NK Rosneft-NTC LLC, being one of the leading corporate research and design institutes of Rosneft Oil Company, actively uses information modeling technologies in design, survey and scientific activities at new and existing capital construction projects. NK Rosneft-NTC LLC uses an integrated approach to 3D design of objectsat various stages of their life cycle. Software and task templates have beendeveloped for transmission to related departments and filling with attributeinformation in the environment of the Russian software package «Model Studio CS». By combining a 3D model with a point cloud, employees can analyze collisions using several parameters and quickly make adjustments. In this regard, the approach of scanning various objects at a certain frequency is being actively implemented, which allows for time analysis in the context of various factors. At any stage of the object’s life cycle, an information model created with the possibility of subsequent additions has a number of advantages and is, in essence, a digital repository of important attribute information for its subsequent qualitative modification and addition. Extending the life cycle of a 3D model together with a point cloud of an object is the key to the success of high-quality design and operation of various structures at hazardous production facilities, including reconstruction and technical re-equipment.
References
1. Certificate of official registration of a computer program no. 2024618089 RF. Rasstanovka zon deystviya porazhayushchikh faktorov dlya Model Studio CS (Arrangement of zones of action of damaging factors for Model Studio CS), Authors: Bogachev A.C., Zhukov D.V., Pisarenko A.V.
2. Certificate of official registration of a computer program no. 2021616527 RF. Svaya-OR (Pile-OR), Authors: Dubrov A.D., Poverennyy Yu.S.
3. Certificate of official registration of a computer program no. 2020618505 RF. Svaya-SAPR Pro (Pile-CAD Pro), Authors: Medyanik S.S., Kesiyan G.A., Dubrov A.D., Zenkov E.V., Zagumennikova A.V., Poverennyy Yu.S., Fedoseenko V.O., Gilev N.G.
4. Avrenyuk A.N., Didichin D.G., Pavlov V.A. et al., 3D engineering for Rosneft oil producing facilities construction (In Russ.), Neftyanoe khozyaystvo = Oil Industry, 2022, no. 11, pp. 64–67, DOI: https://doi.org/10.24887/0028-2448-2022-11-64-67
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6. Avrenyuk A.N., Asadullina G.S., Timerbulatov R.M., Praktika primeneniya rezul’tatov nazemnogo lazernogo skanirovaniya kak osnovy dlya 3D proektirovaniya ploshchadnykh ob»ektov modernizatsii, rekonstruktsii i tekhperevooruzheniya mestorozhdeniy (The practice of applying the results of ground-based laser scanning as a basis for 3D design of areal facilities for the modernization, reconstruction and technical re-equipment of fields), Proceedings of scientific and practical conference “Aktual’nye zadachi neftegazokhimicheskogo kompleksa. Dobycha i pererabotka” (Actual tasks of the petrochemical complex. Extraction and processing), Moscow, 21-22 November 2019, Moscow, 2019, pp. 124–126.
