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Future Way of Waste Managing
A new advanced technology from Europe to convert bulky waste, reduce the volume and weight into minimum powder form
Medical Waste
Food Waste
Household Waste
Glass Waste
Waste Converter technology allow to obtain a final product reduced in weight and volume totally dry and safe.
The waste is loaded into the sterilization chamber in it's original packaging, and the lid is close.
The rotor starts and accelerate gradually while the material becomes finely grind and the temperature rises quickly to 100 degree.
The heat generated by friction in the material causes the evaporation of the waste moisture and the temperature remains firm at 100 degree.
Once all the moisture has been eliminated, the frictional heat causes the temperature of the material to rise up to 151 degree.
The temperature of the material is held firm at 151 degree for 3 minutes, under moist heat conditions, by mean of controlled water dosage.
The waste is sprinkled with water to lower the temperature of the material to 100 degree. A vacuum pump then lowers the temperature further to 60 degree.
The treated material is unloaded by centrifugal force through the opening of a servo-operated valve.
Our Customer
Indonesia
1. A H100 Hospital Waste Management System have installed in Dr. Murjani General Hospital and commissioned on 8th July 2019 by PT. Indomedik Niaga Perkasa.
2. Since then, further few units have installed at
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Hospital Suriansyah Banjarmasin
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Hospital Doloksanggul Medan
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RSUD Bangkinang
Figures 1.1 show the H100 Installed in Dr. Murjani General Hospital and the piping works.
Figure 1.3: The final product of the process.
Figures 1.2: The type of medical waste that the hospital is processing using the waste converter.
Philippines
1. A H100 Hospital Waste Management System have installed in a truck by Palmer-Asia, Inc with a mobile unit concept.
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