Waste Converter
Zero Waste
Waste Converter is an ideal bacterial culture Microorganism proliferation and spreading is the most relevant problem connected to the waste management because it directly affect the human health.
Converter Zero Waste
Mobile Unit Treating Waste Directly On Site
COSTSAVING
SAFE
PRACTICAL
CLEAN
HOW
IT WORKS
WORKING
PRINCIPLES
1.
WARM-UP
Friction
2.
EVAPORATION
BOILING
3.
HEATING
HIGH TEMPERATURE MOIST HEAT
The Detailed Process
Seven steps in 30 Mins
1.
WASTE LOADING
The waste is loaded inside the chamber by hand in plastic bags and the lid is closed.
5.
STERILIZATION OR PASTEURIZATION
The temperature of the material is held firm at 151 °C for 3 minutes, under moist heat conditions through controlled water dosage.
2.
CRUSHING
The rotor starts and accelerates gradually, as the material is finely ground and the temperature rises quickly to about 100 °C.
6.
COOLING DOWN
The waste is sprinkled with water in order to lower the temperature of the material to about 100°C. A vacuum pump then lowers the temperature further down to 60°C adiabatically.
3.
EVAPORATION
The heat generated by friction in the material causes the evaporation of the waste moisture and the temperature remains firm at around 100°C.
7.
UNLOADING IN VACUUM BAG
The treated material is unloaded by centrifugal force through the opening of a servo-operated valve positioned at the bottom of the treatment chamber.
4.
SUPERHEATING
Once all the moisture has been eliminated, the frictional heat causes the temperature of the material to increase to 151°C.
WASTE MATERIAL.
Including several hazardous
substances which can be eliminated only through thermal process
Advantages of the Converter
250 kW Diesel generator, stabilized for excellent voltage response, electric starter kit
Condensate management system with storage tank and discharge pump
Special independent cooling system including ventilation system
Soundproof protection of involved units, auxiliary components and container itself
Specially designed Water Recycle System cooling system including heavy duty dry cooler
Pressurized system for process water
Container Air conditioning and Heating System (electric)
Thermal protection of the container to ensure functioning at -10°C of external temperature
