Thermal Oxidation (TO) System / Direct-Fired Incinerator
Thermal Oxidation (TO) System / Direct-Fired Incinerator
Thermal Oxidation (TO) System / Direct-Fired Incinerator
Thermal Oxidation (TO) System / Direct-Fired Incinerator
Thermal Oxidation (TO) System / Direct-Fired Incinerator
Thermal Oxidation (TO) System / Direct-Fired Incinerator
Thermal Oxidation (TO) System / Direct-Fired Incinerator
Thermal Oxidation (TO) System / Direct-Fired Incinerator
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Product details
FAQ
Essential details
MOQ:1
Shipping:Ocean freight
Product Introduction
High Concentration VOCs | Gas-Liquid Co-Firing | Clogging Resistant | Secondary Heat Recovery

The Zexuan Thermal Oxidation (TO) System is the definitive destruction choice for high-concentration, highly toxic, or particulate-laden process streams. Operating via a wide open-chamber "Direct Flame" methodology at 750℃ to 1,100℃ with a 0.5–2.0 second residence time, it eliminates high-load waste without clogging risks. Downstream energy can be recovered via custom recuperative heat exchangers.

Key Technical Advantages:
  • Anti-Clogging Path: No restrictive ceramic beds; easily handles heavy tars, soot, dust, and polymers without fouling.
  • Co-Firing System: Configured with multi-inlet burner arrays to incinerate process gases and atomized hazardous liquid waste simultaneously.
  • Heat Recovery Options: Integrates with recuperative exchangers, steam boilers, or thermal oil heaters to return up to 70% energy to the plant.
  • Premium Alloys: Internal high-temp zones use high-alumina refractories, with Inconel 625 or Hastelloy used for acidic/chlorinated gases.
Technical Specifications:
  • Air Flow Capacity: 500 to 40,000 Nm³/h
  • Destruction Efficiency (DRE): 99% - 99.99%
  • Operating Temperature: 750℃ - 1,100℃
  • Residence Time: 0.5 to 2.0 seconds
  • Inlet Limits: Safely processes rich feeds exceeding 25% LEL with explosion-proof controls.
Target Applications:
  • Chemical & Refining: Distillation tail gases, high-strength chemical vents, tank farm exhausts.
  • Pulp & Paper: Highly concentrated non-condensable gas (NCG) sulfur loops.
  • Wastewater Processing: Sludge dryer off-gases and ammonia-heavy vapor streams.

Our One-Stop Engineering Workflow

  1. Simulation & Calculation Advanced Flarenet & Fluent modeling for thermal radiation, gas velocity, and noise profiling.
  2. 3D Mechanical Design Site-specific structural modeling and wind load calculations matching global standards.
  3. Fabrication & FAT 100% factory welding inspection (RT/PT) and full loop Factory Acceptance Testing.
  4. Global Field Support On-site commissioning oversight and technical guidance by Zexuan field engineers.

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