Author:
Ovsyannik A V,Kovalchuk P A,Arshukov A I,Klyuchinsky V P
Abstract
Abstract
The schemes of a carbon dioxide trigeneration plant using secondary energy resources in the form of products of combustion or flue gases and a combined cycle gas turbine unit (CCGT) with a recovery boiler, which simultaneously produce electricity, heat and cold for centralized and decentralized supply of consumers, are presented. In addition, the production of liquid and gaseous carbon dioxide is possible. The main elements of the plants are a heating unit, a gas turbine unit with a recovery boiler, a turboexpander unit and a carbon dioxide unit for the production of cold, liquid and gaseous carbon dioxide. A thermodynamic calculation and a brief exergy analysis of the plants were carried out.
Subject
General Physics and Astronomy
Reference6 articles.
1. Research and optimization of the depth of utilization of flue gas heat in surface heat exchangers;Bespalov,2017
2. Two-time intermediate overheating of water vapor in the high temperature zone and in the tail of the three-circuit boiler of the utilizer;Kudinov,2018
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