The Study of Thermal Regime in Oil Tank during the Winter Season

Tyumen State University Herald. Physical and Mathematical Modeling. Oil, Gas, Energy


Release:

2016, Vol. 2. №1

Title: 
The Study of Thermal Regime in Oil Tank during the Winter Season


About the authors:

Ulyana Yu. Shastunova, Senior Lecturer, Department of Mechanic Multiphase Systems, University of Tyumen; u.y.shastunova@utmn.ru

Darya A. Dmitrievskaya, Student, Institute of Physics and Technology, Tyumen State University; darya.dmitrievskaya@mail.ru

Abstract:

The article presents the results of the study of the thermal regime in the tank with hot oil in winter. The schema of the experimental setup and the results of measurements of oil temperature and the temperature in the gas space inside the tank are demonstrated, and the heat exchange schema of the tank with the environment and the system of differential equations describing the heat transfer from the hot coolant to the environment through the filler structure of the tank are provided. A program for numerical simulation of the tank heat exchange with the environment was created. It is noted that the experimental results are in satisfactory agreement with the results obtained by the means of numerical calculations.

References:

  1. Bakhmat G. V., Kislitsyn A. A., Shastunova U. Yu. 2011. “Teplovoi rezhim gidravlicheskikh ispytanii rezervuara vertikalnogo stalnogo obyemom 20 000 m3” [Thermal Conditions of Hydraulic Test of the Vertical Steel Tank of 20,000 m3 Capacity]. Tyumen State University Herald, no 7, pp. 64-72.
  2. Gavrilyev R. I. 1984. “Obobshchenie vzaimosvyazi teplovykh i fizicheskikh svoistv razlichnykh tipov gruntov i torfyanikov” [Generalization of Relationships of Thermal and Physical Properties of Different Types of Soils and Peatlands]. In: Merzlye grunty pri inzhenernykh vozdeistviyakh, pp. 14-28. Novosibirsk: Nauka.
  3. Kislitsyn A. A. 2002. Osnovy teplofiziki [Fundamentals of Thermal Physics]. Tyumen: Tyumen State University Publishing House.
  4. Musakaev N. G., Gorelik Ya. B., Romanyuk S. N. 2013. “Analiticheskoe reshenie zadachi teplovogo vozdeystviya fakela na mnogoletnemerzlye porody” [Analytical Solution of the Problem of the Thermal Plume Impacts on Permafrost]. Higher Educational Institutions News. Oil and Gas, no 5, pp. 124-128.
  5. Samarskiy A. A. 1971. “Vvedenie v teoriyu raznostnykh skhem” [Introduction to the Theory of Difference Schemes]. Moscow: Nauka.
  6. Tugunov P. I. 2002. Tipovye raschety pri proektirovanii i ekspluatatsii neftebaz i nefteprovodov [Model Calculations for the Design and Operation of Tank Farms and Pipelines]. Ufa: Dizain-Poligraf Servis.
  7. Shastunova U. Yu., Yanbikova Yu. F. 2015. “Raschet sistemy okhlazhdeniya merzlogo grunta pod rezervuarom s mazutom” [Calculation of the Cooling System of the Frozen Soil under the Tank with Fuel Oil]. In: Proceedings of the International Research Conference “Dostizheniya i problemy sovremennoy nauki”, pp. 48-54.
  8. Shastunova U. Yu., Berlyakov M. V., Dimitriev A. S., Esenbaev T. E., Kichikov D. V., Kurakh A. V., Potochnyak I. R., Samsonov N. I., Tyulkov A. T., Yanbikova Yu. F. 2016. Teploprovodnost. Konvektsiya. Izluchenie. Metodicheskie ukazaniya po resheniyu zadach [Thermal Conductivity. Convection. Radiation. Guidelines for Problem Solving]. Tyumen: Tyumen State University Publishing.
  9. Kolunin V. S., Kolunin A. V. 2006. “Heat and Mass Transfer In Saturated Porous Media with Ice Inclusions.” International Journal of Heat and Mass Transfer, vol. 49, pp. 2514-2522. DOI: 10.1016/j.ijheatmasstransfer.2005.12.017