A control system for use with a turbine engine that is configured to operate at a rated power output, said control system comprising: a sensor coupled to a combustor of the turbine engine, the sensor configured to detect at least one operating parameter of the combustor and to transmit the at least one operating parameter associated with the combustor to a computing device; a computing device configured to receive the at least one operating parameter from the sensor, the device comprising a processor programmed to calculate an amount of an at least one of a reactive fuel and a reactive gas to be supplied to the combustor of the turbine engine, based on the at least one operating parameter the control system being characterized in that said processor is further programmed to designate at least one nozzle of a plurality of nozzles to receive the at least one of a reactive fuel and a reactive gas; wherein the at least one nozzle comprises fewer than all of the plurality of nozzles; and at least one control valve coupled to said computing device said computing device modulates said at least one control valve to regulate the at least one of a reactive fuel and a reactive gas to said at least one nozzle and a fuel channeled into the combustor via any of said nozzles, wherein the at least one of a reactive fuel and a reactive gas is discrete from the fuel, said at least one control valve is configured to receive at least one control parameter from said computing device for use in modulating the amount of the at least one of a reactive fuel and a reactive gas to be channeled to the at least one nozzle such that the rated power output is generated while emission levels are maintained below a predefined emissions threshold level. a sensor coupled to a combustor of the turbine engine, the sensor configured to detect at least one operating parameter of the combustor and to transmit the at least one operating parameter associated with the combustor to a computing device; a computing device configured to receive the at least one operating parameter from the sensor, the device comprising a processor programmed to calculate an amount of an at least one of a reactive fuel and a reactive gas to be supplied to the combustor of the turbine engine, based on the at least one operating parameter the control system being characterized in that said processor is further programmed to designate at least one nozzle of a plurality of nozzles to receive the at least one of a reactive fuel and a reactive gas; wherein the at least one nozzle comprises fewer than all of the plurality of nozzles; and at least one control valve coupled to said computing device said computing device modulates said at least one control valve to regulate the at least one of a reactive fuel and a reactive gas to said at least one nozzle and a fuel channeled into the combustor via any of said nozzles, wherein the at least one of a reactive fuel and a reactive gas is discrete from the fuel, said at least one control valve is configured to receive at least one control parameter from said computing device for use in modulating the amount of the at least one of a reactive fuel and a reactive gas to be channeled to the at least one nozzle such that the rated power output is generated while emission levels are maintained below a predefined emissions threshold level.