NOVELTY - Synthesis gas generating apparatus comprises rotary reactor (1), solid waste organic material conveyor, two zone oxy-fuel burners (2), gas discharge duct, solid discharge collection chute, and enrichment injection port. The rotary reactor has two zones. The first zone is a drying and volatilizing hearth reaction area (13). The second zone is reformation hearth reaction and pyrolysis area. The zones are separated by weir (14) restrain feedstock waste organic material that is fed into reactor until the waste organic material is fully dried and portion(s) of the organic material is volatilized.    USE - The apparatus is useful for generating synthesis gas, e.g. natural gas, propane, butane, fuel oil, hydrogen, and coal dust used as source for hydrogen used for generating electricity.    ADVANTAGE - The apparatus provides reliable generating of fuel, free standing, and is capable of utilizing unconventional materials for power. The apparatus requires only a minimal distribution network and is able to supplement an existing electrical grid. The apparatus is environmentally safe, efficient, and versatile processing of natural or synthetic organic materials of single or mixed origin and of highly variable particles size and shape.    DETAILED DESCRIPTION - Synthesis gas generating apparatus comprises rotary reactor, solid waste organic material conveyor, two zone oxy-fuel burners, gas discharge duct, solid discharge collection chute, and enrichment injection port. The rotary reactor has two zones. The first zone is a drying and volatilizing hearth reaction area. The second zone is reformation hearth reaction and pyrolysis area. The zones are separated by weir restrain feedstock waste organic material that is fed into the reactor until the waste organic material is fully dried and portion(s) of the organic material is volatilized. The solid waste organic material conveyor has air lock feeding the waste organic material to the first zone of rotary reactor. The two zone oxy-fuel burners have flame. The first zone oxy-fuel burner heats the waste organic material to 500-600degreesC. The volatized organic material is in contact with the first zone burner flame. The volatized organic material is thermally cracked and partially oxidized. The second zone oxy-fuel burner heats and dried waste organic material to 600-1000degreesC. The dried waste organic material in the second zone is heated to char that is a residual mass, and produces additional volatilized organic material. The volatilized organic material is in contact with the second zone burner flame and is thermally cracked, oxidized, and reformed. The synthesis gas is rich in gaseous hydrogen and carbon monoxide. The gas discharge duct exits the synthesis gas through it. The solid discharge collection chute exits the residual mass through it. The enrichment injection port is in the second zone for adjusting the composition of the synthesis gas. The solid discharge collection chute separates the residual mass into oversized material and vitrifiable material is processed in vitrifier to glass like material. The apparatus includes synthesis gas purifying components, e.g. particulate removal apparatus or gas cleanup apparatus, hydrogen dispenser terminal for vehicles, electrolysis cell, and bioreactor. INDEPENDENT CLAIMS are included for:    (1) cogeneration apparatus; and    (2) hydrogen generation apparatus.    DESCRIPTION OF DRAWING(S) - The figure shows schematic cross sectional view of the above apparatus for gasifying organic materials.    Rotary reactor (1)    Zone oxy-fuel burners (2)    Feed material (9)    Drying and volatilizing hearth reaction area (13)    Weir (14)