NOVELTY - The process comprises performing combustion turbine (CT) (18) heat and air supply to provide large volumes of compressed and heated very low relative humidity drying air using CT bleed-air and CT exhaust-derived supplemental heating, performing moist feed material drying in a unique parallel-series fluidized bed cascade drier to produce a very low moisture pulverized solid material from moist starting materials such as coal, processing and storing the gas using unique gas treatment and/or vacuum gas-replacement processes and devices to prepare dried pulverized solid materials (PSM).    USE - The overall process is useful for the production of hydrogen-syngas, which is useful in mobile, local and/or remote stationary fuel cells, process matched solid oxide fuel cell, steam boiler and/or a combustion turbine to generate electricity, and in a micro-reactor train (all claimed).    ADVANTAGE - The overall process ensures economical and energy efficient production of hydrogen-syngas in a geologically, socially and/or politically feasible manner or without external environmental risks thus improving the overall efficiency and life of the fuel cell.    DETAILED DESCRIPTION - The process comprises performing combustion turbine (CT) (18) heat and air supply to provide large volumes of compressed and heated very low relative humidity drying air using CT bleed-air and CT exhaust-derived supplemental heating, performing moist feed material drying in a unique parallel-series fluidized bed cascade drier to produce a very low moisture pulverized solid material from moist starting materials such as coal, processing and storing the gas using unique gas treatment and/or vacuum gas-replacement processes and devices to prepare dried pulverized solid materials (PSM) used in a 3-dimensional plasma pyrolysis process, and performing a 3-dimensional plasma pyrolysis process step and gas clean-up steps to produce a unique high-hydrogen and low-carbon synthetic gas mixture. The heat source is used as a source of pre-heated oxygen for pre-heating process gas, carrier gas and feed materials. A unique parallel-series fluidized bed cascade drier is used to produce very low moisture PSM feed materials from moist starting materials. The 3-dimensional plasma pyrolysis process step utilizes naturally dry, very low moisture feed materials, and/or thoroughly dried, very low moisture PSM feed materials, and hot 3-dimensional plasma reacting regions in a pyrolytic reactor.    DESCRIPTION OF DRAWING(S) - The figure shows an overall system for the production of hydrogen-syngas.    Optional gas processor (14)    Syngas inlet (15)    Process matched solid oxide fuel cell (16)    Syngas outlet (17)    Combustion turbine. (18)