A control system comprising: at least one sensor configured to detect at least one operating condition within at least one first boiler and at least one second boiler; and a controller coupled to said at least one sensor, said controller configured to: determine at least one of a fluid pressure set point and a fluid temperature set point for each of the at least one first boiler and the at least one second boiler based on the at least one operating condition detected for each of the at least one first boiler and the at least one second boiler; and maintain at least one of a fluid pressure and a fluid temperature within each of the at least one first boiler and the at least one second boiler to be approximately equal to the fluid pressure set point and/or the fluid temperature set point for each of the at least one first boiler and the at least one second boiler, respectively, prior to fluid flow being channeled and during the channeling of fluid flow from at least one of the at least one first boiler and the at least one second boiler to at least one of a steam process and at least one steam turbine engine, characterized in that the controller is further configured to adjust at least one of the fluid pressure set point and the fluid temperature set point for each of the at least one first boiler and the at least one second boiler based on changes to the at least one operating condition detected for each of the at least one first boiler and the at least one second boiler. at least one sensor configured to detect at least one operating condition within at least one first boiler and at least one second boiler; and a controller coupled to said at least one sensor, said controller configured to: determine at least one of a fluid pressure set point and a fluid temperature set point for each of the at least one first boiler and the at least one second boiler based on the at least one operating condition detected for each of the at least one first boiler and the at least one second boiler; and maintain at least one of a fluid pressure and a fluid temperature within each of the at least one first boiler and the at least one second boiler to be approximately equal to the fluid pressure set point and/or the fluid temperature set point for each of the at least one first boiler and the at least one second boiler, respectively, prior to fluid flow being channeled and during the channeling of fluid flow from at least one of the at least one first boiler and the at least one second boiler to at least one of a steam process and at least one steam turbine engine, characterized in that the controller is further configured to adjust at least one of the fluid pressure set point and the fluid temperature set point for each of the at least one first boiler and the at least one second boiler based on changes to the at least one operating condition detected for each of the at least one first boiler and the at least one second boiler. determine at least one of a fluid pressure set point and a fluid temperature set point for each of the at least one first boiler and the at least one second boiler based on the at least one operating condition detected for each of the at least one first boiler and the at least one second boiler; and maintain at least one of a fluid pressure and a fluid temperature within each of the at least one first boiler and the at least one second boiler to be approximately equal to the fluid pressure set point and/or the fluid temperature set point for each of the at least one first boiler and the at least one second boiler, respectively, prior to fluid flow being channeled and during the channeling of fluid flow from at least one of the at least one first boiler and the at least one second boiler to at least one of a steam process and at least one steam turbine engine, characterized in that the controller is further configured to adjust at least one of the fluid pressure set point and the fluid temperature set point for each of the at least one first boiler and the at least one second boiler based on changes to the at least one operating condition detected for each of the at least one first boiler and the at least one second boiler.