Intelligent sensor-driven processing of organic matter with enhanced pathogen destruction for the smart home

An organic matter processing apparatus (OMPA), the OMPA comprising:

• a first heater for heating a bucket assembly;
• a grinding mechanism;
• and
• a control unit operative to:
• prior to commencing a current OMPA processing cycle, calibrate an inlet sensor and an outlet sensor to obtain baseline humidity and temperatures values of an inlet airpath and an outlet airpath, wherein the inlet sensor monitors inlet humidity and temperature, and the outlet sensor monitors outlet humidity and temperature;
• operate the OMPA in a HIP state for a HIP runtime;
• after the HIP runtime has expired, determine whether the inlet humidity and outlet humidity satisfy a transition condition to another state;
• continue to operate the OMPA in the HIP state if the inlet humidity and outlet humidity do not satisfy the transition condition to another state;
• and
• transition the OMPA away from the HIP state if the inlet humidity and outlet humidity satisfy the transition condition to another state.

An organic matter processing apparatus (OMPA), the OMPA comprising:

• a first heater for heating a bucket assembly;
• a grinding mechanism;
• and
• a control unit operative to:
• retrieve a prior total mass existing in the OMPA at an end of a prior OMPA processing cycle;
• detect receipt of OMPA input into the bucket assembly during a current OMPA processing cycle;
• prior to starting a standard high intensity processing (HIP) cycle, determine a mass quantity received during the current OMPA processing cycle, wherein the determined mass quantity is used to define a standard HIP runtime and a projected total mass existing in the OMPA at an end of the current OMPA processing cycle;
• use the projected total mass to determine a mixing ratio transition metric;
• operate the OMPA in the standard HIP cycle for the standard HIP runtime;
• after the standard HIP runtime has lapsed, obtain a mixing ratio based on current conditions in the bucket assembly;
• if the mixing ratio is equal to or less than a mixing ratio transition metric, operate the OMPA at a high temperature HIP cycle for a high temperature HIP runtime to complete conversion of the OMPA input to OMPA output;
• and
• if the mixing ratio is greater than the mixing ratio transition metric, extend the standard HIP runtime to an extended HIP runtime:
• operating the OMPA in the standard HIP cycle for the extended HIP runtime, and transitioning, after lapse of the extended HIP runtime, to operate the OMPA at the high temperature HIP cycle for the high temperature HIP runtime.