Economic Decision Making Model for Geothermal Sludge Disposal alternatives (EDM-GSD): Version 1. 0
The Economic Decision Making Model for Geothermal Sludge Disposal Alternatives-Version 1.0'' (EDM-GSD 1.0) is a microcomputer-based dynamic model developed to assist in determining the benefits and costs of various geothermal solid waste treatment procedures. It is intended for use by geothermal managers in dealing with geothermal waste and treatment process issues as a means to assist in overcoming the technical and economic barriers to expanded geothermal energy utilization. The model is based on a 50MW flash plant. However, it is designed to provide the user with sufficient flexibility when inputing data to analyze all types of geothermal plants. Default values for economic and technical parameters can be overridden by the user through the input of specific data. In addition, data can be changed for any year of an analysis to account for desired changes in input parameters such as costs and distance to disposal sites. The results of the model will allow the user to: Determine current geothermal plant disposal costs; Evaluate the cost-effectiveness of alternative treatment techniques; and Evaluate the economic effects of changes in disposal regulations.
Year of publication: |
2007-05-14
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Subject: | geothermal energy | GEOTHERMAL POWER PLANTS | WASTE DISPOSAL | ECONOMIC ANALYSIS | ALGORITHMS | COST | DECISION MAKING | SLUDGES | COMPUTER CODES | MANAGEMENT | MATHEMATICAL LOGIC | POWER PLANTS | THERMAL POWER PLANTS | WASTE MANAGEMENT |
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