Siemens Energy, Inc.

Siemens Westinghouse Power Corporation

Jack Douglas Moore

Damien G Teehan

Brad A Steinebronn

Christopher J Davila-Aponte

A power generation system. The exemplary system shown in FIGS.andincludes a gas turbine (), a gasifier () for generating gaseous fuel and a gas combustor () configured to receive the fuel and power the gas turbine (). A drain collection and separation system () is positioned to collect gaseous fuel entrained in liquid and to separate the gaseous fuel from the liquid so the gaseous fuel can be cycled or disposed of separately from the liquid.

System and method for separation and control of entrained gas mixture

This invention relates to a combustion turbine power plant having a gas turbine. The plant includes a compressor for generating a compressed gas stream, a fuel delivery system for supplying a combustible fuel to the gas turbine, a combustor for receiving the compressed gas stream and fuel and generating a high temperature working gas, a turbine section for receiving the working gas from the combustor and expanding the working gas through the turbine section to produce rotating shaft power, a steam generator for supplying cooling steam to components of either the combustor and/or the turbine to extract heat therefrom and cool the same and, a steam outlet manifold for collecting the cooling steam and selectively directing at least a portion thereof to either, or both, the fuel delivery system to atomize the fuel oil entering said combustor or the turbine to augment the power output of the turbine.

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Chuluota, FL, United States of America

Jack Douglas Moore