(57) ABSTRACT A gas turbine driven powerplant in which a mixture of steam and a
combustible effluent, such as methane, is reformed or partially oxidized to produce a …

A gas turbine driven powerplant having one or more com pressors for producing a down
stream air flow, a heat exchanger positioned down stream of the compressors fol lowed by a …

In a reheat gas turbine engine for power generation, fuel is burnt with compressed air from a
compressor in a first or primary combustor, the combustion products are passed through a …

A gas turbine power generating system comprising, in the preferred embodiment, three gas
turbine engines in series-connected flow communication employing high pressure hydrogen …

BACKGROUND 0002 High liquid or gaseous fossil fuel prices and increas ing demand for
electric energy require improved power plant designs to continue to provide competitively …

A system is disclosed that provides for a more efficient combined cycle turbine system by
using heated coolant returning from the gas turbine engine to pre-heat fuel before that fuel is …

(57) ABSTRACT A poWer generating method that includes the steps of burning a reformed
fuel in the presence of air in a combustor of a gas turbine to generate a hot exhaust gas is …

A power plant that combusts hydrogen with oxygen in a high pressure combustor to produce
steam, which is mixed with cooling steam before being sent to a high pressure expander …

The present invention relates generally to fuel gas heating, and more particularly, to
leveraging a thermal energy storage unit to heat fuel gas Supplied to a gas turbine engine …

A power generation system and method in which a fuel gas is introduced into a combustor
and at least a portion of the fuel gas is combusted in the combustor, producing an exhaust …