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Inciner8 - Model I8-M20 -Medical Waste Incinerator
I8-M20 model is an advanced small scale medical incinerator with tertiary air fan and increased insulation to improve performance and provide all-round suitability. I8-M20 model is an advanced small scale medical incinerator. The i8-M20 is the first in our line of specialist "M" incinerators that are optimised for medical waste disposal. The addition of a dedicated advanced control panel allows you to adjust the settings for many different types of medical, clinical, pharmaceutical and hazardous waste streams. This unit also benefits from a secondary chamber with afterburner for the re-burn of harmful emissions with a 2 second retention time.
- Enhanced Coretex insulation
- Multi-zone temperature control
- Mobile options available
- CE2-VFD Advanced control panel
- Tertiary air control
- Medical Laboratories
- Dental / Cosmetic Clinics
- Blood Banks / Collection
- Nursing Homes
- < 150 Bed Medical Facilties
All our incinerators are hand-built in the UK by time-served welders and fabricators. Our award-winning design team are always on hand to offer their advice and technical know-how to ensure we get your project off the ground without delay.
We can also assist you in the preparation for your planning or permit application where required.
Operational Specifications
- Combustion Chamber Volume (m3): 0.18m3
- Burn Rate*: up to 20kg per hour
- Average Fuel Consumption: 7 - 9 ltrs p/h
- Operational Temperature: > 850°C
- Gas Retention in Secondary Chamber: 2 secs
- Temperature Monitoring: Yes
- Average ash residue (%): 3%
- Thermostatic Device: Yes
Physical specifications
- External Length (mm): 1070mm
- External Width (mm): 660mm
- External Height (mm): 4310mm
- Door Size (mm): 490 x 490
- Shipping Weight: 1230kg
For reference only, not to be used for installation purposes. * All burn rates are dependant on the calorific value of the waste being incinerate. Atmospheric conditions,fuel (gas/oil) quality, additonal accessories (autoloader, de-asher) can also have a major impact on actual burn rates.