Process for eradicating insects, semi sterilizing, and reducing aflatoxin and fumonisin in dry commodities, and method of use

A grain cleaning system for disinfecting grains, wherein:

• said grain cleaning system comprises an outer body, a top end, a top outer edge, a bottom end, and a conveyor;
• said top end is configured to receive said grains;
• said outer body is configured to contain and channel said grains as it falls to said bottom end;
• said conveyor is configured to collect and move said grains after receiving it from said outer body;
• said outer body comprises a top opening at said top end, a bottom opening at said bottom end, and an inner chamber;
• each among one or more exterior burner assemblies and an interior chamber strip burner is configured to create variable flame;
• and
• said grain cleaning system further comprises one or more air blower assemblies each comprising one or more air nozzles extending into said inner chamber;
• said one or more air nozzles comprise at least a first air nozzle;
• said one or more air nozzles extend into said inner chamber to blow air that disrupt and slow the fall of said grains;
• said air nozzles are configured to produce a dispersive airglow to disrupt and slow said grains;
• said one or more air nozzles cause said grains to slow and disperse while falling through said variable flame;
• one or more burners are configured to create heat in conjunction with air nozzles that direct airflow to expose said grains to heat for a prolonged period while slowing their descent;
• said grain cleaning system is configured to treat said grains while falling by
• exposing said grains to heat generated by said burners, and
• agitating and slowing said grains using an airflow from said one or more air nozzles within said inner chamber.

A method of use of a grain cleaning system, comprising:

• receiving said grains into a top end of an outer body of said grain cleaning system, channeling said grains past one or more exterior burner assemblies,
• removing toxins and pests from said grains using a variable flame generated by said one or more exterior burner assemblies, and
• removing the dead insect carcasses from said grains for purity purposes;
• wherein,
• said grain cleaning system comprises said outer body, a top end, a top outer edge, a bottom end, and a conveyor;
• said top end is configured to receive said grains;
• said outer body is configured to contain and channel said grains as it falls to said bottom end;
• said conveyor is configured to collect and move said grains after receiving it from said outer body;
• said out body comprises a top opening at said top end, a bottom opening at said bottom end, and an inner chamber;
• each among said one or more exterior burner assemblies and an interior chamber strip burner is configured to create said variable flame;
• and
• said grain cleaning system comprises an auger assembly within said inner chamber;
• said auger assembly is used to catch and slow a progress of said grains as they progress from said top end to said bottom end;
• and
• said auger assembly is configured to spin about a center axis to create a slowing process for said grains as they pass a portion of said one or more exterior burner assemblies.