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Keywords: pipeline
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Journal Articles
OIJ 2022 (09): 121–125.
Paper Number: OIJ-2022-09-121-125-RU
Published: 01 September 2022
...E. F. Denisov; M. Z. Yamilev; E. A. Tigulev; V. V. Pshenin Identification of underground services during excavation is an important task, while today determining the location of such objects is difficult because of wide use of non-metallic pipes and communications. In the field of pipeline...
Journal Articles
OIJ 2022 (08): 90–93.
Paper Number: OIJ-2022-08-090-093-RU
Published: 01 August 2022
...R. N. Akhmetov; I. E. Yunusov Traditionally, linear surface infrastructure facilities of hydrocarbon fields include roads, power transmission lines, as well as infield and external pipelines with various intended uses. Considering that there are next to none “easy” reserves left in regions...
Journal Articles
OIJ 2022 (07): 52–54.
Paper Number: OIJ-2022-07-052-054-RU
Published: 01 July 2022
... material, has limited applications confined to moderate operating conditions. Severe conditions associated with protection of offshore structures, saline soils-buried pipelines, and the interior of oilfield tanks and vessels require anode materials exhibiting better resistance in chloride-containing...
Journal Articles
OIJ 2022 (07): 131–135.
Paper Number: OIJ-2022-07-131-135-RU
Published: 01 July 2022
...V. V. Zholobov; V. Yu. Moretskiy; R. F. Talipov To provide main pipeline safe operation in course of transportation of oils with non-Newtonian rheology, a possibility to start temporarily shutdown pipelines shall be ensured. In this regard, a problem of predictive evaluation of congealed oil...
Journal Articles
OIJ 2022 (07): 140–144.
Paper Number: OIJ-2022-07-140-144-RU
Published: 01 July 2022
.... Based on the Heat Analogy model, the authors consider the process of paraffin formation in a linear oil pipeline. For one of the sections of this pipeline, the relative thermal resistances of each element of its section are determined at different thicknesses and thermal conductivity of organic deposits...
Journal Articles
OIJ 2022 (06): 52–57.
Paper Number: OIJ-2022-06-052-057-RU
Published: 01 June 2022
...E. A. Shafikova; N. G. Belenkova; E. M. Arslanova; K. A. Khramtsova; S. A. Shamov; R. I. Valiakhmetov The pipeline transportation of naphthene-base crude from the Russkoye field is complicated by the abnormally high viscosity and density of wellstream. For this oil gathering and trouble-free inter...
Journal Articles
OIJ 2022 (05): 108–112.
Paper Number: OIJ-2022-05-108-112-RU
Published: 01 May 2022
...D. A. Neganov; V. M. Varshitsky; A. A. Belkin; E. N. Figarov To ensure the safe operation of main oil pipelines, their periodic diagnostics by in-line inspection tool is carried out with the identification of a full range of various defects, determining their sizes, performing calculations...
Journal Articles
OIJ 2022 (04): 78–82.
Paper Number: OIJ-2022-04-078-082-RU
Published: 01 April 2022
...A. A. Ignatik To ensure reliability of the main pipeline during operation it is necessary assessing the strength of the pipeline that is subjected by a complex of loads. The stress-strain state monitoring of the pipeline contributes to the solution of this problem since the values of stresses...
Journal Articles
OIJ 2022 (04): 83–85.
Paper Number: OIJ-2022-04-083-085-RU
Published: 01 April 2022
... acoustic shock waves - the electro-hydraulic effect. Despite the obvious energy benefits, this method has not found wide use due to a number of limitations. The article discusses the technology of the destruction of SSD and ARPD in an open pipeline of any configuration and length with the help of electro...
Journal Articles
OIJ 2022 (04): 86–89.
Paper Number: OIJ-2022-04-086-089-RU
Published: 01 April 2022
...I. V. Buyanov; O. V. Aralov; A. M. Korolionok; E. I. Iordansky; N. V. Berezhansky By its composition, the oil transported via main pipelines has heterogeneous composition including water, chlorides and mechanical impurities. To provide reliable taking of crude oil mass into account, home oil...
Journal Articles
OIJ 2022 (04): 100–104.
Paper Number: OIJ-2022-04-100-104-RU
Published: 01 April 2022
...U. S. Poverenniy; A. A. Kiktev; A. D. Dubrov; D. A. Zelenin; D. Yu. Shestakov; A. A. Popov; A. A. Poverennaya; E. V. Shestakova; A. V. Kolesnikov; A. A. Greb The article presents examples of the installation of overground crossings of oil and gas pipelines through water barriers using steels C345...
Journal Articles
OIJ 2022 (02): 115–117.
Paper Number: OIJ-2022-02-115-117-RU
Published: 01 February 2022
...-армированных труб с сетчатым каркасом. pipe experimental study doi stress-strain state strength rosneft russ numerical model mesh frame rtp analytical method ru document 554503317 pipeline cntd ultimate strength thermoplastic pipe 622.692.4-08 © 2022 Analysis of methods...
Journal Articles
OIJ 2022 (02): 102–105.
Paper Number: OIJ-2022-02-102-105-RU
Published: 01 February 2022
...V. V. Savelev; A. S. Avdeev; A. N. Ivanov; A. V. Bovt; A. I. Mikhailov The paper covers the study results of corrosion activity within the process and subsea pipelines, equipment for gathering, transport and treatment of oil-gas-fluid mixture and associated gas at Vietsovpetro offshore facilities...
Journal Articles
OIJ 2022 (02): 106–110.
Paper Number: OIJ-2022-02-106-110-RU
Published: 01 February 2022
...M. Z. Yamilev; V. V. Pshenin; D. S. Matveev; D. S. Podlesniy; T. I. Bezimyannikov To ensure the safety of crossings under roads and railways, pipelines are equipped with protective tubes. In this case, the choice of casing parameters of the protective tube is made because of the requirements...
Journal Articles
OIJ 2021 (12): 136–139.
Paper Number: OIJ-2021-12-136-139-RU
Published: 01 December 2021
... the throughput of oil pipelines using anti-turbulent additives is by far the most economical and effective way. However, the use of modern models, dependencies and research results to determine pressure losses in oil pipelines when using anti-turbulent additives at real facilities lead to significant deviations...
Journal Articles
OIJ 2021 (10): 112–115.
Paper Number: OIJ-2021-10-112-115-RU
Published: 01 October 2021
...T. A. Zubairov; P. V. Vinogradov; R. I. Valiakhmetov; A. V. Alferov A significant item of operating costs of an oil production enterprise is the consumption of electricity to ensure the pumping of products through the field pipelines. To assess the efficiency of electricity use it is necessary...
Journal Articles
OIJ 2021 (09): 122–128.
Paper Number: OIJ-2021-09-122-128-RU
Published: 01 September 2021
...P. V. Pugacheva; R. Yu. Shestakov; A. E. Gonchar The algorithm of actions in case of the threat or in the event of an accident related to oil and petroleum product spills at pipeline transportation facilities is presented in the relevant Oil and Petroleum Product Spill Prevention and Response Plans...
Journal Articles
OIJ 2021 (09): 112–115.
Paper Number: OIJ-2021-09-112-115-RU
Published: 01 September 2021
...O. Yu. Elagina; A. K. Prygaev; K. V. Nakonechnaya The work is devoted to corrosion-mechanical testing of steels used for field pipelines operating under the conditions of the combined action of a corrosive environment and abrasive wear. The article presents the results of comparative tests...
Journal Articles
OIJ 2021 (08): 106–109.
Paper Number: OIJ-2021-08-106-109-RU
Published: 01 August 2021
...V. M. Varshitskii; O. A. Kozyrev During the operation of main pipelines, in the event of a violation of their anti-corrosion coating and electrochemical protection, corrosion defects of the pipe surface may occur, which significantly reduce the bearing capacity of the pipeline. At present...
Journal Articles
OIJ 2021 (07): 138–144.
Paper Number: OIJ-2021-07-138-144-RU
Published: 01 July 2021
... нормативной документацией, в зависимости от уровня доступных данных о сварном соединении. moscow pipeline materialov transl university midstream oil & gas strength metal structure russ weld metal welding force criterion zorin operability transneft geller yu steel impact strength...

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