TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Process: The process further comprises: decoupling a feedstock feed rate from a thermal conversion process rate using separate but coupled conveyance mechanisms for each; sequestering other noxious chemicals external to the one or more chambers using the sequestration enabled carbon at other predetermined temperatures; providing favorable conditions for sequestration enabled carbon and for optimum organic gas production by removing air from the feedstock using an air removal feeder (15); injecting viscous organic material into or adjacent to the feedstock; injecting a sequestration agent into or adjacent to the feedstock; injecting hydrogen into or adjacent to the feedstock; injecting steam into or adjacent to the feedstock; injecting oxygen into or adjacent to the feedstock; injecting a non-wetting agent into or adjacent to the feedstock; controlling the constituents of the solid product using feedback, there providing a predictable and stable solid product from an unknown and/or variable feedstock; removing tar and dust from the thermal conversion process using a twin screw retort; converting the tar removed from the thermal conversion process using a twin screw gasification retort; using the tar as fuel for burners for providing heat to the chambers; separating tar and dust from the gas product using a twin screw condenser; and coupling the thermal conversion process to an energy communication network. The thermal conversion is performed in the presence of a catalyst in the chambers. The catalyst is disposed within a material from which one or more components of the system, where the thermal conversion is performed and manufactured. The catalyst is disposed as a trailing and dragging strip along flighting of a conveyance within a retort to accomplish heat transfer enhancement into the feedstock, clean the surface of the retort for constant catalyst availability to a methanation chemical process, and provide further catalyst surface area for the methanation chemical process. The injected hydrogen is derived from another energy source. The axial length of the chambers is adjustable.