Aeroderivative Turbine Solutions
Fast-Track, Utility-Scale Generation.
Modular zero-hour rebuilt turbine systems for large projects requiring dependable capacity, rapid deployment, and phased scalability.
Discuss a Turbine Project25–50 MW building blocks
Scalable power aligned to project growth.
N2 Energy Partners can deliver zero-hour rebuilt aeroderivative gas-turbine systems in modular blocks ranging from approximately 25 MW to 50 MW.
The rebuilt turbine is integrated with newly supplied balance-of-plant equipment and project-specific controls, electrical systems, and emissions technology.
Clear equipment positioning
Zero-hour rebuilt turbine. New balance of plant.
A zero-hour rebuilt turbine has undergone a comprehensive rebuild and qualification process intended to return the equipment to a defined zero-hour operating condition.
The final plant is not represented as an entirely new turbine plant. It combines rebuilt turbine technology with newly supplied balance-of-plant systems and project-specific engineering.
Typical plant scope
A complete generation system—not a standalone machine.
Generation package
- Turbine and generator integration
- Controls and plant-management system
- Lubrication and auxiliary systems
- Cooling and exhaust systems
Electrical systems
- Switchgear and transformers
- Electrical distribution equipment
- Protection and controls
- Site electrical integration
Mechanical systems
- Fuel-gas conditioning
- Mechanical balance of plant
- Enclosures and fire protection
- Stacks and supporting systems
Delivery & lifecycle
- Installation and testing
- Commissioning and startup
- Operations planning
- Maintenance and lifecycle support
Exact scope depends on the turbine platform, site, fuel, emissions limits, operating profile, and client requirements.
Emissions-control capabilities
Designed around rigorous project requirements.
Environmental compliance and air permitting can determine whether a project is viable and how quickly it can be deployed.
- Selective catalytic reduction
- Oxidation catalysts
- Dry-low-emissions combustion systems
- Ammonia or urea delivery
- Continuous emissions monitoring
- Noise attenuation and stack design
- Air-dispersion and permitting support
- Environmental compliance planning
Final compliance depends on the site, permit, fuel composition, operating profile, equipment configuration, and completed engineering.
Modular plant configurations
Build capacity as the requirement grows.
Evaluate the complete project