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Direct-fired waste liquid thermal oxidizer WEDONE

Industrial thermal oxidation system for organic and halogenated waste liquids

Direct-Fired Waste Liquid Thermal Oxidizer WEDONE

High-temperature treatment for organic, high-salt and halogenated industrial waste liquids.

The WEDONE Direct-Fired Waste Liquid Thermal Oxidizer is designed to treat combustible industrial waste liquids through controlled high-temperature oxidation. It can be customized for complex waste streams generated by chemical, pharmaceutical, printing and related industries.

The system combines waste feeding, combustion, automated control and optional downstream flue-gas cleaning. Under properly designed operating conditions, it can provide efficient destruction of organic pollutants while supporting safe and stable operation.

• Operating temperature configurable within approximately 850–1100°C
• Designed for organic, high-salt and halogenated waste liquids
• Controlled residence time and combustion conditions
• Compact, modular structure to simplify transport and installation
• PLC control for automated monitoring and operation
• Compatible with multiple auxiliary fuels
• Optional waste-heat recovery to improve energy efficiency
• Downstream flue-gas cleaning customized to the waste composition
• Treatment capacity and configuration engineered for each project

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Frequently Asked Questions

What types of waste liquids can the system treat?

The system can be designed for combustible organic waste liquids and selected high-salt or halogenated waste streams. A detailed composition analysis is required to confirm feed compatibility, operating temperature and downstream treatment requirements.

How does the thermal oxidizer destroy organic pollutants?

The waste liquid is introduced into a controlled high-temperature combustion chamber. Adequate temperature, residence time, turbulence and oxygen availability promote the oxidation of organic compounds into simpler combustion products.

What operating temperature does the system use?

The operating temperature is generally configured within approximately 850–1100°C. The actual temperature depends on the waste composition, pollutant characteristics and applicable emission requirements.

Is flue-gas cleaning required after thermal oxidation?

It may be required, particularly for waste liquids containing halogens, sulfur, nitrogen, salts or metals. The downstream system can include quenching, wet scrubbing, particulate removal, DeNOx or other processes according to the expected flue-gas composition.

Can heat from the oxidation process be recovered?

Yes. Optional waste-heat recovery equipment can produce hot water, steam or hot air when the process conditions and plant energy demand make heat recovery practical.

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