Spatial Models Developed Using Laser Scanning at Gas Condensate Fields in the Northern Construction-Climatic Zone
Wide exploration and industrial exploitation of hydrocarbon fields in Yamal Peninsula pose in front of construction and mining companies critical problems of efficient construction at constantly evolving fields taking into account climatic and geocryological conditions of their location. Yamal Penin...
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Saint-Petersburg Mining University
2019-08-01
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Online Access: | http://pmi.spmi.ru/index.php/pmi/article/view/8386 |
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doaj-30d748f9536543b4a5187528bd4021252020-11-25T01:31:34ZengSaint-Petersburg Mining UniversityZapiski Gornogo Instituta2411-33362541-94042019-08-01238443043710.31897/PMI.2019.4.430Spatial Models Developed Using Laser Scanning at Gas Condensate Fields in the Northern Construction-Climatic ZoneSergej N. MEN'SHIKOV0Anton A. Dzhaljabov1Gennady G. Vasiliev2Igor A. Leonovich3Oleg M. Ermilov4LLC Gazprom Dobycha NadymLLC Gazprom Dobycha NadymNational University of Oil and Gas «Gubkin University»National University of Oil and Gas «Gubkin University»Yamal-Nenetsk Branch of Trofimuk Institute of Petroleum-Gas Geology and GeophysicsWide exploration and industrial exploitation of hydrocarbon fields in Yamal Peninsula pose in front of construction and mining companies critical problems of efficient construction at constantly evolving fields taking into account climatic and geocryological conditions of their location. Yamal Peninsula is characterized by unstable soils, the mobility of which has a substantial impact on the changes in spatial arrangement of field facilities, not only in the direct process of construction, but also during their scale-up and equipment overhaul. The paper examines implementation of 3D spatial arrangement modelling of industrial facilities into the process of construction and installation works at hydrocarbon fields in the northern construction-climatic zone. The purpose of implementing this method combined with 3D spatial modelling of equipment connections lies in reliability and safety enhancement of the facilities throughout their entire lifespan. Authors analyze statement and solution of the problem associated with alignment and installation of prefabricated equipment and pipelines, taking into account advanced technologies of 3D design and modelling. The study examines a 3D spatial model with the elements of equipment connection geometry, the model is related to existing production facilities at the field. Authors perform an analysis and in mathematical terms formulate the problem of optimal spatial arrangement for such models. The paper focuses on typical deviations, occurring in the installation process of constructions and connection facilities, their spatial arrangement is modelled. Possible solutions are offered, as well as an algorithm of their implementation at an operating field.http://pmi.spmi.ru/index.php/pmi/article/view/8386field pipelines3D modellingonshore laser scanningYamalprefabricated construction |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Sergej N. MEN'SHIKOV Anton A. Dzhaljabov Gennady G. Vasiliev Igor A. Leonovich Oleg M. Ermilov |
spellingShingle |
Sergej N. MEN'SHIKOV Anton A. Dzhaljabov Gennady G. Vasiliev Igor A. Leonovich Oleg M. Ermilov Spatial Models Developed Using Laser Scanning at Gas Condensate Fields in the Northern Construction-Climatic Zone Zapiski Gornogo Instituta field pipelines 3D modelling onshore laser scanning Yamal prefabricated construction |
author_facet |
Sergej N. MEN'SHIKOV Anton A. Dzhaljabov Gennady G. Vasiliev Igor A. Leonovich Oleg M. Ermilov |
author_sort |
Sergej N. MEN'SHIKOV |
title |
Spatial Models Developed Using Laser Scanning at Gas Condensate Fields in the Northern Construction-Climatic Zone |
title_short |
Spatial Models Developed Using Laser Scanning at Gas Condensate Fields in the Northern Construction-Climatic Zone |
title_full |
Spatial Models Developed Using Laser Scanning at Gas Condensate Fields in the Northern Construction-Climatic Zone |
title_fullStr |
Spatial Models Developed Using Laser Scanning at Gas Condensate Fields in the Northern Construction-Climatic Zone |
title_full_unstemmed |
Spatial Models Developed Using Laser Scanning at Gas Condensate Fields in the Northern Construction-Climatic Zone |
title_sort |
spatial models developed using laser scanning at gas condensate fields in the northern construction-climatic zone |
publisher |
Saint-Petersburg Mining University |
series |
Zapiski Gornogo Instituta |
issn |
2411-3336 2541-9404 |
publishDate |
2019-08-01 |
description |
Wide exploration and industrial exploitation of hydrocarbon fields in Yamal Peninsula pose in front of construction and mining companies critical problems of efficient construction at constantly evolving fields taking into account climatic and geocryological conditions of their location. Yamal Peninsula is characterized by unstable soils, the mobility of which has a substantial impact on the changes in spatial arrangement of field facilities, not only in the direct process of construction, but also during their scale-up and equipment overhaul. The paper examines implementation of 3D spatial arrangement modelling of industrial facilities into the process of construction and installation works at hydrocarbon fields in the northern construction-climatic zone. The purpose of implementing this method combined with 3D spatial modelling of equipment connections lies in reliability and safety enhancement of the facilities throughout their entire lifespan. Authors analyze statement and solution of the problem associated with alignment and installation of prefabricated equipment and pipelines, taking into account advanced technologies of 3D design and modelling. The study examines a 3D spatial model with the elements of equipment connection geometry, the model is related to existing production facilities at the field. Authors perform an analysis and in mathematical terms formulate the problem of optimal spatial arrangement for such models. The paper focuses on typical deviations, occurring in the installation process of constructions and connection facilities, their spatial arrangement is modelled. Possible solutions are offered, as well as an algorithm of their implementation at an operating field. |
topic |
field pipelines 3D modelling onshore laser scanning Yamal prefabricated construction |
url |
http://pmi.spmi.ru/index.php/pmi/article/view/8386 |
work_keys_str_mv |
AT sergejnmenshikov spatialmodelsdevelopedusinglaserscanningatgascondensatefieldsinthenorthernconstructionclimaticzone AT antonadzhaljabov spatialmodelsdevelopedusinglaserscanningatgascondensatefieldsinthenorthernconstructionclimaticzone AT gennadygvasiliev spatialmodelsdevelopedusinglaserscanningatgascondensatefieldsinthenorthernconstructionclimaticzone AT igoraleonovich spatialmodelsdevelopedusinglaserscanningatgascondensatefieldsinthenorthernconstructionclimaticzone AT olegmermilov spatialmodelsdevelopedusinglaserscanningatgascondensatefieldsinthenorthernconstructionclimaticzone |
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