Coupled supercritical fluid - fischer-tropsch input apparatus and method of use thereof

A method for processing waste material with a supercritical fluid to produce a Fischer-Tropsch process input, comprising the steps of:

• breaking down the waste material in the supercritical fluid in a supercritical fluid chamber;
• incorporating at least supercritical water in the supercritical fluid;
• maintaining a pressure of greater than two hundred seventeen bar in said supercritical fluid chamber;
• monitoring at least one breakdown process of the waste material with light from a spectrometer penetrating into said supercritical fluid chamber;
• spectroscopically sensing a carbon monoxide quantity that is input into said input chamber of a Fischer-Tropsch system, at least a portion of the carbon monoxide quantity comprising the carbon monoxide output from said supercritical fluid chamber, the Fischer-Tropsch system comprising the Fischer-Tropsch process;
• non-spectroscopically determining a molecular hydrogen quantity that is input into said input chamber of the Fischer-Tropsch system, at least a portion of the molecular hydrogen quantity comprising the molecular hydrogen output from said supercritical fluid chamber;
• transferring into an input chamber of the Fischer-Tropsch process both carbon monoxide and molecular hydrogen formed in said step of breaking down and an auxiliary hydrogen gas from a non-supercritical fluid source;
• feeding back into said supercritical fluid chamber at least one byproduct generated in the Fischer-Tropsch system;
• and
• generating a fuel in the Fischer-Tropsch system with at least a portion of the carbon monoxide and at least a portion of the molecular hydrogen, the fuel comprising a twelve carbon aliphatic component of both kerosene and diesel.