The aboveground oil pipeline temperature regimes calculation
Authors:
About authors
- post-graduate student Saint Petersburg State Mining Institute (Technical University)
Abstract
The theoretical and experimental investigations of the highviscosity oil transportation temperature regimes to improve the pipeline efficiency are caused by the insufficient knowledge of its heat transfer process. The dependencies for the hydraulic resistance coefficient and the dimensionless heat transfer coefficient of Nusselt are proposed.
Область исследования:
(Archived) Development of oil and gas deposits
Keywords:
aboveground oil pipeline
hydraulic resistance coefficient
oil pipeline temperature regime
laminar flow
heat transfer coefficient
References
- Gubin V.E The pipeline transportation of crude oil and petroleum products / V.E.Gubin, V.V.Gubin. Mmoscow: Nedra, 1982. 296 p.
- Korshak A.A. Transfer special methods. Ufa: DesignPoligrafService, 2001. 164 p.
- Reiner M. Deformation and flow. Introduction to rheology. Moscow: Gosoptekhizdat, 1963. 382 p.
- Reiner M. Rheology. Moscow: Nauka, 1965. 224 p.
- Trapeznikov S.Y. The non-Newtonian oil rheological curves investigation // severgeoekoteh – 2009: Proceedings of the conference. USTU. Ukhta, 2009. P.4. P.197-200.
- Trapeznikov S.Y., Kolonskikh A.V. Non-Newtonian fluids: the rheological curves investigation of the northern field oil / S.Y.Trapeznikov, A.V.Kolonskikh // Problems of development and exploitation of high viscous oil and bitumen. USTU. Ukhta, 2009. P.197-202.
- Chernikin V.I. Viscous and solidifying oil pumping. Moscow: Gosoptekhizdat, 1958. 164 p.
Similar articles
Engineering-geological characteristics quaternary-neogene deposits coal fields Кuzbass for surface mining
2011 I. V. Kuznetsova
Experimental and theoretical studies and justification of geotechnology of stock pile formation from pelletized gold-bearing ores in order to enhance its filtration properties
2011 S. B. Tataurov
Distribution of groups of trace elements elements by types metasomatic rocks and ores in the Elov nickel deposit
2011 O. P. Mezentseva, I. V. Talovina