NOVELTY - A coal and biomass conversion process termed 'Millenium SynthFuels Coal and Biomass Conversion process to Multiple Cleaner Energy Solutions System' involves pretreating biomass feedstock having high moisture content with a partial oxygenation process known as torrefaction, where the biomass is slowly heated to 200-300 degrees C, without oxygen, at normal atmospheric pressure to form torrefied biomass; subjecting torrefied biomass and coal to gasification by feeding them into a gasifier under pressure of 40-72 bars to produce syngas; and cooling the syngas using a water shift cooling unit.    USE - For producing natural gas and hydrocarbon synthetic fuels including higher octane gasoline, higher cetane synthetic diesel, synthetic oils and lubricants and synthetic jet fuel used in commercial hydrogen production and for generating electricity with a combined gas turbine electric generation and using the captured heat to run additional steam generators (Claimed). The biomass includes e.g. coal, biomass (including but not limited to municipal solid wastes), and agricultural byproducts.    ADVANTAGE - The system enables production of a variety of hydrocarbon synthetic fuels from a singular process flow. It provides amplified clean electricity with a combined gas turbine electric generation and captured heat, to run additional steam generators for combined syngas to electricity and steam electricity generation. It enables removal of acid gases including nitrogen oxide, sulfur oxide, mercury oxide, particulate matter, and carbon dioxide. The fuels and electricity generated by this system can immediately be utilized by existing power and transportation grids, and as such, allow for rapid integration into the nation's energy needs. The system also removes and sequesters carbon dioxide, creating a clean, environmentally responsible supply of multiple types of power. The overall process provides an alternative to current oil and power solutions, allowing for domestic production of various energy requirements, creating the possibility for the reduced dependence on foreign imports for energy needs. The system enables co-gasification of coal and biomass. The torrefication pretreatment results in biomass having many improved properties for gasification, including higher energy density, higher energy efficiency, suitability for different fuel applications, and a much lower moisture content than the initial biomass material. Torrefaction also helps compacts loose strands of biomass into pellet sizes which enables easier handling and gasifier loading. Consequently, torrefaction increases the conversion efficiency of biomass to syngas (Biosyngas). As such, the torrefied biomass can be easily blended or alternated with coal in gasifiers for the production of synthesis gas.    DETAILED DESCRIPTION - A coal and biomass conversion process termed 'Millenium SynthFuels Coal and Biomass Conversion process to Multiple Cleaner Energy Solutions System' involves pretreating biomass feedstock such as wood chips, plant residue, and most straw and grass like materials having high moisture content with a partial oxygenation process known as torrefaction, where the biomass is slowly heated to 200-300 degrees C, without oxygen, at normal atmospheric pressure to form torrefied biomass; torrefied biomass along with coal is subjected to co-gasification by feeding into a gasifier under pressure of 40-72 bars to produce syngas; and cooling the syngas initially using a built-in quench system followed by cooling using water shift cooling unit. During gasification the carbonaceous particles of coal and biomass heat up producing char in the presence of oxygen produced by an air separation unit. The released char reacts with oxygen creating carbon monoxide and carbon dioxide. Further, as char continues to react with carbon dioxide and steam, carbon monoxide and hydrogen are generated under high pressure and temperatures exceeding 1600 degrees F to complete the gasification process. The Water Gas Shift provides additional cooling of raw syngas exiting the gasifier, and also produces additional hydrogen.