in the budget and project implementation time. Reduces the time for preparing reports and provides digital control over the execution of work volumes based on objective data from remotely piloted aircrafts and their compliance with design solutions.