 EAST TOWN LTD |
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| HOME | ECO FLUSHER | FLUSHABLE DRAIN TUBE |
ECO FLUSHER High Level Disinfection Device by Boiling |
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| EAST TOWN LTD |
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| HOME | ECO FLUSHER | FLUSHABLE DRAIN TUBE |
ECO FLUSHER High Level Disinfection Device by Boiling |
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ECO FLUSHER is a high level disinfection device by boiling for infectious liquid waste including bacteria and viruses. Boiling is a safe and reliable method not affecting environment and human bodies. |
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Features of ECO FLUSHER In most of the facility, liquid infectious waste is collected in the disinfection device through piping system, and centrally processed using the chemical disinfectants. The weak point of such system is that inside of the pipes is still contaminated by bacteria and viruses. The best way is to detoxify such waste water at the place of generation. By installing ECO FLUSHER in places such as ‘breeding rooms for laboratory animals’, ‘genetic recombination laboratories’ and ‘clinical laboratories’, contamination of sewage pipe by bacteria and viruses can be prevented. ECO FLUSHER is easy to transfer and install. It is a compact device and can be installed in any place where water and electricity are available. For instance, it may easily be installed in places such as medical camps in Africa accommodating patients with Ebola hemorrhagic fever. ECO FLUSHER is its extensibility. It can automatically detoxify liquid infectious waste at an amount of 60 liters per hour, which means more than 1 ton per 24 hours. Moreover, if you install more than two ECO FLUSHERs in parallel, more contaminated liquid waste can be detoxified compared to traditional disinfection devices using centralized processing system. |
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| Process of boiling
ECO FLUSHER is consisted of main unit and storage tank which temporarily
store contaminated liquid waste. The main unit is consisted of boiling tank, steam cooling tank and drainage
cooling tank. Liquid infectious waste which is flushed out from the emission source flows
into the storage tank. When the water level sensor of the storage tank detects the flow of the
infectious liquid waste, the underwater pump is activated to deliver the
liquid waste to the boiling tank of the main unit. When the water level sensor of the boiling tank detects a certain amount
of liquid waste, the underwater pump stops operation. At the same time, the underwater heater of the boiling tank starts heating
the liquid waste and the agitator starts operation. As water temperature rises in the boiling tank, steam is generated. The
generated steam is sent through the pipe to the steam cooling tank to be
cooled down. When the temperature of the liquid waste in the boiling tank reaches 100
degrees, the timer starts and boiling continues for 15 minutes. The water level rises as the amount of tap water increases in the boiling
tank, and when it reaches a certain level, the liquid waste is discharged
from the boiling tank. The discharged liquid waste enters the drainage cooling tank and then is
mixed with tap water poured in from the nozzle of the drainage cooling
tank. At a temperature further lowered by this process, the liquid waste
is finally discharged to the sewage pipe. Thus a set of processes is finished, however, the process cycle repeats
automatically as long as the storage tank contains liquid waste. |
| SPECIFICATIONS | ||
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| Model | TKW-01 | |
| Size | 1000 X 1100 X 1440 mm | |
| Weight | abt 250 kgs | |
| Material | SUS304 | |
| Voltage | 200V (Japan Model) |
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| Heater | 2.5 kW x 4 | |
| Max Disposal Capacity | 60 L | |
| Processing Time | abt 50 minutes | |
| Remark | Automatic Operation | |