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Combustible Waste Incinerator

Price 100000.0 INR/ Piece

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Combustible Waste Incinerator Specification

Frequency
50-60 Hz Hertz (HZ)

Accuracy
100 % %

Model No
CWI-100

Core Components
Chamber, Burner, Blower

Temperature Range
Up to 1200 C Celsius (oC)

Voltage
230 V / 415 V Volt (v)

Capacity
Up to 100 kg/hr Kg/hr

Power Source
Electric/Diesel

Feature
Highly Efficient

Automation Grade
Semi-Automatic

Measurement Range
Variable

Equipment Materials
Mild Steel (MS) or Stainless Steel (SS)

Type
Combustible Waste Incinerator

Usage
Laboratory

Display Type
Digital

Dimension (L*W*H)
1700 x 850 x 1400 mm Millimeter (mm)

Weight
Approx. 650 kg Kilograms (kg)

About Combustible Waste Incinerator

Combustible Waste Incinerator

Specifications of Combustible Waste Incinerator

We are manufacturer, supplier and exporter of a wide range of Combustible Waste Incinerator which are built to the need of our customers to improve the environment to control hazardous solid caste. The incinerator reduces most combustible solid wastes to nearly 2-3 percent by weight. We design an build incinerators for specific needs Ibr specific wastes. Our Bio Waste Oil Fired Medical Incinerator also consists of Oil tired burner.

Features:

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 (CPCB)
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.

Users:

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:

Capacity Kg/hr: 5 to 75.
Material: Stainless steel.
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:

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:

Incineration 1000 C.
Maximum CO level: 55 mg/m3.
Combustion efficiency: 99.9%.
Material: Stainless steel.

Advanced Double Chamber Design

The incinerator utilizes a double chamber construction, ensuring optimal combustion and reduced emissions. The inner chamber is 6 mm thick for longevity, while the outer chamber has a 3 mm profile, providing robust insulation. This configuration efficiently processes combustible waste up to 100 kg/hr.

Environmental Compliance and Safety

Equipped with a 6-meter chimney and precise temperature control up to 1200C, the incinerator meets all current environmental standards for laboratory waste disposal. The design ensures minimal ash production, keeping residue under 5% of input volume, which supports safe and eco-friendly operation.

User-Friendly Semi-Automatic Operation

The microprocessor-based control panel and auto ignition system make startup straightforward. Operators can manage the incinerator through its digital display, adjusting operational parameters as needed for different laboratory waste streams, while the semi-automatic grade offers both convenience and safety.

FAQs of Combustible Waste Incinerator:

Q: How does the Combustible Waste Incinerator achieve high efficiency in laboratory waste disposal?

A: The incinerator uses a double chamber burning method with optimized insulation and combustion dynamics, allowing it to efficiently process waste up to 100 kg/hr while maintaining minimal ash residue and meeting strict emission norms.

Q: What materials are used in the construction of the incinerator chambers?

A: The inner chamber is crafted from either mild steel (MS) or stainless steel (SS) with a thickness of 6 mm, and the outer chamber is 3 mm thick, ensuring durability and thermal stability during operation.

Q: When is this incinerator suitable for use?

A: It is ideal for laboratory environments needing safe and compliant disposal of combustible waste, especially when high accuracy and operational efficiency are required, as offered by its microprocessor controls.

Q: Where can the incinerator be installed for optimal operation?

A: The incinerator should be placed in a well-ventilated laboratory area with appropriate space (1700 x 850 x 1400 mm), access to power sources (230V/415V), and allowance for the 6-meter chimney to ensure proper emission dispersion.

Q: What is the process for waste incineration in the CWI-100 model?

A: Combustible waste is loaded into the double chamber, activated via auto ignition. The microprocessor-based panel manages burning parameters, maintaining temperatures up to 1200C. The blower and burner ensure complete combustion, and ash residue (less than 5%) is collected post-operation.

Q: How do users benefit from the automatic ignition and digital control panel?

A: The auto ignition system eliminates manual startup, reducing errors and enhancing safety. The digital control panel allows precise adjustment of parameters and displays real-time system information, ensuring easy management and reliable results.

Q: What is the advantage of compliance with environmental norms?

A: Meeting environmental standards ensures that laboratory waste is disposed of safely without harmful emissions. The incinerators design, chimney height, and combustion efficiency minimize environmental impact, supporting responsible laboratory operations.

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