What Is an Industrial Incinerator and How Does Incineration Work?
An incinerator is a specialized device used for burning waste materials, efficiently reducing it to ash. The concept of waste incineration has existed for thousands of years as communities searched for solutions to manage waste. With the advent of the industrial revolution, the challenges associated with waste disposal grew more complex. New industries began generating hazardous materials, creating a critical need for efficient, safe, and environmentally responsible incineration technologies.
Common Types of Waste Incinerated:
- Agricultural waste
- Municipal and commercial refuse
- Medical and hospital waste
- Industrial byproducts
- Biological materials and human remains
At its core, incineration is the controlled burning of solid or liquid materials at high temperatures often between 1400°F and 2200°F depending on the application. This is achieved with a long, luminous, but controlled flame reaching directly on the waste. This allows for more effective incineration of the waste. The flame will either be used for light off only or continuously on to ensure complete decomposition. The goal is to convert waste into ash which can then be more easily disposed.
| Table 1 – Common Waste Categories (By Weight and Heating Value) | ||||
| Waste Class | Waste Type | Calorific Value | Input Needed | Examples |
| No.1 | Dry/Combustible Waste | High | Flame only needed for light off | Plastics, Rubber, Dry Paper/Cardboard |
| No. 2 | Average Municipal/ Commercial Waste | Medium | 70lbs per 100MBH | Municipal Solid Waste (MSW), Mixed Commercial Waste |
| No. 3 | Low Calorific/Wet Waste | Low | 25lbs per 100MBH | Sewage Sludge, Food Waste, Contaminated Solids |
| No. 4 | Essentially Non-Combustible | Very Low | 13lbs per 100MBH | Aqueous Slurries, Highly Mineral Waste |
For safe and compliant operation, refer to Title 40 Protection of the Environment – Code of Federal Regulations (CFR), ANSI Z223.1, National Fuel Code, and any other relevant local codes. Additional classifications of waste can be found on the US EPA’s website here.
Key Components of Modern Industrial Incinerators
A modern incineration system typically includes several key components that work together to ensure efficient and safe disposal of waste materials. At the heart of the system is the combustion chamber – a robust enclosure where waste is exposed to high temperatures and the controlled flame essential for thorough decomposition. This chamber is designed to withstand intense heat and maintain optimal combustion conditions.
- Combustion chamber: The main area where waste is incinerated under controlled high temperatures, transforming organic matter into ash and significantly reducing volume.
- Burner: Midco’s Incinomite burner supplies the necessary flame to ignite and sustain the combustion process. These burners can fire downward at a 10° angle which can help direct heat and improve burn efficiency for different waste types.
- Airflow and draft controls: These regulate the amount of oxygen in the combustion chamber which is crucial for complete waste breakdown and efficient burning. When a natural draft is used and the chimney exceeds 25 feet in height, a barometric damper is recommended to stabilize airflow and maintain proper draft.
- Emissions management components: Modern incinerators are equipped with filters, scrubbers, or other devices that capture and treat exhaust gases and particulates, helping to minimize environmental impact and meet regulatory standards.
All of these components are combined to ensure that incineration not only reduces the volume of waste but also does so in a manner that is efficient, safe, and environmentally responsible.
Figure 1 – Typical Industrial Incinerator System
Why Choose Midco International’s Incinomite Burner?
Midco International’s Incinomite burners are engineered to deliver efficient and reliable direct-flame waste incineration for commercial and industrial applications.
Midco’s Incinomite burners have been trusted since the 1970s for dependable performance in demanding environments. While technology has evolved over time, the fundamental design principles remain focused on combustion efficiency, durability, and operational reliability.
The Incinomite burners are engineered with integrated safety switches designed to support safe, reliable, and compliant incineration system operation. These built-in burner safeguards continuously monitor gas pressure, airflow, flame presence, and temperature conditions to ensure proper combustion and protect critical equipment. We offer piloted or direct spark ignition solutions ranging from 100MBH to 1200MBH input capacity. Further customization is available upon request.
With decades of combustion engineering experience, Midco International delivers incineration solutions designed for reliability, serviceability, and performance. Incinomite burners are supported by Midco’s proven burner technology and application expertise, helping customers achieve efficient waste disposal with confidence.
More information about Midco’s Incinomite series can be found here.
FAQ
- What kind(s) of fuel can be used?
- Natural Gas or Liquid Propane (field conversion kits available)
- What types of waste can be incinerated?
- Agricultural waste
- Municipal and commercial refuse
- Medical and hospital waste
- Industrial byproducts
- Biological materials and human remains
- Does incineration reduce volume?
- Yes, volume can be reduced up to 70-90%
- What temperature is required for complete waste incineration?
- The temperature required for complete waste incineration typically falls within the range of 1400°F to 2200°F. This range ensures efficient combustion and complete destruction of the waste. The exact temperature needed may vary depending on the type of waste being processed and specific regulatory or operational requirements