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Custom High-temperature Resistant Gas Turbine Exhaust Duct with Thermal Expansion Compensation and Optimized Flow-field

Product Summary
Custom gas turbine exhaust pipeline for power plants. Features high‑temperature resistant materials, thermal expansion compensation, optimized flow‑field design, and strict quality assurance. Improves efficiency, protects equipment, and ensures safe operation. Fully customized for various gas turbine models.

Product Details

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High-temperature Resistant Exhaust Pipeline

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Thermal Expansion Compensation Gas Turbine Exhaust Duct

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Optimized Flow-field Exhaust System

Material: High-temperature Alloy Steel, High-strength Carbon Steel
Thermal Insulation: Multi-layer Structure
Expansion Compensation: Multi-directional Thermal Displacement Absorption
Flow Resistance: Optimized Internal Flow Guide Structure
Surface Temperature: Controlled Outer Shell
Fabrication Standard: Power-industry Pressure-vessel And Pipeline Standards
Product Description
Exhaust Pipeline for Gas Turbine
Product Overview

Custom gas turbine exhaust pipeline is a key thermal-system component for gas-fired power plants and combined-cycle power units. It connects the gas-turbine exhaust outlet with waste-heat recovery equipment such as HRSG (Heat Recovery Steam Generator). This critical component safely guides high-temperature exhaust gas, compensates for thermal expansion and contraction, reduces heat loss, controls exhaust-gas flow field, and isolates high-temperature radiation.

Well-designed exhaust pipeline improves overall combined-cycle efficiency, protects downstream equipment, and ensures long-term safe and stable operation of gas-turbine power-generation systems. We provide fully customized exhaust pipelines for various models of heavy-duty and industrial gas turbines.

Key Features
  • Grade-matched High-temperature Resistant Material Solution - High-temperature alloy steel and high-strength carbon steel for inner shell, outer shell and supporting structures with high-performance thermal-insulation and refractory lining materials
  • Professional Thermal Expansion Compensation Design - Integrated expansion joints/compensators to absorb multi-directional thermal displacement with reasonable support and limit structures
  • Optimized Flow-field & Thermal-insulation Structure - Reduced exhaust-gas resistance and pressure drop with multi-layer thermal-insulation structure controlling surface temperature
  • Strict Fabrication & Complete Quality Assurance - Advanced welding processes, full-range non-destructive testing, dimensional verification and pressure-related inspection
Application Scenarios

Suitable for heavy-duty gas turbines, industrial gas turbines, combined-cycle power plants, distributed energy stations and cogeneration projects. Widely applied for new-project supporting, pipeline upgrading & retrofitting, worn-section replacement and performance optimization of existing units.

Custom Service

Please provide gas-turbine model, exhaust-gas parameters, layout drawings or site-condition information. Our engineering team will carry out thermal-mechanical calculation and structural simulation, and deliver customized design scheme as well as competitive quotation within short lead-time.

Scope of Service: New power-plant construction, unit capacity expansion, equipment retrofitting, overhaul replacement and on-site technical modification.

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