Fin Fan Cooler Oil and Gas - Trocador de calor de tubo de aleta DATANG: Soluções eficientes de transferência de calor para suas necessidades.

Air Cooler/

Fin Fan Cooler Oil and Gas

Subfield Application Scenarios Technical Parameters
Metallurgy Blast furnace waste heat recovery 400°C, 200–1000 kW heat exchange
Food Processing Hot air circulation in drying systems Food-grade coating, pH 3–11 resistance
Pharmaceutical Reactor cooling/sterile temp. control Clean design, surface roughness Ra≤0.8μm

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Here is a technical overview of Fin Fan Coolers in oil and gas applications based on manufacturer specifications and industry standards:

1‌.Fin Fan Cooler Oil and Gas Structure & Core Components

  1. Heat Transfer Design

    • Utilizes finned tubes (aluminum fins + carbon steel/copper base tubes) to maximize surface area for gas/liquid cooling.
    • Common structures: Plate-bar for high-pressure resistance or spiral fin tubes for efficient turbulence generation.‌
  2. Seleção de materiais

    • Fins‌: Aluminum alloy (lightweight, corrosion-resistant).
    • Base Tubes‌: Carbon steel (high-pressure tolerance) or copper (superior thermal conductivity).‌

2.Fin Fan Cooler Oil and Gas‌ Performance Specifications

Parâmetro Range/Value Applications
Operating Pressure ≤300 bar (ASME/API compliant) Refinery steam condensation
Temperature ≤400°C Gas compression cooling
Cooling Capacity Customizable (35–264W to 600kW) Hydraulic systems, transformers‌
Noise Level Low (≤65 dB) Power plant auxiliary cooling‌

‌3.Fin Fan Cooler Oil and Gas Key Applications

  • Oil Refining‌: Condensing hydrocarbon vapors and cooling process fluids.‌
  • Gas Processing‌: Cooling compressed natural gas in dehydration units.‌
  • Power Infrastructure‌:
    • Transformer oil cooling (single/double-speed fans).‌
    • Turbine lube oil temperature control.‌
  • Hydraulic Systems‌: Aluminum plate-fin coolers for mining equipment (35bar max pressure).‌

4.Fin Fan Cooler Oil and Gas‌ Aquisição & Customization

  1. Certification Requirements

    • Mandatory: ASME, API standards for refinery/petrochemical use.‌
    • Optional: ISO 9001 for industrial machinery.‌
  2. Supplier Capabilities

    • OEM/ODM Support‌: Datang (Hebei) offer bespoke designs.‌
    • Critical Customization‌:
      • Fin height/pitch adjustments for specific thermal loads.
      • Hydrophilic/anti-corrosion coatings for offshore use.‌
  3. Quality Assurance

    • Brazed joints tested at 25–35bar pressure.‌
    • 12-month warranty standard; vacuum brazing technology for leak prevention.‌

5‌.Fin Fan Cooler Oil and Gas Commercial Notes

  • Pricing‌: Scales with size/customization
  • Logistics‌: FOB/CFR/CIF terms; wooden crate packaging.‌
  • Payment‌: Secure T/T (30% deposit + 70% pre-shipment).‌

Operational Tip‌: For high-sulfur environments, specify 316L stainless steel tubes to resist H₂S corrosion. Plate-fin designs outperform tube-fin types in compact spaces.

Air Cooled Heat Exchanger Specification Parameter Table

Model/Series Heat Transfer Area () Working Pressure (MPa) Operating Temp. (°C) Material Fin Type Application Scenarios
KL-350 350 0.63 ≤100 Aluminum rolled-fin tube Smooth fins Petrochemical, hydraulic system cooling
KL-454 454 0.63 ≤100 Al/Cu-Al composite Serrated fins (ratio ≥12) High-temp. flue gas waste heat recovery
FL-20 20 1.6 ≤100 Carbon steel (galvanized) Spiral fins Construction machinery hydraulic cooling
FL-45 45 1.6 ≤100 Stainless steel 316L Louvered fins Marine platform corrosion-resistant cooling
GP9X2 Series 85–110 4.0–6.4 ≤400 09Cr2AlMo rare-earth alloy L-type rolled fins Petrochemical crack gas high-temp. cooling

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