Apparatus for reforming combustible into gaseous fuel by reaction with decomposition product of hydrogen peroxide

In an apparatus for carrying out the reforming of a combustible material into a gaseous fuel containing as combustible components at least one of hydrogen and carbon monoxide by reaction of the combustible material with a heated mixture of oxygen and steam prepared by the decomposition of hydrogen peroxide, the apparatus including a reaction chamber to carry out a reforming reaction, a catalytic reactor to decompose hydrogen peroxide into a heated mixture of oxygen and steam, a fluid passage connecting the reactor to the reaction chamber and a circuit for feeding the combustible material to the reaction chamber, the improvement comprising a venturi section formed in the fluid passage and a mixing section formed in the fluid passage adjacent and downstream of the constricted throat of said venturi section, the combustible material feed circuit opening into said venturi section substantially at the constricted throat thereof, said venturi section and mixing section being formed such that the velocity of a flow of a mixture of the combustible material and the oxygen-steam mixture in said mixing section is in the range of from 10m/sec to the velocity of sound, said combustible material feed circuit comprising a screw conveyor adapted to transfer a solid combustible in the form of fine particles, the reaction chamber being in the form of a cyclone, the fluid passage being arranged such that the mixture of the combustible material and the oxygen-steam mixture is introduced into the reaction chamber generally in a tangential direction;

• whereby the oxygen steam mixture and the combustible material are rapidly and uniformly mixed with each other prior to the admission into the reaction chamber.