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Gas Turbine Systems
22.4 MW (30,000 hp)
40% Efficiency_________________________________________________________
Improved Availability
- Higher Reliability
- Improved Durability
- Longer Run Times
Low Emissions
Wider Fuel Range
Improved Serviceability
Compressor Sets
Generator Sets
Mechanical Drives
Top Level Requirements
Gas Turbine Evolution
Titan 130
Titan 250 762 mm (2.5 feet)
Structural Size Comparison
Caterpillar: Non-Confidential
Titan 250 Gas Turbine
Power TurbineThree-Stage
Gas Producer TurbineTwo-Stage
CombustorDry Low Emissions
Compressor 16-Stage Axial
Titan 250 Performance
38, 25, 15 ppm Nox, 25 ppm CO, 10 ppm UHCNatural Gas Emissions
865°FExhaust Temperature
6,300 rpm (optimum)7,000 rpm (maximum)Power Turbine Speed
24:1Pressure Ratio
541,590 lb/hrExhaust Flow
38.9% (generator)40.0% (shaft)Efficiency
8776 Btu/kW-hr6361 Btu/shp-hrHeat Rate
21,745 kWe30,000 shpPower Output
GSCS/MDParameter
Performance data is at rating point, nominal, ISO, no losses, natural gas fuel,SoLoNOx combustor, optimum PT speed.
Engine
60 Hz RGB
Generator
Package Design
COMPRESSOR SET
GENERATOR SET
MECHANICAL DRIVE
Improved Structurally-Designed Skid
Modular On-skid Subsystems:
- Lube Oil, Fuel and Control
Modular Ancillary Systems
- Inlet, Exhaust, Fuel Processing
Full-Access Enclosure Doors (85 dba)
Regularly Serviced Parts Near Skid Edge
Underside Trolley System (GT Service)
Service Rail System - Lateral
Program Timeline
Titan 250 Test Cell
Titan 250 & C85 Compressor Set Package
2005 Start Design2006 Design & Development2007 Sub-scale Testing2008 Full-scale Testing2009 First Delivery2010 Field Support
Production Shipments2011 Fuels Development
Product Summary
Hybrid Low Risk Design
High Efficiency (40%)
Low Emissions
Higher Level of In-Situ Serviceability
Power and Speed Optimally Matched to Driven Equipment
1st unit onsite N. America Pipeline
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