TP316L Steam Turbine Condensers For Thermal Power Plants
Product Details
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Steam Turbine Condenser,TP316L Turbine Condenser,Power Plants steam turbine surface condenser |
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Product Description
High-Efficiency Steam Turbine Condensers for Thermal Power Plants
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Optimized Heat Transfer: Our surface-type, single-shell, double-water-pass designs are engineered to minimize steam-side pressure drop while ensuring uniform heat transfer.
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Robust Metallurgy for Harsh Conditions: We custom-select materials based on your plant's specific cooling water chemistry. For facilities with high suspended solids or impurities, we utilize highly corrosion-resistant cooling tubes (such as TP316L stainless steel) and composite tube sheets (e.g., Q345R+316L) to ensure durability and allow for designated fouling tolerances.
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Thermal Expansion Integration: The structural design incorporates heavy-duty expansion joints for flexible axial connections, safely absorbing the massive thermal displacements generated between the turbine casing and the condenser body.
| Specification | Technical Details |
| Equipment Type | Surface-type Condenser, Single-shell, Double-water pass |
| Matching Turbine | SST‑600 (Axial Exhaust) |
| Machine Rating | 185 MW (CHP Unit) |
| Heat Transfer Area | 17,200 m² |
| Design Back-Pressure | 4.5 kPa(a) (Rated) |
| Max Exhaust Flow | ~340 t/h (Pure condensing condition) |
| Cooling Tube Material | TP316L Stainless Steel |
| Shell Design Pressure/Temp | -0.1 / +0.1 MPa(g) at 120°C |
| Hotwell Volume | ~115 m³ |
| Design & Testing Standards | ASME PCC-2 (Testing), ASME VIII (NDT) |
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How does the condenser maintain vacuum stability during massive load changes?In CHP plants (like paper mills), process steam demands constantly fluctuate, which drastically alters the exhaust steam flow entering the condenser. Our condensers are designed with optimized internal steam lanes and a highly responsive hotwell capacity (e.g., 115 m³) to buffer these variations, ensuring the back-pressure remains stable regardless of the extraction load.
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Why use TP316L stainless steel tubes instead of standard copper or titanium?Material selection is dictated by the cooling water chemistry. In industrial settings where the circulating water isn't pure seawater but contains high suspended solids, chlorides, and process impurities (common in pulp mills), standard copper can rapidly degrade. TP316L offers exceptional localized corrosion resistance and allows the condenser to operate safely even with a designated fouling buildup (e.g., a fouling factor of 0.00017 m²·°C/W).
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What quality standards do your condensers meet?Our heavy-duty condensers are designed, fabricated, and tested in strict accordance with ASME standards, utilizing ASME PCC-2 for pressure and helium leak testing, and ASME VIII for non-destructive testing (NDT) on all critical welds.
Product Highlights
High-Efficiency Steam Turbine Condensers for Thermal Power Plants Usage and Application The steam surface condenser is a critical thermal management component within any thermal power plant or Combined Heat and Power (CHP) facility. Positioned directly beneath the steam turbine exhaust, its primary ...
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