Full installation site of a combustion treatment system

ODOR CONTROL SYSTEM

Combustion Treatment System

Treating high-concentration odor and organic gases through a stable combustion reaction.

COMBUSTION TREATMENT

Oxidizing odor gas with thermal energy
for stable decomposition.

A combustion treatment system treats gas containing odor and VOCs by oxidizing it in a reaction chamber. We analyze the inflow gas's concentration, composition, temperature, and flow rate to set the required reaction conditions.

Changjo Eng designs a combustion system tailored to each site, considering not only treatment performance but also fuel consumption, equipment safety, and the startup and shutdown process.

PROCESS FLOW

Treatment Process

Pre- and post-treatment stages are combined to fit each site's conditions.
01

Odor Gas Capture

Gas is stably captured at the source and its flow rate is evened out.

02

Safety Pre-treatment

Moisture and dust are managed and safety conditions are checked before operation.

03

Combustion Oxidation

Odor and organic gases are oxidized at the set temperature and residence time.

04

Discharge & Heat Management

Treated gas is discharged and heat is efficiently managed based on operating conditions.

Combustion treatment system burner and reactor

SYSTEM ENGINEERING

Temperature, time, and mixing are designed together.

Stable combustion treatment requires not only sufficient reaction temperature but also even gas mixing and adequate residence time in the reaction chamber. Automatic control that reflects field load fluctuations secures both treatment performance and operating stability.

  • Reaction Condition OptimizationTemperature and residence time set to match gas composition
  • Load Fluctuation ResponseControl that responds to changes in inflow concentration and airflow
  • Safety InterlocksStaged protection against abnormal temperature and pressure
  • Maintenance AccessEquipment layout that accounts for inspection and consumable replacement

DESIGN POINT

Design that accounts for real-world operation

Temperature Control

Reaction temperature is kept stable to prevent overheating and incomplete reaction.

Operating Stability

A control system is configured to monitor pressure, flow rate, and combustion status.

Maintenance Convenience

Accessibility and work space are secured for easy inspection and replacement of key components.