WHITE PAPER
Don't Let Fuel System Contamination Destroy Your Commissioning Timeline
Microscopic debris you can't see can cost you millions. Learn the safer, proven alternative to dangerous gas blows—and why the industry's leading EPCs trust FQE Power's fuel system cleaning expertise.
The Hidden Threat to Your Project
In three decades of commissioning gas turbine power plants, we've seen a pattern repeat itself: perfectly executed installations compromised by invisible contaminants.
Modern gas turbines demand fuel gas completely free of particles larger than 10 microns. Yet fuel system contamination remains one of the most under-recognized—and costliest—threats to successful commissioning.
The consequences are severe:
- Weeks to months of delays while you troubleshoot burner damage and filter plugging
- Millions in cost overruns from extended labor, equipment replacement, and facility costs
- Liquidated damages for missed commercial operation dates
- Long-term reliability issues that plague your plant for years
One microscopic metal shaving. One patch of hydrocarbon fouling. One overlooked section of piping. That's all it takes to trigger catastrophic burner damage and derail your entire commissioning schedule.
Why This Matters Now
After the tragic Kleen Energy explosion, gas blows are no longer a viable option for fuel system cleaning. The industry needed a safer, more effective solution.
FQE Power pioneered that solution.
This comprehensive white paper represents 30 years of field-proven expertise in gas turbine commissioning, distilled into actionable strategies you can implement immediately.
Inside This White Paper: A Complete Fuel System Cleanliness Roadmap
This isn't theory. This is battle-tested methodology from hundreds of successful commissioning projects.
- The Critical Importance of Fuel System Cleanliness
Why filtration systems aren't enough—and the real-world costs of contamination - Comprehensive Inspection & Documentation Strategies
Build a QA/QC system that catches problems before they become disasters - Construction Stage Cleanliness Strategies
Prevention vs. remediation: Why maintaining cleanliness during construction saves massive time and money - Hydrostatic Testing: The Primary Contamination Risk
The #1 cause of fuel system contamination—and how to execute it without destroying your timeline
- Commissioning Stage Cleaning Technologies
Understanding the physics: kinetic energy, Cleaning Force Ratios, and what actually works - Cleaning Method Comparison & Selection
Pigging, air blows, and FrothFlush™—quantitative performance data you can trust - Component-Specific Cleaning Strategies
Detailed protocols for filters, coalescers, heaters, compressors, scrubbers, and on-base piping - Conclusions & Recommendations
Your implementation checklist for preventing startup disasters
What This White Paper Will Do For Your Project
For EPC Contractors:
- Eliminate fuel system contamination as a source of schedule delays
- Meet OEM cleanliness specifications with confidence
- Reduce liquidated damage exposure
- Implement proven QA/QC protocols your team can follow
For Commissioning:
- Understand the physics behind effective cleaning (with calculations you can verify)
- Select the right cleaning method for each system component
- Validate cleanliness with measurable, defensible criteria
- Accelerate your path to commercial operation
For Plant Owners:
- Protect your capital investment from contamination damage
- Ensure long-term reliability from day one
- Reduce total commissioning costs through prevention
- Avoid the catastrophic delays that plague contaminated systems
The Cost of Waiting
Every day you delay addressing fuel system cleanliness is a day closer to discovering contamination during commissioning—when it's exponentially more expensive to fix.
Consider the math:
- Construction-stage prevention: Minimal incremental cost, integrated with existing activities
- Commissioning-stage remediation: Weeks of delays, equipment damage, extended labor costs
- Post-startup failures: Catastrophic burner damage, forced outages, warranty issues, reputation damage
The question isn't whether you can afford to implement proper fuel system cleanliness protocols.
The question is: Can you afford not to?
WHITE PAPER
Avoiding Disaster: How Clean Fuel Systems Save Turbine Projects
Discover the safer, more effective alternative to gas blows—and learn the proven strategies that prevent costly commissioning delays.
Need Expert Guidance for Your Specific Project?
Every fuel system presents unique challenges. Our engineering team can assess your specific conditions and recommend the optimal cleaning approach.
