Development of a thermal power plant based on gas turbines for combined generation of heat and electricity by burning associated petroleum gas

In the final qualification work , technical solutions are developed for the combined generation of heat and electricity by burning associated petroleum gas from the Usinskoye field.The installed electric capacity of the GTU-CHPP is generated by gas turbine units and is 125 MW. The selection of the main and auxiliary equipment was made, the design calculation of the waste heat boiler was carried out, as well as the regulation of heat supply.

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INTRODUCTION

1 LITERATURE REVIEW

1.1 General information about associated petroleum gas

1.2 Production and use of associated gas

1.3 APG utilization methods

1.3.1 Use of gas for technological needs

1.3.2 Use of gas to generate electricity

1.3.3 APG processing at gas processing plants

1.3.4 Use of gas in the skyling process

2 Justification and initial data for the development of an associated gas utilization system for the Usinskoye field

2.1 Fuel characteristics

2.2 Climatic characteristics of the construction area

2.3 Thermal and electrical loads

3 DEVELOPMENT OF THE SCHEMATIC DIAGRAM OF THE GTU-CHPP. SELECTION OF GAS TURBINES

3.1 Schematic diagram of GTU-CHP

3.2 Selection of gas turbines

4 CALCULATION AND SELECTION OF THE MAIN AND AUXILIARY EQUIPMENT OF THE GTU-CHPP FOR APG UTILIZATION

4.1 Determination of thermophysical characteristics of exhaust gases of gas turbines

4.2 Regulation of thermal power

4.3 Selection and design of the waste heat boiler

4.4 Selection of circulating thermal oil pump

5 FEASIBILITY STUDY OF THE EVENT

CONCLUSION

Bibliography