Thermo-oxidizer evaporator

A vatless thermo-oxidizer evaporator, comprising:

• a single unitary combustion chamber;
• a liquid waste supply line, and injection structure for injecting and atomizing liquid waste received from said supply line into said combustion chamber;
• at least one burner adapted to evaporate water in said liquid waste and simultaneously to combust combustible material in said liquid waste within said combustion chamber;
• air and fuel supply lines to said burner, said air and fuel supply lines hang control valves for regulating the flow of air and fuel to said burner with said combustion chamber, said valves being controlled by a controller responsive at least to a sensed temperate in said combustion chamber;
• wherein said temperature is sensed by at least two thermocouples in said combustion chamber and,
• an at least partially separated structure of increasing the residence time of said injected liquid waste in said thermo-oxidizer evaporator, whereby solid particulate materials in said liquid waste will settle and said combustible materials will be more completely combusted by said burner.

A vatless thermo-oxidizer evaporator, comprising:

• a single unitary combustion chamber;
• a liquid waste supply line, and injection structure for injecting and atomizing liquid waste received from said supply line into said combustion chamber;
• at least one burner adapted to evaporate water in said liquid waste and simultaneously to combust combustible material in said liquid waste within said combustion chamber;
• and,
• an at least partially separated structure of increasing the residence time of said injected liquid waste in said thermo-oxidizer evaporator, whereby solid particulate materials in said liquid waste will settle and said combustible materials will be more completely combusted by said burner;
• and
• heat exchange structure for heating air from said air supply line with heat from said combustion chamber whereby heated air is indirectly vented from the apparatus.