Phoenix BioEnergy utilizes the auger gasifier, a combination of several different technologies.  The auger gasifier employs a horizontal chamber having a large diameter auger; the auger is both resilient to high heat and is abrasion resistant.  Beneath the auger, the fluidized bed used to suspend the carbon biofuel contributes heat transference through the suspended aggregate into the biofuel; thus enhancing gasification efficiency. Primary air enters the gasifier by circulating through the refractory embedded, underfire air tubes.  Above the gasifier, air enters into one of the four air chambers, which are individually controlled sections, wherein a desired fuel weight to air volume ratio is maintained through out the gasifier. The carbon fuel enters the feed chamber. The first gasification section dries the biofuel, thus releasing the contained moisture; if moisture content is excessive, it is routed through the flame stabilization duct bypassing the gasification process. The second gasifier section is designed to release the gas from the biofuel. The third section is a combination section designed to complete the gasification cycle from the second section and to begin the fixed carbon cycle. The fourth gasification section is to gasify the remaining fixed carbon within the carbon biofuel source. Exiting the gasifier, the discharging syngas that has been removed from the carbon biofuel source is routed either to a boiler furnace or to an afterburner to complete the combustion process. Upon depleting the carbon from the biofuel, the exhaust is deposited into an exhaust conveying system for removal.