Sentence examples for reservoir heating from inspiring English sources
This process takes place so rapidly that the reservoir heating occurs mainly due to the vertical expansion of steam zone.
Previous attempts of EM heating have been made on the estimation of reservoir heating capabilities through numerical or analytical modeling.
Reservoir heating is generally inevitable and steam injection is the only effective way to heat heavy-matrix oil in such reservoirs using the steam distributed through fracture network.
A multi-layer, two-dimensional mathematical model of reservoir heating by Radio-Frequency (RF) Electromagnetic (EM) radiation for heavy oil recovery is presented.
Low-frequency electric reservoir heating is also called Ohmic/Joule heating because in this method the electric current passes through the formation and due to power dissipation, heat is produced which in turn heats up the reservoir.
Future experimentation at the site will include deployment of thermally degrading and sorbing tracers and reservoir heating through injection of hot water as an analog of the geothermal energy extraction process.
For practical absorption heat pump (AHP) plants, not all external heat reservoir heat capacities are infinite.
I.e. the Carnot efficiency can be never achieved in single reservoir heat engines.
External heat reservoir heat capacity should be an effect factor in modeling and performance analysis of AHP cycles.
The results show that the steam to oil ratio, energy intensity and CO2 emissions all rise with the increasing crude oil viscosity, but fall with the increase of oil saturation, reservoir temperature, bottom hole steam quality and reservoir heat efficiency.
The most common and simple type of a hydrothermal system is a hydrothermal doublet (two-well system), consisting of a reservoir heat exchanger commonly at a depth of several kilometers (<5 to 6 km depth) exploited by a warm/hot production well, a heat exchanger at the surface for transferring the heat to a secondary circuit and a cold injection well.
