NOVELTY - System (10), for the co-generation of electricity and hydrogen, comprises: (i) at least one primary combustion system (14); (ii) at least one injection system for injecting fuel (24) and steam (22); (iii) at least one reformer (16); (iv) a secondary combustion system (38) to produce electricity; and (v) a hydrogen processing unit (40) for receiving at least a second portion of hydrogen enriched stream (32) to produce hydrogen.    USE - (10) is useful for the co-generation of electricity and hydrogen (claimed).    ADVANTAGE - The method for producing reformed gases for combustion in a turbine combustor involves no catalytic combustion process. Further the process is suitable for accommodating the fluctuations in electrical demand, while still enabling the process to operate at an essentially steady state.    DETAILED DESCRIPTION - System (10), for the co-generation of electricity and hydrogen, comprises:    (a) at least one primary combustion system (14) for burning a fuel rich mixture and producing partially oxidized combustion products rich in hydrogen;    (b) at least one injection system for injecting fuel (24) and steam (22) into partially oxidized combustion products producing a mixed product stream;    (c) at least one reformer (16) for reforming mixed product stream to produce a hydrogen enriched stream (26);    (d) a secondary combustion system (38) for burning at least a portion of hydrogen enriched stream (30) to produce electricity; and    (e) a hydrogen processing unit (40) for receiving at least a second portion of hydrogen enriched stream (32) to produce hydrogen.    An INDEPENDENT CLAIM is also included for a method, for the co-generation of electricity and hydrogen, comprising:    (1) burning a fuel rich mixture producing partially oxidized combustion products rich in hydrogen;    (2) injecting fuel and steam into partially oxidized combustion product to produce a mixed product stream;    (3) reforming mixed product stream to produce (26);    (4) combusting at least a portion of (26) to produce electricity; and    (5) processing at least a second portion of hydrogen enriched stream to produce hydrogen.    DESCRIPTION OF DRAWING(S) - The drawing shows a system for co-generation of hydrogen and electricity.    System (10)    Primary combustion system (14)    Reformer (16)    Steam (22)    Injecting fuel; (24)    Hydrogen enriched stream (26)    Secondary combustion system (38)    Hydrogen processing unit (40)