TAURUS T7301 Dry NOx Gas Turbine (1996)

ReflowX SKU: REF-8859

Product Details

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Model: Taurus T7301
Year: 1996
Manufacturer: Solar Turbines (now part of Caterpillar Inc.)
Engine Type: Industrial gas turbine with dry low-emission (DLE) combustion system
Fuel Type: Natural gas (with capability for other gaseous fuels such as propane or biogas, depending on configuration)
Application: Power generation, combined heat and power (CHP), mechanical drive, and other industrial applications
Configuration: Single-shaft turbine design, suitable for both simple and combined cycle operation

Power Output:
- Electrical Output:
  - Nominal: 25 MW at 50 Hz
  - Maximum: 28 MW (variable depending on operational conditions)
Efficiency:
- Simple Cycle Efficiency: Approximately 32-34% (depending on load and operational conditions)
- Combined Cycle Efficiency: Up to 50-55% (when used in combined cycle with a steam turbine)
Heat Rate:
- Simple Cycle Heat Rate: Around 10,000 - 11,000 kJ/kWh
- Combined Cycle Heat Rate: Approximately 6,500 - 7,000 kJ/kWh (with a heat recovery steam generator)
Exhaust Temperature:
- Typically around 460°C - 510°C at full load (varies depending on ambient conditions and load)

Start-up Time:
- Fast start-up time, typically within 10-15 minutes from a cold start, enabling quick response to load changes or grid demands
Load Response:
- Fast load-following capability and high reliability in grid-connected operations
Ambient Temperature Range:
- Operational Range: Capable of operating in temperatures ranging from -30°C to 50°C, with options for tropical and arctic climates

Dry Low NOx Combustion System:
- Designed to achieve low NOx emissions, typically below 25-30 ppm at 15% O2
- Ideal for meeting stringent emissions standards, including U.S. EPA and European regulations
CO Emissions:
- CO emissions typically around 50-100 ppm at 15% O2
Particulate Matter:
- Extremely low particulate emissions, making it suitable for environmentally sensitive areas

Control System:
- Advanced digital control system for optimized performance and reliability
- Remote monitoring and diagnostics capabilities for operational insights, allowing for predictive maintenance and real-time analysis
Safety Features:
- Equipped with safety sensors for overspeed, high temperature, and vibration detection
- Redundant systems ensure continued safe operation during routine maintenance or failure of non-critical components

Dimensions (approx.):

Weight (approx.):

Exhaust Stack Dimensions:

Diameter: 1.2 meters (3.9 feet)
Height: Typically 15 - 20 meters for optimal dispersion of exhaust gases

Maintenance Interval:
- Typically requires major overhauls every 20,000 - 25,000 hours depending on load and maintenance practices
MTBF (Mean Time Between Failures):
- Designed for high reliability, with a long operational life and low downtime due to Solar’s advanced engineering and durable components
Serviceability:
- Designed for easy accessibility of critical components for routine maintenance, with a modular design to reduce repair times
Lubrication System:
- The turbine is equipped with a fully pressure-lubricated system, reducing wear on components and extending maintenance intervals
  
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