NOVELTY - The system has an auger (335) for receiving ground biomass into the system. Biomass processing stations include heater (375) for heating the biomass and subjecting the biomass to biofraction. A collecting unit i.e. hopper, collects residual carbon. A feeding unit feeds the biomass into a feeder (330) of an auger reactor (325). A transfer screw (340) conveys the biomass through the reactor. The heater heats the biomass as the biomass is conveyed through the reactor. A dispenser dispenses the biomass from the hopper, where the auger receives the biomass from the dispenser.    USE - System for fractioning ground pyrolyzed biomass i.e. fossil crude, derived/obtained from plant sources e.g. plant products such as bark, leaves, tree branches, tree stumps, hardwood chips, softwood chips, grape pumice, sugarcane bagasse and switchgrass, and pellet material such as grass, wood and hay pellets, crop products e.g. corn, wheat and kenaf, into various working streams in a crude oil cracking tower. Can also be used for fractioning seeds such as vegetable seeds, sunflower seeds, fruit seeds and legume seeds, waste products such as animal manure i.e. poultry derived waste, commercial or recycled material such as plastic, paper, paper pulp, cardboard, sawdust, timber residue, wood shavings and cloth, municipal waste such as sewage waste, agricultural waste such as coconut shells, pecan shells, almond shells and coffee grounds, and agricultural feed products such as rice straw, wheat straw, rice hulls, corn stover, corn straw and corn cobs.    ADVANTAGE - The system effectively fractionates the ground pyrolyzed biomass products into various working streams while utilizing a fundamental mechanism of heating biomass materials in reduced oxygen, neutral or reducing environment. The biochar is periodically dumped through gate valves based on program, so as to minimize pressure loss from the system. The system includes multiple stage input and output airlocks to facilitate inputting biomass in bulk and discharging biochar and the fractionation streams from a potentially very high temperature and pressure internal environment in an efficient manner.    DETAILED DESCRIPTION - The biomass processing stations are implemented as disks. The auger reactor is biomass reactor. An INDEPENDENT CLAIM is also included for a method for fractioning biomass.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic block diagram of an auger reactor.    Auger reactor (325)    Feeder (330)    Auger (335)    Transfer screw (340)    External motor (345)    Heater (375)