Livestock carcass treatment system using ultra-high temperature microorganisms

A livestock carcass treatment system for fermenting and decomposing livestock carcass by hyperthermophile under aerobic conditions, the livestock carcass treatment system comprising:

• a first livestock carcass treatment structure comprising a first hyperthermophile and configured to perform an initial treatment of the livestock carcass using the first hyperthermophile at or near an outbreak site of disease, the first livestock carcass treatment structure being either a mobile fermenter configured to be transferred to the outbreak site of disease or an excavated burial site near the outbreak site of disease;
• a second livestock carcass treatment structure comprising a second hyperthermophile and configured to perform a secondary treatment of the initially treated livestock carcass using the second hyperthermophile;
• and
• at least one controller communicatively coupled to the first livestock carcass treatment structure and the second livestock carcass treatment structure, the at least one controller being configured to:
• monitor and control one or more conditions of the initial treatment of the livestock carcass to determine whether flesh of the livestock carcass is decomposed and to signal whether to proceed with the secondary treatment of the livestock carcass, the initial treatment being performed at a fermentation temperature in a range of about 85° C. to about 110° C. for a duration in a range of about 8 days to about 15 days;
• and
• monitor and control one or more conditions of the secondary treatment to determine whether bones of the livestock carcass are decomposed, the secondary treatment being performed for a duration in a range of about 2 weeks to about 4 weeks, wherein
• the second livestock carcass treatment structure further comprises a plurality of fermenters, a mixing tank configured to mix content received from one or more fermenters among the plurality of fermenters, a loader configured to transfer the content between the one or more fermenters and the mixing tank, and a blower configured to blow air into the plurality of fermenters,
• the controller is further configured to monitor the one or more conditions of the secondary treatment to cause, at least in part, the content to be repeatedly transferred amongst the one or more fermenters and the mixing tank, and
• the first and second hyperthermophiles to Caldothrix Satsumae.