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Georgia Cogeneration of Heat and Power Generation Methods of Examination of Modern High-efficiency Energodanadgarebis Base

By McHedlidze, K.

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Book Id: WPLBN0003842183
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Reproduction Date: 2015

Title: Georgia Cogeneration of Heat and Power Generation Methods of Examination of Modern High-efficiency Energodanadgarebis Base  
Author: McHedlidze, K.
Language: Georgian
Subject: Georgian, Power Generation, Engineering & Allied Operations
Collections: National Library of Georgia
Publication Date:
Publisher: Library of Georgia


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Mchedlidze, K. (2013). Georgia Cogeneration of Heat and Power Generation Methods of Examination of Modern High-efficiency Energodanadgarebis Base. Retrieved from

Table of Contents
TOC: Introduction; Chapter I. Review of the Literature; 1.1. Cogeneration - Effective Method of Energy Conservation and Its Role in the Development of the Power System; 1.2. World Energy Use in Gas Turbine Units and Scale; 1.3 Comparative Analysis of Methods For Determining the Efficacy Cogeneration; Chapter Ii. Ortklturbinuli Cogeneration; 2.1. thermodynamic Analysis of Energy Efficiency Ortklturbinuli Tetsebis; 2.2. the Calculation of Fuel Energy System, Due To the Turbines Equipped Orregulirebadartmeviani Tetsebis Operation; 2.3. Ortklturbinuli Cogeneration Stations Examination Proportional Method; 2.4. Kes-Use Efficiency in the Turbine Cogeneration; Chapter Iii. Cogeneration Is the Use of internal Combustion Engines and Gas Turbine Plants; 3.1. the General Characterization and Comparative Analysis of the Energy Efficiency of Different Types of Tetsebis; 3.2. Gardabani Cogeneration Power Station of the Transformation of Technical and Economic indices of Airturinuli; 3.2.1. the Net Present Value of the Account; 3.3. Cogeneration Systems in Complex Schemes Use Efficiency Gas Turbine Plants; 3.4. St. A Typical Gas Turbine Boiler At the Base of the Creation of the Technical and Economic Aspects Tetsis; 3.4.1 District Heating Scheme of Gas Turbine Tetsis Work Mode; 3.4.2. Fuel; 3.4.3. the Composition and Characteristics of the Device; 3.4.4. Ms6001B Modular Type of Energy Facility; 3.4.5. Network Water Airshemtbobi (Ktsash); 3.5. Cogeneration Is the Use of Waste Heat From the Diesel Equipment; 3.5.1. Diesel Ways and Possibilities To Work in the Heat of Use; 3.5.2. the Impact of the Use of the Heat Efficiency of the Equipment Work; 3.5.3. Heat-Use Work Equipment Circuits and Elements; 3.5.4. А-41 Diesel Waste Heat Utilization of Capacity Calculation; Chapter Iv. Cogeneration Units; 4.1. Brief Description of the Combined Equipment; 4.2. Utilizatoriani Boiler thermal Units Tetsis Principal Scheme and Key Performance indicators; 4.3. Environmental Aspects of the Functioning of the Gas Turbine and Tetsebis Units; Conclusion; the References Should Be.


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