Title :
Integrated Plasma Coal Gasification Power Plant
Author :
Matveev, Igor B. ; Washcilenko, Nikolay Vitalievich ; Serbin, Serhiy Ivanovich ; Goncharova, Nataliia A.
Author_Institution :
Appl. Plasma Technol., LLC, McLean, VA, USA
Abstract :
This paper presents the results of modeled investigations of a developed flow diagram for a small scale (3-4 MW) combined cycle power plant with integrated plasma coal gasification. This includes a highly efficient heat recovery module, a multistaged plasma gasifier, and a gas turbine engine. Total efficiency of the coal conversion into electric power using direct-flow gasification and plasma process initiation could be in the range of 25%-36%, and is primarily dependent on gas turbine performance and the gasification method selected.
Keywords :
coal gasification; combined cycle power stations; gas turbines; coal conversion; combined cycle power plant; developed flow diagram; direct-flow gasification; gas turbine engine; gas turbine performance; heat recovery module; integrated plasma coal gasification power plant; multistaged plasma gasifier; plasma process initiation; Coal; Plasma temperature; Power demand; Production; Turbines; Gas turbine engine; high ash coal; plasma coal gasification; synthesis gas;
Journal_Title :
Plasma Science, IEEE Transactions on
DOI :
10.1109/TPS.2013.2289908