NOVELTY - Pyrolytic precessing of biomass involves: feeding crushed dried biomass into a pyrolytic reactor having a revolving shaft (5) and comprising electrically conductive particles (12); mixing the biomass and the particles; (c) applying current to the particles for allowing heating of the particles to 700 - 1000degreesC, as well as the biomass; and partially cooling vapors-gaseous products created by pyrolysis to produce fuel gas.    USE - For pyrolytic processing of biomass, such as a dry solid waste biomass (e.g. olive husks, wood, forest and agricultural residues (such as bagasse, coconut shell, corn stalks, wheat straw, rice husk and rice straw), and dried sludge from water treatments), and production of fuel gas; useful for power generation production (claimed) e.g. electric power and heat generation.    ADVANTAGE - The pyrolytic processing of the biomass that involves heating of the biomass with electrically conductive particles, after passage of electric current through them; allows performing the pyrolysis for energy production in situ and eliminates high cost involved in biomass transportation, as compared to the prior art biomass processing by pyrolysis. The method allows rapid and intensive electric heating of the biomass by mixing the biomass with the electrically conductive particles. The application of even a low voltage current through a steered bead of conductive particles, allows fast heating of the bed. The combined Joel effect on the bed of steered particles and the local micro-sparkles of high-intensity that occurs between the particles i.e. the combined action of high temperature and electricity, increases the efficiency of the pyrolysis. The method enables conversion of different types of biomass into fuels e.g. gaseous fuels.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a pyrolytic reactor comprising: a cylindrical body, a revolving shaft within the body that is adapted to mix the biomass, at least one raw material feeder provided to the cylindrical body, at least one product cake discharge system, at least one pipe for volatile product evacuation, and conductive particles within the cylindrical body.    DESCRIPTION OF DRAWING(S) - The figure shows a cross sectional side view of a pyrolyzer reactor.    revolving shaft (5)    electrically conductive particles (12)    electrical connections (13)    paddles (6)    electrically conductive particles. (12)