flame flashback arrestor for chemical waste gas burner

Flame Flashback Arrestor for Chemical Waste Gas Burner In high‑temperature waste‑gas combustion systems, uncontrolled flashback can damage burners, compromise safety, and halt production. Our flame fl

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Flame Flashback Arrestor for Chemical Waste Gas Burner

In high‑temperature waste‑gas combustion systems, uncontrolled flashback can damage burners, compromise safety, and halt production. Our flame flashback arrestor for chemical waste gas burner provides a reliable, self‑resetting barrier that instantly blocks reverse flame propagation while allowing smooth gas flow. Designed for continuous‑duty operation in petrochemical, refinery, and hazardous‑waste facilities, it meets the rigorous standards demanded by plant engineers and procurement managers.

Real‑World Application Scenarios

The arrestor excels wherever a chemical waste gas burner is used to destroy volatile organics, recover energy, or reduce emissions. Typical installations include:

  • Refinery off‑gas incinerators handling hydrogen sulfide and light hydrocarbons.
  • Pharmaceutical waste‑gas treatment units processing solvent vapors.
  • Industrial boilers that burn mixed‑waste streams containing chlorinated compounds.
  • Municipal solid‑waste gasification plants where gas composition fluctuates widely.

In each case, the device protects the burner head and downstream instrumentation from sudden flame reversal, extending equipment life and minimizing unplanned shutdowns.

How It Works – Simple, Fail‑Safe Design

The core of our flame flashback arrestor is a dual‑stage, ceramic‑coated metal lattice. When flame attempts to travel upstream, the lattice heats rapidly, causing a controlled expansion that seals the flow path within milliseconds. As the temperature drops, the lattice contracts and re‑opens automatically, allowing normal gas flow to resume without manual intervention.

Key design elements that guarantee reliability:

  • Self‑resetting mechanism – no external power or actuators required.
  • High‑temperature ceramic coating – resists corrosion from acidic or chlorinated gases.
  • Modular inlet/outlet connections – compatible with NPT, BSP, and flange standards.
  • Low pressure drop – maintains burner efficiency even at full load.

Technical Specifications (customizable per order)

flame flashback arrestor for hydrogen boiler burner

Parameter Typical Range Notes
Working Pressure 0.1 – 2.5 bar (gauge) Higher pressures available on request.
Temperature Range -20 °C to +600 °C Ceramic coating protects against aggressive gases.
Material Stainless steel 316L, optional 904L Corrosion‑resistant alloys for acidic streams.
Connection Size ½" – 4" (NPT/BSP) or 1” – 6” flanged Adaptable to existing piping.
Duty Cycle Continuous (≥ 95 % uptime) Designed for long‑term operation.

All dimensions and material grades can be tailored to match your plant’s engineering drawings. Contact our engineering team for a detailed quote.

Industry Certifications & Safety Compliance

Our flashback arrestors are manufactured in ISO 9001‑certified facilities and meet the following standards:

  • ATEX Zone 1 equipment category II (Explosion‑proof).
  • CE marking in accordance with Machinery Directive 2006/42/EC.
  • Compliance with API 560 (Safety Devices for Refinery Systems).
  • Material certification per ASTM A240 (Stainless Steel) and EN 10204 3.1.

Documentation—including test reports, material traceability, and installation manuals—is supplied with every order to streamline your internal approval process.

Frequently Asked Questions

What is the minimum order quantity (MOQ) for a custom‑size arrestor?

We accept single‑piece prototypes for engineering validation. For regular production, the typical MOQ is 10 units, but larger runs are offered at discounted pricing.

Can the flame flashback arrestor for chemical waste gas burner be fabricated in materials other than stainless steel?

Yes. Options include Hastelloy C‑276, Inconel 625, or Monel‑K‑500 for extremely corrosive environments. Material selection is discussed during the quotation stage.

What is the typical lead time after order confirmation?

Standard models ship within 15–30 days. Custom engineering, material changes, or special certifications may extend lead time to 45 days.

Do you provide warranty and after‑sales support?

All units carry a 12‑month warranty against manufacturing defects. Our technical support team is available 24 × 7 for troubleshooting, replacement parts, and on‑site assistance if required.

Ready to protect your waste‑gas combustion system and ensure uninterrupted operation?

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