Add to ORKG© Published under licence by IOP Publishing Ltd.The method of natural thermal convection with heat agent recirculation (NTC HAR) in oil reservoirs is described. The analysis of the effectiveness of this method for oil reservoir heating with the values of water saturation from 0 to 0.5 units is conducted. As the test element Ashalchinskoye oil field is taken. CMG STARS software was used for calculations. Dynamics of cumulative production, recovery factor and specific energy consumption per 1 m3 of crude oil produced in the application of the heat exchanger with heat agent in cases of different initial water saturation are defined and presented as graphs
The analytical review has shown that the scientific inquiry for effective technologies for high-visc...
The effects of injection rate and the temperature of injected (or re-injected) water on reservoir te...
Reactivation of an old oil well can be explicitly calculated to maximize crude oil production. The b...
© Published under licence by IOP Publishing Ltd.The method of natural thermal convection with heat a...
© Published under licence by IOP Publishing Ltd.The prospects of using high-temperature heat for hea...
Copyright 2017, Society of Petroleum Engineers. This article presents the results of experimental mo...
© Research India Publications. Within the terms of considerable depletion and exhaustion of develope...
Relevance. For efficiency of oil field development, Enhanced Oil Recovery (EOR) methods are used. Th...
Thermal enhanced oil recovery techniques have been considered as the best approach to produce heavy ...
This paper presents the concept of harnessing geothermal energy from heavy oil fields that have unde...
The article discusses an alternative method of production high viscosity oil using hydro-jet-pump un...
The object of the research is optimal installation of the heat injection wells for reservoirs heatin...
The object of the research is optimal installation of the heat injection wells for reservoirs heatin...
The oil production in Ukraine is constantly decreasing. In these conditions it is appropriate to use...
Heavy oil contained in naturally fractured reservoirs is becoming an important resource as conventio...
The analytical review has shown that the scientific inquiry for effective technologies for high-visc...
The effects of injection rate and the temperature of injected (or re-injected) water on reservoir te...
Reactivation of an old oil well can be explicitly calculated to maximize crude oil production. The b...
© Published under licence by IOP Publishing Ltd.The method of natural thermal convection with heat a...
© Published under licence by IOP Publishing Ltd.The prospects of using high-temperature heat for hea...
Copyright 2017, Society of Petroleum Engineers. This article presents the results of experimental mo...
© Research India Publications. Within the terms of considerable depletion and exhaustion of develope...
Relevance. For efficiency of oil field development, Enhanced Oil Recovery (EOR) methods are used. Th...
Thermal enhanced oil recovery techniques have been considered as the best approach to produce heavy ...
This paper presents the concept of harnessing geothermal energy from heavy oil fields that have unde...
The article discusses an alternative method of production high viscosity oil using hydro-jet-pump un...
The object of the research is optimal installation of the heat injection wells for reservoirs heatin...
The object of the research is optimal installation of the heat injection wells for reservoirs heatin...
The oil production in Ukraine is constantly decreasing. In these conditions it is appropriate to use...
Heavy oil contained in naturally fractured reservoirs is becoming an important resource as conventio...
The analytical review has shown that the scientific inquiry for effective technologies for high-visc...
The effects of injection rate and the temperature of injected (or re-injected) water on reservoir te...
Reactivation of an old oil well can be explicitly calculated to maximize crude oil production. The b...