Bio Medical Waste Incinerator for Hospital Waste

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Bio Medical Waste Incinerator for Hospital Waste

Name: Bio Medical Waste Incinerator for Hospital Waste
Brand: EDUTEK INSTRUMENTATION
Price: 100000.0 INR
Availability: InStock

Price 100000.0 INR/ Piece

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MOQ : 1 Piece

Bio Medical Waste Incinerator for Hospital Waste Specification

Accuracy
100 % %

Automation Grade
Semi-Automatic / Automatic

Frequency
50 Hz Hertz (HZ)

Capacity
50 to 200 Kg/Batch Kg

Power Source
Electric / Diesel

Core Components
Combustion Chamber, Auto Ignition Burner, Chimney, Control Panel

Feature
Highly Efficient

Voltage
220V / 440V Volt (v)

Temperature Range
800 C to 1200 C Celsius (oC)

Measurement Range
Depends on Batch Capacity

Equipment Materials
Mild Steel Body with Stainless Steel Internal Chamber

Type
Bio Medical Waste Incinerator

Usage
Laboratory

Display Type
Digital

Dimension (L*W*H)
2000 x 1200 x 1700 mm approx. Millimeter (mm)

Weight
600 to 2000 Kg Kilograms (kg)

Chamber Capacity
Primary & Secondary Chambers

Burner Type
Automatic Fuel Oil/LPG

Control Panel
Microprocessor Based Digital

Fuel Consumption
2-4 Ltr/hr (Diesel) or 1-3 kg/hr (LPG)

Door Type
Manual or Pneumatic

Flue Gas Treatment
Double Scrubbing System

Ash Residue
Maximum 3% of Input Waste

Chimney Height
7 to 10 meters

Installation
On-Site Installation & Training

Safety Features
Emergency Shutdown, Overheat Protection

About Bio Medical Waste Incinerator for Hospital Waste

Bio Medical Waste Incinerator for Hospital Waste

Following are the Bio Medical Waste Incinerator for Hospital Waste

offered by us:

Bio Medical Waste Incinerator.
Electronic Bio Waste Medical Incinerator.
Bio Waste Oil Fired Medical Incinerator.

Features Bio Medical Waste Incinerator

Robust construction.
Virtually smoke and smell free with secondary burners.
High temperature refractory lining.
Quick heat up time and lesser operational time.
Easy installation.
Trouble free operation and maintenance.
Designed to meet standards of central Pollution Control Board.
Available in oil, gas or electrically fueled

Our incinerators have following components:

Primary Chamber, Secondary Chamber, Air Blowers, Burners or electric heating elements.
Feeding Door, Ash collection pit with ash tray (optional), Chimney

Construction without scrubber:

Chamber in incinerators is built as per guidelines of CPCB.
The body is made of steel and lined with high temperature Refractory that make our Incinerators robust and trouble free for longer life.
The construction is modular and individual components are easily assembled at site.

Applications Hospital Medical Waste Incinerator :

Medical colleges Catering wastes Resorts/Hotels Poultry.
Hospitals.
Nursing homes Institutions.
Industrial wastes Camp wastes Municipal wastes Malls/Shopping centers.
Animal farms like sheep kennels.

Specifications of Incinerator :

Temperatures: 1000 C.
Material: Stainless steel.
Burn rate: 18 to 20 kg/hr.

Advanced Waste Management Technology

The incinerator incorporates modern engineering, featuring an automatic burner, both oil and LPG compatibility, and a microprocessor-based digital control panel for precise operation. Double-scrubbing treats flue gases, significantly reducing emissions. The fast, efficient process ensures safe disposal, with an ash residue of just 3% of the input waste, upholding environmental compliance.

Safety and User-Friendly Operation

Designed with stringent hospital protocols in mind, the incinerator includes essential safety systems such as emergency shutdown and overheat protection. Clear digital displays inform the operator at every stage, and both manual and pneumatic doors suit various workflow designs. Full on-site installation and operator training are standard, ensuring immediate, informed usage.

Durability and Flexibility in Application

With a rugged mild steel body and stainless steel internal chamber, the resists harsh operational conditions and supports repeated use. Suitable for laboratories and hospitals, this incinerator adapts to semi-automatic or fully automatic operations, and handles batch capacities from 50 to 200 kg. Flexible fuel and power options enable seamless integration into diverse facility infrastructures.

FAQs of Bio Medical Waste Incinerator for Hospital Waste:

Q: How does the double scrubbing system benefit flue gas treatment in this incinerator?

A: The double scrubbing system efficiently treats flue gases by removing harmful particulates and neutralizing acidic gases, resulting in cleaner emissions and compliance with environmental standards. This advanced process helps protect hospital environments and the surrounding community.

Q: What procedures are followed during the on-site installation and training for the incinerator?

A: Qualified technicians perform installation at your facility, ensuring correct setup of the combustion chamber, burner, control panel, and chimney. Comprehensive user training is provided, covering safe operation, routine maintenance, emergency protocols, and optimal usage of control features.

Q: Where can this incinerator be installed and what are its space requirements?

A: The designed for installation at hospitals, laboratories, and healthcare facilities. It requires a dedicated space measuring approximately 2000 x 1200 x 1700 mm for the main unit, plus sufficient clearance for the chimney height (710 meters) and operational access.

Q: What safety features are integrated into

A: The incinerator is equipped with emergency shutdown, overheat protection, and user-configurable alarms, ensuring safe operation. These features minimize operational risks and protect both users and facility infrastructure during routine or emergency situations.

Q: When should ash residue be removed and what is its expected quantity?

A: Ash residue should be cleared after each incineration batch. The advanced design limits ash residue to a maximum of 3% of the input waste, enabling easier ash handling and disposal while optimizing chamber cleaning schedules.

Q: What are the main benefits of using a microprocessor-based digital control panel in this incinerator?

A: A microprocessor-based control panel ensures accurate temperature regulation, real-time process monitoring, and automated burner control. This promotes operational consistency, improves batch processing efficiency, and simplifies troubleshooting for users.

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