A short review of the work performed by Sandia Laboratories in connection with its Magma Energy Research Project is provided. Results to date suggest that boreholes will remain stable down to magma depths and engineering materials can survive the downhole environments. Energy extraction rates are encouraging. Geophysical sensing systems and interpretation methods require improvement, however, to clearly define a buried magma source.U.S. Department of EnergyDOE Contract Number: EY-76-C-04-078
Research and development in advanced technologies for geothermal energy production continue to incre...
This paper deals with the use of geothermal resources for production of utility-scale electricity, ...
This paper deals with the use of geothermal resources for production of utility-scale electricity, d...
A short review of the work performed by Sandia Laboratories in connection with its Magma Energy Rese...
"This report was presented at the Circum-Pacific Energy and Mineral Resources Conference at Honolulu...
"SAND 81-0100. Unlimited Release. UC-66." Includes bibliographical references (p. 93-96).The object...
Report Numbers: SAND-87-2560C; CONF-880103-3; OSTI ID: 5453369; Legacy ID: DE88002413, ON: DE8800241...
The rate at which energy can be extracted from crustal magma bodies has an important influence on th...
Up to 500,000 Quads of thermal energy are believed to be contained in crustal magma bodies within th...
Extensive quantities of high-quality energy are estimated to be available from molten magma bodies e...
Thermal energy contained in magmatic systems represents a huge potential resource. In the US, useful...
Report Number: SAND-80-1671; OSTI ID: 5139708A comparative assessment of five sites is being prepare...
Report Numbers: SAND-78-0443C; CONF-780708-1; OSTI ID: 6700728The scientific feasibility of extracti...
The U.S. Department of Energy is currently engaged in a program to demonstrate the engineering feasi...
Report Numbers: CONF-740209--1; LA-UR--73-1695; OSTI ID: 4322219S>Some recent results from the Los A...
Research and development in advanced technologies for geothermal energy production continue to incre...
This paper deals with the use of geothermal resources for production of utility-scale electricity, ...
This paper deals with the use of geothermal resources for production of utility-scale electricity, d...
A short review of the work performed by Sandia Laboratories in connection with its Magma Energy Rese...
"This report was presented at the Circum-Pacific Energy and Mineral Resources Conference at Honolulu...
"SAND 81-0100. Unlimited Release. UC-66." Includes bibliographical references (p. 93-96).The object...
Report Numbers: SAND-87-2560C; CONF-880103-3; OSTI ID: 5453369; Legacy ID: DE88002413, ON: DE8800241...
The rate at which energy can be extracted from crustal magma bodies has an important influence on th...
Up to 500,000 Quads of thermal energy are believed to be contained in crustal magma bodies within th...
Extensive quantities of high-quality energy are estimated to be available from molten magma bodies e...
Thermal energy contained in magmatic systems represents a huge potential resource. In the US, useful...
Report Number: SAND-80-1671; OSTI ID: 5139708A comparative assessment of five sites is being prepare...
Report Numbers: SAND-78-0443C; CONF-780708-1; OSTI ID: 6700728The scientific feasibility of extracti...
The U.S. Department of Energy is currently engaged in a program to demonstrate the engineering feasi...
Report Numbers: CONF-740209--1; LA-UR--73-1695; OSTI ID: 4322219S>Some recent results from the Los A...
Research and development in advanced technologies for geothermal energy production continue to incre...
This paper deals with the use of geothermal resources for production of utility-scale electricity, ...
This paper deals with the use of geothermal resources for production of utility-scale electricity, d...