Recently developed pressure-temperature-spinner (PTS) tools are used to collect reliable downhole measurements in geothermal systems, such as at The Geysers. PTS surveys in several flowing Geysers steam wells were used to quantify steam entry location and magnitude, wellbore heat loss, pressure drop due to friction, thermodynamic properties of the steam, and maximum rock temperature. Interwell cross flow/interference was identified in one well. Finally, a single-phase saturated steam wellbore model used to compare calculated to measured downhole values, was found to adequately predict the flowing pressure versus depth curves in vapor filled holes
into regional structure in this complex and chaotic area. Regional studies of this type, however, ar...
There is a large quantity of natural steam discharged from fumaroles or drill-holes in geothermal ar...
In this paper we develop and demonstrate a me-thod to estimate the reservoir pressure and a producti...
A new downhole sampling tool has been built for use in steam wells at The Geysers geothermal reservo...
This paper presents results from a flowing pressure-temperature-spinner log run in a well drilled by...
The development and use of a high temperature (300/sup 0/C) downhole flowmeter for geothermal well l...
This paper discusses the development and use of a high temperature (300{degrees}C) downhole flowmete...
An extensive study of the Thermal Shallow Reservoir at The Geysers was performed in 1982 to improve ...
The Geysers geothermal field covers an area of more than 35,000 acres and represents one of the most...
Five new gas geothermometers are introduced. They are useful for predicting subsurface temperatures ...
The compositions of steam from the vapor-dominated geothermal systems of Larderello, Italy and The G...
Certain wells within The Geysers steam field have standing water columns either when first drilled o...
The goal of this project is to measure pressure drop in gathering pipelines in a geothermal power pl...
Study 1 : Drilling complexity has been increasing over the years. With deeper targets, the oil and g...
Hot water geothermal fields discharge steam-water mixtures, which have proved difficult to measure c...
into regional structure in this complex and chaotic area. Regional studies of this type, however, ar...
There is a large quantity of natural steam discharged from fumaroles or drill-holes in geothermal ar...
In this paper we develop and demonstrate a me-thod to estimate the reservoir pressure and a producti...
A new downhole sampling tool has been built for use in steam wells at The Geysers geothermal reservo...
This paper presents results from a flowing pressure-temperature-spinner log run in a well drilled by...
The development and use of a high temperature (300/sup 0/C) downhole flowmeter for geothermal well l...
This paper discusses the development and use of a high temperature (300{degrees}C) downhole flowmete...
An extensive study of the Thermal Shallow Reservoir at The Geysers was performed in 1982 to improve ...
The Geysers geothermal field covers an area of more than 35,000 acres and represents one of the most...
Five new gas geothermometers are introduced. They are useful for predicting subsurface temperatures ...
The compositions of steam from the vapor-dominated geothermal systems of Larderello, Italy and The G...
Certain wells within The Geysers steam field have standing water columns either when first drilled o...
The goal of this project is to measure pressure drop in gathering pipelines in a geothermal power pl...
Study 1 : Drilling complexity has been increasing over the years. With deeper targets, the oil and g...
Hot water geothermal fields discharge steam-water mixtures, which have proved difficult to measure c...
into regional structure in this complex and chaotic area. Regional studies of this type, however, ar...
There is a large quantity of natural steam discharged from fumaroles or drill-holes in geothermal ar...
In this paper we develop and demonstrate a me-thod to estimate the reservoir pressure and a producti...