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GE IC3603A177AD9
1. Product Overview
IC3603A177AD9 belongs to the “IC Series Heat Exchangers” (IC = Indirect Condenser/Heat Exchanger). Its design adopts a “shell-and-tube” structure, specifically used to condense steam into liquid, while removing heat through internal heat transfer media (such as cooling water). This model is horizontally installed, suitable for industrial applications with large flow rates and high pressure differences.
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2. Technical Parameters
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Parameters
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Specifications/Range
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Model
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IC3603A177AD9
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Heat Exchange Tube Material
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Austenitic stainless steel (304/316) or high-pressure carbon steel (depending on process media)
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Shell Material
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Carbon steel Q345 / Q390 (or double-layer shell)
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Heat Exchange Area
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≈ 3,600 ㎡ (actual value depends on the number of heat exchange tube rows and tube diameter)
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Designed Steam Flow Rate
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≈ 177 t/h (based on model suffix 177)
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Designed Working Pressure
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1.6 MPa (approximately 230 psi)
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Designed Working Temperature
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≤ 200 °C (depending on pipe material)
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Inlet/Outlet Size
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600 mm × 800 mm (FL) or 1000 mm × 1200 mm (HL)
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Weight
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Approximately 20–30 t (depending on bracket and insulation thickness)
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Corrosion Resistance Grade
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NPS (NACE PR) suitable for corrosive media (such as acidic condensate)
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3. Structure and Composition
Shell
Made of Q345/Q390 carbon steel, with an insulation layer (usually glass wool + aluminum foil composite material) on the outside and anti-corrosion paint on the inner wall. The shell is equipped with a steam inlet chamber, a steam distributor and a steam discharge chamber inside.
Tube Bundle
Composed of multiple seamless stainless steel tubes (common diameter 20–30 mm), with tube ends welded to the tube sheet. The inside of the tube bundle is usually filled with cooling water (or other cooling media).
Tube Sheet
Usually made of forged steel or ductile iron, with high strength and corrosion resistance. Both sides of the tube sheet are the tube side inlet and tube side outlet respectively.
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4. Typical Application Fields
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Industry
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Specific Uses
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Power Station
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Boiler condensation system of thermal power plants, condensing turbine exhaust steam into water and recovering heat energy.
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Petrochemical Industry
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Waste heat recovery of furnace exhaust gas, distillation tower condensation, and compressor exhaust condensation.
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Paper Industry
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Steam condensation of paper machines and waste heat recovery.
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Metallurgy
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Furnace cooling and waste heat recovery of exhaust gas.
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Municipal Heating
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Steam condensation and water recovery of the boiler system in heating stations.
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