Kondratiev V.G.,TransEGEM OOO |
Perekupka A.G.,Giprotyumenneftegas OAO |
Primakov S.S.,Giprotyumenneftegas OAO |
Petrova A.S.,Giprotyumenneftegas OAO
Neftyanoe Khozyaistvo - Oil Industry | Year: 2012
The heat exchange between the atmosphere and the earth surface has a significant effect on the temperature distribution in the soil. The conditions variation on the ground surface leads to change of thermal regime and permafrost soil thickness. The calculations taking Into account the key factors of the temperature regime forming allows to predict the temperature distribution in the soil. Thereby it is getting possible to correctly regulate the thermalphysic situation in the soil by the measures of heat exchange variation on the earth surface.
Chernyshov S.V.,Giprotyumenneftegas OAO |
Fakhretdinov I.Z.,Giprotyumenneftegas OAO |
Tarasov M.Yu.,Giprotyumenneftegas OAO |
Ivanov S.S.,Giprotyumenneftegas OAO
Neftyanoe Khozyaistvo - Oil Industry | Year: 2014
This article describes the experience of Giprotyumenneftegaz in HYSYS mathematical modeling of the collection, treatment and transportation of oil and gas, as well as the further development of simulation. It describes the problems encountered in modeling of the composition of the raw material input to the preparation of oil facilities-the definition of gas oil factor used in the calculation of material balances oil separation plants. The authors suggest possible solutions for these problems and select the most appropriate.