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Paper Information

Title: 

MATHEMATICAL ANALYSIS OF ENERGY RECOVERY POLICY AT POWER GENERATION FACILITIES BASED ON SOCIAL AND ENVIRONMENTAL COSTS

Type: PAPER
Author(s): ARDEHALI M.M.,ADHAM A.
 
 
 
Name of Seminar: INTERNATIONAL POWER SYSTEM CONFRENCE
Type of Seminar:  CONFERENCE
Sponsor:  SHERKATE TAVANIR
Date:  2004Volume 19
 
 
Abstract: 

THE SOCIETY SUCCESS FOR ACHIEVING A SUSTAINABLE DEVELOPMENT CAN BE ACCOMPLISHED THROUGH ACCESS TO ABUNDANT AND AVAILABLE ENERGY RESOURCES FOR FULFILLMENT OF THE CURRENT AND FUTURE NEEDS. FOR THIS PURPOSE, GOVERNMENTS ESTABLISH ENERGY SECTOR POLICIES THAT ARE BASED ON ENTROPY ECONOMICS AND SIMULTANEOUSLY ACCOUNT FOR SOCIAL CONDITIONS, ECONOMIC VARIABLES, AND TECHNICAL ASPECTS. THE QUANTIFICATION OF THE ESTABLISHED POLICIES CAN BE MADE POSSIBLE THROUGH MATHEMATICAL MODELING AND SOLUTION OF RELATED EQUATIONS. BECAUSE ELECTRICITY IS A HIGHLY EFFICIENT RESOURCE AT THE END-USE, THE ENERGY RECOVERY POLICIES CAN ONLY BE APPLIED AT THE SUPPLY LEVEL, I.E., POWER GENERATION FACILITIES. IN THIS STUDY, A MATHEMATICAL MODEL IS DEVELOPED TO ESTABLISH THE ENERGY RECOVERY POLICIES AT POWER GENERATION FACILITIES AND ANALYZED WITH CONSIDERATIONS FOR THE NOTED CONSTRAINTS. THE RESULTING RELATIONS DESCRIBE HOW ENERGY RECOVERY IS AFFECTED BY VARIOUS MODELING PARAMETERS. THE RESULTS SHOW THAT ENERGY RECOVERY RATE IS A FUNCTION OF TOTAL ENERGY CONSUMPTION, TOTAL WASTED ENERGY, UNRECOVERABLE WASTED ENERGY, AND RECOVERED ENERGY.

 
Keyword(s): ENERGY RECOVERY, POWER GENERATION, MATHEMATICAL ANALYSIS, ENVIRONMENTAL COSTS, MINIMIZATION
 
 
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