NOVELTY - A hot solids process (10) involves: selecting pre-identified product to generate products includes at least two of gaseous carbon dioxide (CO2), liquid CO2, carbon monoxide (CO)/hydrogen (H2) syngas, gaseous H2, liquid H2, gaseous CO, and liquid CO; selecting specific fuel from pre-identified product (12); selecting reactors operable for generating pre-identified product as output from first reactor; supplying air and predetermined carrier to second reactor as inputs to second reactor; and effecting discharge of pre-identified product as output from first reactor.    USE - For combustion purposes and for gasification purposes (claimed).    ADVANTAGE - The hot solids process is relatively inexpensive to provide, is relatively uncomplicated to employ, and is characterized by its great versatility insofar as the products that are capable of generated through the use.    DETAILED DESCRIPTION - A hot solids process involves: selecting a pre-identified product to generate through the use of the hot solid process from a group of products that includes at least two of gaseous carbon dioxide (CO2), liquid CO2, carbon monoxide (CO)/hydrogen (H2) syngas, gaseous H2, liquid H2, gaseous CO, and liquid CO; selecting, based on the nature of the pre-identified product to generate through the use of the hot solids process, a specific fuel from which the pre-identified product is capable of derived from a group of fuels that includes at least two solid carbonaceous fuels, liquid carbonaceous fuels, petro waste refuse derived fuels, and biomass; selecting from a group of reactors that includes at least two a fixed bed reactor, a bubbling bed reactor, a circulating bed reactor, a transport reactor, and an entrained bed reactor a first reactor operable for generating the pre-identified product as an output from the first reactor; selecting from a group of reactors that includes at least two of a fixed bed reactor, a bubbling bed reactor, a circulating bed reactor, a transport reactor, and an entrained bed reactor a second reactor operable for effecting the conversion of air and a predetermined carrier selected from a group of carriers that includes calcium-based carriers and metal-based carriers to produce a predefined output from the second reactor; supplying air and the predetermined carrier to the second reactor as inputs to the second reactor; effecting the conversion of the air and of the predetermined carrier in the second reactor to produce the predefined output from the second reactor; supplying the predefined output from the second reactor and the specific fuel to the first reactor as inputs to the first reactor; effecting the conversion in the first reactor of the predefined output from the second reactor and of the specific fuel to generate the pre-identified product in the first reactor; and effecting the discharge of the pre-identified product as an output from the first reactor.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic diagram of a hot solids process.    Hot solids process (10)    Pre-identified product (12)    Arrow (14)    Reference numeral (16)    Predefined output (20)