Abstract
The invention concerns a gas turbine plant with complete continuous combustion of the fuel. The fuel is taken to a gas generator in which the preheated fuel is catalytically converted at high temperature in a fuel mixture using an oxygen carrier. Heating of the fuel takes place in a heat exchanger which is situated in the outlet pipe of the turbine. The efficiency is increased and the emission of noxious gas is kept as low as possible using the heat exchanger as a fuel evaporator and by using part of the waste formed in the combustion chamber to carry oxygen to the gas generator via an outlet pipe.
Citation Formats
Koch, C.
Gas turbines with complete continuous combustion of the fuels.
Germany: N. p.,
1976.
Web.
Koch, C.
Gas turbines with complete continuous combustion of the fuels.
Germany.
Koch, C.
1976.
"Gas turbines with complete continuous combustion of the fuels."
Germany.
@misc{etde_7105662,
title = {Gas turbines with complete continuous combustion of the fuels}
author = {Koch, C}
abstractNote = {The invention concerns a gas turbine plant with complete continuous combustion of the fuel. The fuel is taken to a gas generator in which the preheated fuel is catalytically converted at high temperature in a fuel mixture using an oxygen carrier. Heating of the fuel takes place in a heat exchanger which is situated in the outlet pipe of the turbine. The efficiency is increased and the emission of noxious gas is kept as low as possible using the heat exchanger as a fuel evaporator and by using part of the waste formed in the combustion chamber to carry oxygen to the gas generator via an outlet pipe.}
place = {Germany}
year = {1976}
month = {Oct}
}
title = {Gas turbines with complete continuous combustion of the fuels}
author = {Koch, C}
abstractNote = {The invention concerns a gas turbine plant with complete continuous combustion of the fuel. The fuel is taken to a gas generator in which the preheated fuel is catalytically converted at high temperature in a fuel mixture using an oxygen carrier. Heating of the fuel takes place in a heat exchanger which is situated in the outlet pipe of the turbine. The efficiency is increased and the emission of noxious gas is kept as low as possible using the heat exchanger as a fuel evaporator and by using part of the waste formed in the combustion chamber to carry oxygen to the gas generator via an outlet pipe.}
place = {Germany}
year = {1976}
month = {Oct}
}