METHOD AND SYSTEM FOR PRODUCING INTEGRATED HYDROGEN FROM ORGANIC MATTER

摘要

The method according to the invention includes, in a first reactor (20), the pyrolysis of a load of moist organic matter (OM). The pyrolysis produces both carbon elements and a pyrolysis gas flow including water vapor and volatile organic compounds (VOC). The VOC present in the pyrolysis gas flow are then subjected to oxycombustion and/or oxidation. The oxidized pyrolysis gas flow then passes through said layer (302) and produces a synthetic gas flow (FS) including hydrogen (H2) obtained by reducing water vapor (H2Og) by said carbon elements (C) at a high temperature. The temperature of the synthetic gas flow (FS) is then decreased to create a water-shift reaction where part of the residual water vapor (H2Og) is reduced by elements of carbon monoxide (CO) to produce hydrogen (H2). The resulting hydrogen (H2) is then separated.