Industrial combustion equipment refers to machines and systems that burn fuels (gas, oil, coal, biomass, etc.) to generate heat or thermal energy for industrial processes. These systems are critical in industries where controlled, reliable heat is required.

1. Main Types of Industrial Combustion Equipment

 Industrial Burners–Ekgas

The core component where fuel and air mix and combust.

• Gas burners (natural gas, LPG, biogas)

• Oil burners (diesel, heavy oil)

• Dual-fuel burners

• Low-NOx burners (emission control)

Applications: Furnaces, boilers, kilns, ovens

 Industrial Boilers

Produce steam or hot water using combustion heat.

• Fire-tube boilers

• Water-tube boilers

• Steam boilers

• Thermal oil heaters

Applications: Power generation, food processing, chemical plants

 Furnaces & Kilns

High-temperature equipment for material processing.

• Reheating furnaces

• Heat treatment furnaces

• Rotary kilns

• Annealing furnaces

Applications: Steel, cement, glass, ceramics

 Industrial Ovens & Dryers

Provide controlled heating at medium temperatures.

• Batch ovens

• Continuous ovens

• Conveyor dryers

Applications: Food, coatings, electronics, textiles

Thermal Oxidizers & Incinerators

Destroy harmful gases or waste through combustion.

• Regenerative Thermal Oxidizers (RTO)

• Direct-fired thermal oxidizers

• Hazardous waste incinerators

Applications: Environmental protection, waste treatment

2. Key Supporting Components

To ensure safe and efficient operation, combustion equipment relies on:

• Gas pressure regulators

• Solenoid valves

• Shut-off valves

• Gas filters

• Ignition systems

• Flame detectors (UV / IR / ionization)

• Combustion controllers & PLCs

• Blowers and fans

3. Fuels Commonly Used

• Natural gas

• LPG / LNG

• Diesel & heavy oil

• Hydrogen (emerging)

• Biogas & syngas

• Coal & biomass

4. Key Performance Factors

When selecting or designing industrial combustion equipment, focus on:

• Thermal efficiency

• Fuel flexibility

• Emission levels (NOx, CO, CO₂)

• Temperature control accuracy

• Safety compliance (EN, CE, NFPA, ISO)

• Maintenance requirements

5. Typical Industrial Applications

• Steel & metal processing

• Chemical & petrochemical plants

• Cement & glass manufacturing

• Food & beverage processing

• Power plants

• Environmental systems

6. Trends in Industrial Combustion

• Low-NOx & ultra-low-NOx technology

• Digital combustion control & automation

• Hydrogen-ready burners

• Energy recovery systems

• Stricter emission regulations

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