Product Summary

The self-supported elevated flare system is a cost-effective, reliable solution for emergency pressure relief and safe combustion of hydrocarbon gases in oil & gas and refining operations. Designed in accordance with API 521 guidelines, it features high efficiency, low thermal radiation, and smokeless combustion. The self-supporting structure eliminates the need for guy wires, simplifying installation and reducing footprint.

Key Selling Points

• API 521 Compliant Design: Ensures reliable overpressure protection in accordance with industry standards. (Source: Scenario special requirement)
• Smokeless Combustion: High combustion efficiency (≥98%) reduces visible smoke, meeting environmental goals. (Source: Product spec)
• Low Thermal Radiation: Effective flame management keeps thermal radiation low, protecting personnel and equipment. (Source: Scenario special requirement)
• Corrosion Resistance: Materials like SS304/316L and Inconel 625 withstand harsh coastal or sour gas environments. (Source: Product material list)
• Minimal Footprint: Self-supporting design reduces ground space requirements, ideal for congested refineries. (Source: Product type description)

Technical Specifications

Models and Options

Self-supported flares are available in the ZX-SSEF series, with custom heights, tips, and control systems. Options include:

• Flare tip design (cubic, sonic, multi-point)
• Ignition: auto, pilot, or remote
• Control: PLC with SCADA interface

Materials and Structure

Designed from high-grade steel with optional hot-dip galvanizing. The self-supporting structure uses a tapered stack design to minimize wind loads while maintaining strength. High-temperature zones incorporate stainless steel and Inconel for maximum life.

Applications

• Oil & gas refineries
• Petrochemical plants
• LNG terminals
• Gas processing facilities
• Offshore & onshore facilities

Customization

We can tailor the flare system to your specific process: gas composition, flow rates, and site constraints. Additional features include gas recovery, knock-out drums, and advanced burner controls.

FAQ