NOVELTY - The system (300) has a hopper (350) that receives raw biomass waste that includes carbon, hydrogen and oxygen to be dissociated under an anaerobic reaction. Reactor (311) has conveyer (356) that compact heated raw biomass waste. Combustor (314) generates heat used in anaerobic reaction to dissociate compacted biomass waste to produce renewable fuel and carbon byproduct. Countercurrent heat exchanger (316) transfers heat from produced renewable fuel or carbon byproduct or both to compacted biomass waste that travels in counter-flow direction from advancing compacted biomass waste.    USE - System for dissociation of raw biomass waste such as organic material containing carbon, hydrogen, oxygen, glucose, lignin, and cellulose feedstock into renewable fuel or carbon byproduct to produce carbon-based durable goods, renewable fuels for motor vehicle, electricity, valuable chemicals, soil nutrients and materials from organic feedstock.    ADVANTAGE - The rapid redevelopment of healthy forests, crops, and other groundcover is facilitated to facilitate production of fuel and sequestered carbon values from prescribed thinning and underbrush removal to improve forest conditions and to prevent the spread of harmful fires. The pitch of the rotating tubular screw conveyer is reduced or reducing the cross section through which compacted biomass wastes travel can provide compact seal to reduce or prevent leakage of gases produced by heating of the organic materials including reactions with additions of reactive gases. Thus, rapid deployment of the remedies needed in waste management is achieved and reduces the delivered system cost. The thermal dissociation of organic substances that directly produces hydrogen and/or methane for distribution and production of specialized carbon products as shown above can be profitable and can reduce or eliminate costly changes to existing infrastructure.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the system for rapid conversion of biomass wastes into renewable fuel and carbon products.    System for dissociation of raw biomass waste into renewable fuel or carbon byproduct (300)    Reactor (311)    Combustor (314)    Countercurrent heat exchanger (316)    Hopper (350)    Conveyer (356)