High Tech Diagnostic Services
Our Advanced High Tech Diagnostics Extend Equipment Life Extension Services, Improve Turbine Reliability and Output Performance, Resulting in Fewer Forced Outages and Less Costly Repair Costs.
Performance & Efficiency Optimization
Troubleshoot Thermodynamic Losses, Steam Leaks and Fuel Inefficiencies to Maximize Output and Cut Operating Costs.
Vibration & Magnetic Field Monitoring
Real-Time Vibration, Flux and Partial-Discharge Testing to Catch Wear, Insulation Faults and Magnetic Imbalances Before They Cascade.
Fault Recording & Forensic Analysis
Capture High-Speed Transient Data and Perform Metallurgical/Mechanical Root-Cause Investigations to Prevent Repeat Failures.
Advanced Turbine Diagnostic Services
Operational & Thermodynamic Troubleshooting
Identifies inefficiencies and performance deviations to optimize turbine output.
- Detects Steam Leaks, Fuel Inefficiencies, and Pressure Imbalances
- Improves Energy Efficiency and Reduces Operational Costs
- Helps Prevent Unexpected Shutdowns
Vibration Analysis & Balancing
Provides real-time vibration analysis and precision balancing to detect and correct issues.
- Collects High-Resolution Vibration Data
- Identifies Misalignment, Bearing Wear, and Structural Issues
- Reduces Mechanical Stress, Extends Component Lifespan, and Improves Reliability
High-Speed Fault Recording
Detects and troubleshoots issues based on high-speed data and the parameter that triggers the event.
- Detects Electrical Faults, Load Surges, and Mechanical Disruptions
- Provides Detailed Forensic Analysis of System Malfunctions
- Prevents Recurring Issues Through Early Detection
Partial Arc Discharge & Flux Testing
Detects early signs of insulation deterioration to prevent future outages.
- Provides Advanced Warning Before Major Insulation Failure Occurs
- Identifies Weak Points in the Stator Windings That May Lead to Failures
- Enables Real-Time, Continuous Monitoring Without Operational Interruption
Field Flux Density Testing & Analysis
Detects generator field shorted turns and defects.
- Detects Stator Core Degradation and Rotor Field Imbalances
- Ensures Optimal Generator Output and Efficiency
- Prevents Costly Power Generation Losses
Failure Forensic Analysis
Determines the root cause of failures through metallurgical, mechanical, and operational assessment.
- Provides Actionable Recommendations to Prevent Recurring Issues
- Reduces Downtime by Targeting the Root Cause
