Research And Application Of 3D Collaborative Design in Oil and Gas Field Surface Engineering
DOI:
https://doi.org/10.54097/f28dxz63Keywords:
3D collaborative design, oil-gas field surface engineering; design software; intelligent construction.Abstract
With the constant development of major oil and gas fields at home and abroad towards the direction of digitalization and intelligent technologies, the traditional surface engineering process has encountered the challenges of limited professional collaborative design and poor data connection, etc. The advanced 3D collaborative design has gradually become the mainstream platform of oil and gas field surface engineering design due to its features of a higher degree of model reduction and its advantages of cross-discipline, cross-platform, and cross-region collaborative design. However, in the course of current station modeling and designing, due to the complexity of engineering and the limits of design software, etc., the problems of mutual transmission failure amongst models and the loss of attribute information are prone to occur, causing a bad impact on the work efficiency of 3D collaborative design. In this paper, the commonly used 3D collaborative design software in oil and gas fields has been systematically discussed along with the common issues and their solutions in aspects of 3D design analyzed. Moreover, the effective application of collaborative design in the stage of procurement and construction, and the stage of the operation and maintenance of the digital station shall be separately discussed. While improving the efficiency of 3D collaborative design, it also plays the role of guidance in strengthening the digital and intelligent construction foundation of oil and gas fields.
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References
Rui Z, Peng F, Ling K, et al. Investigation into the performance of oil and gas projects[J]. Journal of natural gas science and engineering, 2017, 38: 12-20.
EY (2014) Spotlight on oil and gas megaprojects. Ernst and Young Global Limited, London
Credit Suisse (2014) Quarterly—Brazil tracker, equity research, integrated oil and gas, 20 January, Credit Suisse Securities Research and Analytics
Stroh J, Naik H, Memi E. Improved collaboration and transparency of oil & gas capital projects using a digital project delivery system[C]//SPE Annual Technical Conference and Exhibition. OnePetro, 2018.
GB/T51296-2018, Petrochemical Engineering Digital Delivery Standard[S]
Liu Bo, Liang Caiyun, Yang Xiaolin et al. Status Quo and Development Trend of Equipment Professional Collaborative Design and Automatic Drawing in Domestic Engineering Companies[J]. Fertilizer Design, 2021,59(02):1-4.
Pang Liang, Discussion on Collaborative Design of PDMS Software Platform[J]. Petrochemical Design,2020,37(01):56-58+66+8.
Ma Ming, Zhang Jianbo, Hu Lianwei, Research and Application of Digital Delivery in Petrochemical Engineering Industry[J]. Petrochemical Automation, 2020,56(05):49-53.
Wang Jinglei, Guo Chaoyuan, Li Cuiyun, et al. Management of Multi-discipline 3D collaborative design platform for West-East Gas Pipeline 2 [J]. Petrochemical Engineering and Construction,2010,36(S1):27-29+294.
Shen Bin, Research on Quality Control of 3d Model Collaborative Design[J]. Petrochemical Design, 2020,37(01):8-14+4.
Wu Youwu, Zhang Keben, Digital Delivery of Petrochemical Engineering Project[J]. Process industry,2020(05):18-21.
Jia Zeqi. Application of PDMS 3D Design in the Design of Natural Gas Cryogenic Device [J]. Petrochemical Technology, 2018,25(09):206.
Li Li, Application of PDMS pipeline component library in petrochemical projects [J]. Shandong Chemical, 2021,50(21):129-131.
Wu Wei, Application of AVEVA E3D modeling technology in offshore engineering[J]. China Petrochemical Standards and Quality, 2018,38(04):149-150.
Wu Shuang, Zhao Yongqi, Communication 3D design using 3D piping modeling software [J]. Petroleum Engineering Construction, 2010, 36 (S1): 88-90+299.
Li Cheng, Application of 3D Collaborative Design in Petroleum Surface Engineering [J]. Petroleum and Chemical Equipment, 2020, 23 (04): 23-26+22.
Tkachenko A A. Prospects of Autodesk and AVEVA Solutions for Designing Russian Oil and Gas Processing Facilities. CAD Department Point of View[J]. Industrial Services, 2012, 44(3).
Sanins J, Executive S. Bentley Solutions: Oil & Gas[J].
Sun Hao. Construction and Application of 3D Digital Factory in Petrochemical Enterprises [J]. Information System Engineering, 2021, (01): 18-19.
Ma Yun, Wang Yifu, Lei Jianghui, et al. Application of visualization cloud collaboration system in drawing review of a project in Xinjiang Oilfield [J]. Oil and Gas Field Surface Engineering, 2019, 38 (07): 114-117.
Yan Wan, Ren Ling, Song Guanghong, et al. Support of digital collaborative design for the construction of intelligent oil and gas fields [J]. Natural Gas and Oil, 2018, 36 (03): 110-115.
Yang Bo, Wang Siqi, Research on the Application of BIM Technology in the Deepening Design and Professional Collaboration of a Petrochemical Project [J]. Civil Construction Engineering Information Technology, 2020,12 (05): 90 - 94. DOI: 10.16670/j.cnki.cn11-5823/tu.2020.05.15.
Ni L, Zhen Q, Li B. Research on Failure of Tee Pipe Based on AutoPIPE[C]//Journal of Physics: Conference Series. IOP Publishing, 2019, 1325(1): 012038.
Fu Zhenzhen, Guo Chaoyuan, Li Cuiyun. Research and Application of Integration of Stress Analysis and 3D Design in Pipeline Engineering [J]. Petroleum Planning and Design, 2006 (04): 33-35+65.
Xiao Lihong, Zhai Junhong Application of Material Software SPRD in Engineering Project Design [J]. Nitrogen Fertilizer Technology, 2018, 39 (01): 20-22.
Jiang Han, Kang Nan, Zhou Jinhui, et al. Station Design of Natural Gas Pipeline Engineering Based on Full Digital Collaborative Design [J]. Oil and Gas Field Surface Engineering, 2021,40 (09): 45-50.
Guo Jiao, Shi Changyuan Analysis on the Application of Civil 3D in General Layout Design [J]. Natural Gas and Oil, 2016, 34 (05): 80-84+11.
Liu Peng. Research on 3D Modeling in the Digital Construction of Oil and Gas Stations [J]. Surveying and Mapping Bulletin, 2019 (S1): 119121.
Chen Xiaojun, Yang Fei, Meng Jian Application of Navisworks in 3D Design of Natural Gas Processing Station [J]. Xinjiang Petroleum and Natural Gas, 2017, 13 (01): 94-96+6.
Sun Guanhua, He Yongjin, Jiang Jiding, et al. Application and optimization of 3D collaborative design in chemical digital delivery project [J]. Hebei Industrial Science and Technology, 2021,38 (04): 300-307.
Yu Qingda, Niu Xin, Li Xiangtong, et al. Research on 3D Collaborative Design Solution of Power Plant Project [J]. Power Plant System Engineering, 2020, 36 (02): 31-33.
Li Cheng Application of Navisworks in 3D model review of surface engineering [J]. Oil and Gas Field Surface Engineering, 2022,41 (01): 86-89.
Sun Chongliang, Zhao Xuefeng. Research on Sharing and Application of 3D Model Results of Oilfield Stations [J]. Oil and Gas Field Surface Engineering, 2019, 38 (12): 78-81.
Xu Xueqing. PDMS Application of NET Secondary Development in Petrochemical Engineering Design [J]. Chemical Management, 2018 (32): 88-89.
Nasirifar R, Shafeghati S, Valipour I. A new methodology in generating Digital Plants in AVEVA PDMS from Navisworks® model[J]. Journal of Project Management, 2019, 4(4): 257-266.
Кузьминых А А, Ступников А А. Разработка программного комплекса инструментальных средств поддержки моделирования в AVEVA E3D[C]//Математическое и информационное моделирование. 2020: 70-81.
Chen Chaoming, Chen Weicai, Li Anshan, et al. Analysis on advantages of large gas field surface engineering modularization mode.Nat Gas Oil 2016;34(1):8-13.
Wang Chuanbao, He Jin, Li Liang, et al. Application of BIM technology in construction management of oil and gas field stations [J]. Oil and Gas Field Surface Engineering, 2018, 37 (07): 96-99.
Zhang Defa, Yao Weitao, Dong Zhichao, et al. Application and Exploration of "Digital Twin" in Oilfield Surface Oil and Gas Stations [J]. Oil and Gas Field Surface Engineering, 2022,41 (03): 1-7.
Shi Feng, Zhang Dejun, Wang Lijun, et al. Design and Implementation of Visualization Collaboration Platform for Xinjiang Oilfield Surface Construction Project [J]. Oil and Gas Field Surface Engineering, 2019, 38 (06): 107-110.
Tang Sheng, Sun Yongyao, Liu Chao. Standard Design Practice of Shunbei No.5 Joint Surface Engineering [J]. Oil and Gas Field Surface Engineering, 2022,41 (02): 84-88.
BP. Smarter tech: the consumer electronics revolution coming to the gas field [EB/OL].(2017-11-16)[2021-02-10]. https://www.bp.com/en/global/corporate/news-andinsights/reimagining-energy/smarter-technology-in-bp-uslower-48-natural- gas-business.html.
Chevron. How we learned from NASA and the Microsoft HoloLens team to make virtual teleportation a reality [EB/OL]. (2018-12-14) [2021-02-10]. https://www.chevron.com/stories/how-we-learned-from-nasa-and-microsoft-HoloLens-team-to-make-virtua- teleportation-a- reality.
Koteleva N, Buslaev G, Valnev V, et al. Augmented reality system and maintenance of oil pumps[J]. International Journal of Engineering, 2020, 33(8): 1620-1628.
Naranjo J E, Ayala P, Altamirano S, et al. Intelligent oil field approach using virtual reality and mobile anthropomorphic robots[C]//International Conference on Augmented Reality, Virtual Reality and Computer Graphics. Springer, Cham, 2018: 467- 478.
Wang Chuanping, Feng Xuezhang, Lei Jianghui, et al. Research on the Application of 3D Kanban System in Digital Oil and Gas Fields [J]. Oil and Gas Field Surface Engineering, 2019, 38 (12): 82-87.
Dong Hongjun, Ma Yunbin. Design and Implementation of Intelligent Patrol Inspection System for Oil and Gas Transportation Stations [J]. Oil and Gas Storage and Transportation, 2020, 39 (05): 570-575.
Andaluz, V.H.et al.(2018). Oil Processes VR Training. In:,et al.Advances in Visual Computing. ISVC 2018. Lecture Notes in Computer Science (), vol 11241. Springer, Cham.
Shi Zhuochan, Tian Feng, Li Xin, et al. Virtual simulation training system for sudden crude oil leakage and fire emergency response in the valve chamber in front of the tank [J] System simulation technology, 2019,15 (04): 263 - 267. DOI: 10.16812/j.cnki.cn31-1945.2019.04.010.
Garcia C A, Naranjo J E, Ortiz A, et al. An approach of virtual reality environment for technicians training in upstream sector[J]. Ifac- Papersonline, 2019, 52(9): 285-291.
Liu Xianmei, Jia Di, Liu Fang. Research on Virtual Simulation Training System for Multi post Cooperative Operation of Oilfield [J]. Journal of System Simulation, 2021,33 (01): 74-83. DOI: 10.16182/j.issn1004731x.joss.19-0248.
Audrain P. Smart and Agile Turnaround Management[C]//Abu Dhabi International Petroleum Exhibition & Conference. OnePetro, 2021.
Cheng Haoli, Liu Zhongmin, Cai Fengfeng, et al. Application and prospect of AR technology in oil and gas field surface engineering design [J]. Natural Gas and Oil, 2021,39 (03): 118-124.
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