NOVELTY - An integrated plant to generate syngas from biomass, comprises a Thermo Mechanical Pulping unit having an input cavity to receive biomass as a feedstock, a steam supply input, and at least two stages to pretreat the biomass for subsequent supply to a biomass gasifier (114), where in presence of steam the particles of biomass broken down by Thermo Mechanical Pulping unit are reacted in the reactor vessel in a rapid biomass gasification reaction at greater than 700 degrees C in less than a five second residence time in the biomass gasifier to create syngas components.    USE - As integrated plant for generating syngas from biomass including hydrogen and carbon monoxide useful for producing methanol (claimed).    ADVANTAGE - The Thermo Mechanical Pulping process reduces the amount of energy required to produce particles of biomass compared to mechanical treatment alone. Steam treatment significantly reduces the total energy needed to make the pulp and eases the separation of the fibers.    DETAILED DESCRIPTION - An integrated plant to generate syngas from biomass, comprises a Thermo Mechanical Pulping unit having an input cavity to receive biomass as a feedstock, a steam supply input, and at least two stages to pretreat the biomass for subsequent supply to a biomass gasifier (114), where the stages use a combination of heat, pressure, moisture, and mechanical agitation that are applied to the biomass to make the biomass into a pulp form, where the thermo mechanical pulping process breaks down a bulk structure of the received biomass, at least in part, by applying steam from the steam supply input to degrade bonds between lignin and hemi-cellulose from cellulose fibers of the biomass; and where the biomass gasifier has a reactor configured to react particles of the biomass broken down by the stages of the Thermo Mechanical Pulping unit and those biomass particles are subsequently fed to a feed section of the biomass gasifier, where the biomass gasifier has a high temperature steam supply input and regenerative heaters, and in the presence of the steam the particles of the biomass broken down by the Thermo Mechanical Pulping unit are reacted in the reactor vessel in a rapid biomass gasification reaction at greater than 700 degrees C in less than a five second residence time in the biomass gasifier to create syngas components, including hydrogen (H2) and carbon monoxide (CO), which are fed to a methanol (CH3OH) synthesis reactor. An INDEPENDENT CLAIM is included for generating syngas from biomass in an integrated plant, involving receiving biomass as a feedstock in a Thermo Mechanical Pulping process that has multiple stages; pre-treating the biomass in the Thermo Mechanical Pulping process for subsequent supply to a biomass gasifier; using a combination of heat, pressure, moisture, and mechanical agitation that are applied to the biomass to make the biomass into a pulp form in the multiple stages, where the thermo chemical pulping process breaks down a bulk structure of the received biomass, at least in part, by applying steam to degrade bonds between lignin and hemi-cellulose from cellulose fibers of the biomass; and reacting particles of the biomass, broken down by the multiple stages of the Thermo Mechanical Pulping unit, in the biomass gasifier in the presence of steam in a rapid biomass gasification reaction at a temperature of greater than 700 degrees C in less than a five second residence time in the biomass gasifier to create syngas components, including hydrogen (H2) and carbon monoxide (CO), which are fed to a methanol (CH3OH) synthesis process, where the Thermo Mechanical Pulping process, biomass gasifier, and methanol (CH3OH) synthesis process are part of an integrated plant.    DESCRIPTION OF DRAWING(S) - The figure shows view of integrated plant.    Debarker unit (102)    Chipper unit (104)    Thermally decomposing stage (106)    Refiner unit stage (108)    Biomass gasifier (114)