
The paper bag containing "excrement" is released into the combustion chamber after using the toilet. High temperatures and the air cause the excrement to evaporate. Residual heat and smoke is discharged through the exhaust pipe. Catalytic converters prevent unpleasant odors.
Parameter | Electric | Diesel | LPG |
---|---|---|---|
Fuel type | Electric | Diesel | LPG |
Rated voltage | DC12V | DC12V | DC12V |
Thermal power (KW) | 2 | 3 | 3 |
Fuel consumption | 2KWh | 300ml/h | 240g/h |
Gas pressure | / | / | 30mbar |
Electric supply | AC 250V | / | / |
Max power (W) | / | 120 | 70 |
Rated power (W) | 105 | 5 | 15 |
Working temperature | -40°C ~ +50°C | -40°C ~ +50°C | -40°C ~ +50°C |
Working altitude | ≤5000m | ≤5000m | ≤5000m |
Dimensions (mm) | 510×440×560 | 510×440×560 | 510×440×560 |
High-efficiency heating and solid-liquid separation technology improves thermal energy utilization efficiency and reduces energy consumption.
No wastewater is generated during incineration, reducing pollution to the environment.
A flushing toilet does not require water for flushing, saving a large amount of water resources.
Without water flow flushing, the incineration toilet will not have the problem of blockage.
An incineration toilet does not require complex pipe systems and pretreatment facilities, and maintenance costs are lower.
Through special design, the odor generated during incineration is controlled within the toilet and will not leak out.