Title:

Expanded Resource Base - The Key to Future Geothermal Development

Authors:

J. E. "Ted" Mock and G. V. Beeland

Geo Location:

United States

Conference:

Stanford Geothermal Workshop

Year:

1994

Session:

Introduction/Sciences

Language:

English

File Size:

344KB

View File:

Abstract:

According to analyses by the Department of Energyís Energy Information Administration (EIA), geothermal electric power capacity could nearly quadruple over the next 20 years, and there is a tremendous potential for growth in the direct uses of geothermal energy. However, for a high rate of development to occur in either of these applications, the identified resource base must be expanded. To this end, the Department is supporting R&D efforts to 1) share with industry the costs and risks of evaluating promising new resource prospects with power potential; 2) reduce tke costs of exploration to enhance industryís cost-competitive posture; and 3) assess the location and characteristics of lowtemperature resources. This paper describes DOEís new cost-shared industry-coupled exploratory drilling program to be initiated with a solicitation by the Idaho National Engineering Laboratory, field manager of DOEís reservoir technology activities. Proposals will be requested for drilling either core holes or full-size wells on prospects from which some information had already been gathered, such as surface geophysics or shallow heat flow. The paper also discusses the status of the project designed to demonstrate whether a geothermal reservoir can be identified and adequately evaluated to meet investment requirements with slimholes rather than the much more costly production-size wells. Results to date of testing at the Far West 24 W e plant site at Steam Boat Hills, Nevada, are reported, and plans for related technology development to make slimhole exploration accessible even to small developers are described. In addition, the paper describes the components of a Low-Temperature Assessment Program and its objectives and identifies the state resource assessment teams. It is concluded that the successful execution of each of these projects will help to ensure a secure future for geothermal energy in this country, thus enhancing the environment wherever geothermal energy substitutes for the combustion of fossil fuels.


ec2-3-134-104-173.us-east-2.compute.amazonaws.com, you have accessed 0 records today.

Press the Back button in your browser, or search again.

Copyright 1994, Stanford Geothermal Program: Readers who download papers from this site should honor the copyright of the original authors and may not copy or distribute the work further without the permission of the original publisher.


Attend the nwxt Stanford Geothermal Workshop, click here for details.

Accessed by: ec2-3-134-104-173.us-east-2.compute.amazonaws.com (3.134.104.173)
Accessed: Tuesday 16th of April 2024 05:10:15 AM