Our 5-60MW Extraction Condensing Steam Turbine is the most flexible and versatile dual-purpose industrial turbine designed for comprehensive energy utilization. Different from pure condensing and back-pressure turbines, this unit can extract stable-pressure steam for industrial process use while generating electricity continuously. The remaining steam after extraction flows into the condenser for further power generation. It perfectly matches complex industrial working conditions with fluctuating steam and power loads, achieving optimal energy efficiency and maximum economic benefits for chemical plants, industrial parks, and large-scale cogeneration projects worldwide.
General Technical Parameters (Customizable)
Parameter Item | Specification Range | Remarks |
Rated Power | 5MW - 60MW | Full-range customization |
Inlet Steam Pressure | 3.43MPa - 13.1MPa | Medium / Sub-high / High pressure optional |
Inlet Steam Temperature | 400℃ - 535℃ | Saturated & superheated steam available |
Extraction Steam Pressure | 0.3MPa - 4MPa | Fixed / Adjustable pressure customized |
Exhaust Pressure | 0.004MPa - 0.012MPa | High vacuum condensing operation |
Rated Speed | 3000rpm / 6000rpm/8000rpm | 50Hz / 60Hz global grid adaptation |
Control Mode | DEH Digital Electro-Hydraulic Control | Automatic pressure & load regulation |
Operation Mode | 24/7 continuous heavy-duty operation | Industrial-grade stable design |
Design Life | ≥30 Years | Long-cycle service |
Product Classification
• Adjustable Extraction Turbine: Flexible steam pressure adjustment, suitable for fluctuating process steam demand, the most widely used type for global industrial projects.
• Fixed Extraction Turbine: Stable extraction pressure, perfect for production lines with constant steam consumption.
• Dual Extraction Turbine: Support two different pressure steam extraction, meeting complex multi-stage process requirements of large chemical plants.
Core Competitive Advantages
• Dual Functions of Power & Steam Supply: One set of equipment realizes both power generation and industrial steam supply, replacing two independent energy systems and greatly reducing initial investment cost.
• High-precision Steam Pressure Control: Adopts independent extraction adjustment system to maintain stable process steam pressure, not affected by power load changes, ensuring zero fluctuation of factory production.
• Ultra-strong Working Condition Adaptability: Automatically balance steam and power output. Generate more power when steam demand is low; supply more process steam when power demand is low, realizing dynamic intelligent matching.
• Optimal Cascade Energy Utilization: High-grade steam generates power first, mid-grade steam supplies production process, and residual steam continues power generation, maximizing overall plant energy efficiency.