Data from injection experiments in the southeast Geysers are presented that show strong interference (both negative and positive) with a neighboring production well. Conceptual and numerical models are developed that explain the negative interference (decline of production rate) in terms of heat transfer limitations and water-vapor relative permeability effects. Recovery and overrecovery following injection shut-in are attributed to boiling of injected fluid, with heat of vaporization provided by the reservoir rocks
Reinjection experiments in the strongly fluid-depleted reservoir of Larderello have revealed the pos...
Steam production data from wells surrounding Unit 13 injection well CA 956A-1 and Unit 16 injection ...
Most recent interest in the injection of cold water into a geothermal reservoir has been related to ...
A managed injection program implemented by the NCPA in The Southeast Geysers reservoir continues to ...
Water injection into vapor-dominated reservoirs is a means of condensate disposal, as well as a rese...
A managed injection program implemented by the NCPA in The Southeast Geysers reservoir continues to ...
A three component model study of the historical injection of two wells in the Unit 13 area demonstra...
A three component model study of the historical injection of two wells in the Unit 13 area demonstra...
Water injection has been recognized as a powerful technique for enhancing energy recovery from vapo...
Vapor-dominated geothermal reservoirs such as Larderello, Italy, and The Geysers, California, are fu...
Water injection has been recognized as a powerful techniquefor enhancing energy recovery from vapor-...
A program was designed to allow the study of the effects of several parameters on the injection of w...
The effects of an adsorbing phase on the injection of liquid and eventual production of vapor from a...
Geothermal Program activities at the INEEL include a review of the transient and pseudosteady state ...
We present the results of coupled thermal, hydraulic, and mechanical (THM) modeling of a proposed st...
Reinjection experiments in the strongly fluid-depleted reservoir of Larderello have revealed the pos...
Steam production data from wells surrounding Unit 13 injection well CA 956A-1 and Unit 16 injection ...
Most recent interest in the injection of cold water into a geothermal reservoir has been related to ...
A managed injection program implemented by the NCPA in The Southeast Geysers reservoir continues to ...
Water injection into vapor-dominated reservoirs is a means of condensate disposal, as well as a rese...
A managed injection program implemented by the NCPA in The Southeast Geysers reservoir continues to ...
A three component model study of the historical injection of two wells in the Unit 13 area demonstra...
A three component model study of the historical injection of two wells in the Unit 13 area demonstra...
Water injection has been recognized as a powerful technique for enhancing energy recovery from vapo...
Vapor-dominated geothermal reservoirs such as Larderello, Italy, and The Geysers, California, are fu...
Water injection has been recognized as a powerful techniquefor enhancing energy recovery from vapor-...
A program was designed to allow the study of the effects of several parameters on the injection of w...
The effects of an adsorbing phase on the injection of liquid and eventual production of vapor from a...
Geothermal Program activities at the INEEL include a review of the transient and pseudosteady state ...
We present the results of coupled thermal, hydraulic, and mechanical (THM) modeling of a proposed st...
Reinjection experiments in the strongly fluid-depleted reservoir of Larderello have revealed the pos...
Steam production data from wells surrounding Unit 13 injection well CA 956A-1 and Unit 16 injection ...
Most recent interest in the injection of cold water into a geothermal reservoir has been related to ...