Highlights

Highlights


Benefits

  • 36.8% efficiency in mechanical drive; up to 84% thermal efficiency in combined heat and power
  • Flexible operation to 50% of rated speed; ideal in mechanical drive—can start with fully pressurized compressor
  • Lower maintenance costs and 35,000 hours MTBM—automapping eliminates seasonal DLN tuning and intermediate boroscopic inspections
Features

  • Rugged, high-performance axial flow compressor
  • Single-row annular combustion system for best-in-class low emissions and wide fuel flexibility
  • Highest efficiency over the entire power range thanks to variable-geometry, low-pressure turbine nozzle technology
Applications

  • Onshore and offshore
  • Pipeline, gas storage
  • Industrial, and combined head and power

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      NovaLT™12 pushes the boundaries of the NovaLT™ family to a new level. It’s designed to deliver high efficiency and low total costs of ownership in power generation and mechanical drive applications.
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          The NovaLT™12 is designed for up to 35K hours mean time between maintenance (MTBM),, and targeting 24-hours engine swap. It is easy to be installed and it is an ideal solution to replace aged Fr3 gas turbines.

          Overview

          The NovaLT™12 gas turbine draws on our latest innovations combined with the best proven technologies and fleet experience from our entire gas turbine portfolio.

          Specification
          Mechanical drive

          Power (MW/HP)

          13/17,400

          Efficiency (%)

          36.8

          NOx emissions (ppm)

          15*

          Exhaust temperature (ºC/ºF)

          496/924.8

          Speed (rpm)

          4,450-8,900

          Hot gas path inspection

          35,000

          Major inspection

          70,000

          Package dimensions (m/ft)

          8.8x2.5x3.5/28.9x8.2x11.5 (LxWxH)

          At ISO conditions with natural gas fuel, ambient temperature 15ºC, no inlet or exhaust losses, sea level, 60% relative humidity. Package dimensions exclude driven equipment.

          * 9ppm upon request

          Specification
          Power generation (50/60 Hz)

          Power (MW)

          12.5

          Efficiency (%)

          35.3

          NOx emissions (ppm)

          15*

          Exhaust temperature (ºC/ºF)

          496/924.8

          Speed (rpm)

          4,450-8,900

          Hot gas path inspection

          35,000

          Major inspection

          70,000

          Package dimensions (m/ft)

          14.3x2.5x3.5/46.9x8.2x11.5 (LxWxH)

          At ISO conditions with natural gas fuel, ambient temperature 15ºC, no inlet or exhaust losses, sea level, 60% relative humidity. Package dimensions include driven equipment.

          * 9ppm upon request

          The best from two worlds

          NovaLT™12 gas turbines blend the robustness of our frame technologies with the modular maintenance capabilities of our aeroderivatives.

          NovaLT12 Both Worlds

           

          Axial compressor

          Evolved from our Frame 5/2E design, the NovaL™T12 gas turbine has one stage added (from 11 to 12) for improved efficiency and a higher pressure ratio (from 17:1 to 19:1).

          NovaLT12 Axial Compressor

           

          Extended maintenance plan

          The NovaLT™12 gas turbine is designed for up to 35,000 hours mean time between maintenance (MTBM) without boroscope inspections, and targeting 24-hour engine swap. Real-time condition monitoring anticipates and helps prevent problems. If problems do occur, 24/7 product support service is available.

          NovaLT12 Maintenance

           

          DLN automapping

          Thanks to automapping, dry low emission (DLN) tuning is required and performed only during commissioning (which is 90% faster than for a traditional system), and every four years thereafter via remote connection with our RM&D Centers.

          NovaLT12 Automapping

           

          Hydrogen for energy transition

          NovaLT™12 gas turbines can burn up to 30% hydrogen in DLN mode, and we’re moving toward 100% H2 capability.

           

           




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