Maximizing Heat Recovery from Flue Gases
RIBO Industries manufactures and supplies economiser coils for industrial boilers, engineered to recover residual heat from flue gases and transfer it to boiler feedwater.
By improving feedwater temperature before it enters the boiler system, our economiser coils help reduce fuel requirements, minimize heat losses, and improve overall thermal efficiency.
Designed for demanding industrial environments, RIBO economiser coils combine durable tube materials, precision bending, automated welding, and controlled fabrication for reliable long-term operation.
Reliable plain-tube coils for efficient heat recovery in industrial boilers.
High-surface-area finned tubes for enhanced heat transfer and recovery.
Welded-header coils designed for reliable fluid distribution and boiler integration.
Custom-built coils tailored to specific boiler dimensions, materials, and requirements.
Why Choose RIBO Economiser Coils?
RIBO economiser coils combine heat-transfer performance, fabrication precision, and operational durability for demanding boiler applications.
Typical payback within 18-24 months through reduced downtime, fewer replacement cycles, and lower maintenance costs.
High Energy Efficiency
Enhanced heat recovery from flue gases helps improve boiler efficiency and reduce thermal losses.
Fuel Savings
Preheating boiler feedwater reduces the energy required during steam generation, supporting lower fuel consumption.
Lower Emissions
Improved thermal efficiency helps reduce fuel usage and associated CO₂ emissions.
High Pressure Performance
Engineered for applications with pressure requirements up to 120 bar, with customizable configurations.
Thermal Resistance
Designed to withstand operating temperatures up to 550°C in demanding heat-recovery environments.
Long Service Life
Robust materials, precision welding, and controlled fabrication support dependable long-term operation.
Flexible Tube Design
Available with plain or finned tubes according to heat-transfer and application requirements.
Technical Specifications
Precisely engineered tube configurations, pressure capabilities, and fabrication processes for reliable industrial heat recovery.
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Parameter
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Specification
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|---|---|
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Tube Material
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Carbon Steel / Alloy Steel
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Tube Design
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Plain or Finned Tubes
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Tube Size Range
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38 mm – 76 mm OD
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Pressure Rating
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Up to 120 bar, customizable
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Temperature Resistance
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Up to 550°C
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|
Parameter
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Specification
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|---|---|
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Header Configuration
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Welded Headers
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Welding Technology
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Automated Welding
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Manufacturing Process
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CNC Machining, Automated Tube Bending, Precision Welding
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Testing
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Hydrostatic Pressure Testing, Ultrasonic Inspection, Radiographic Checks
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Compliance
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HAZ-Compliant Manufacturing & International Quality Standards
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Plain & Finned
Tube Configurations
Automated
Precision Welding
