Survey the site to locate, tag, and quantify leaks across compressed air, nitrogen, hydrogen, flare, vacuum, and other gas systems. We document severity and estimated loss so teams can prioritize repairs, recover capacity, and reduce operating cost.
Locate, tag, and quantify steam and condensate leaks across the facility. Because we’re not tied to any supplier, our findings stay focused on what the system actually needs, not what’s easiest to sell.
Identify failed, blowing, flooded, or underperforming steam traps. Detailed findings help teams prioritize repairs that recover lost energy and improve steam system reliability.
Use thermographic imaging to identify failed or degraded insulation, quantify heat loss, and prioritize repairs with measured data rather than visual assumptions.
Locate and quantify leaks across vacuum systems to reduce energy consumption, improve process performance, and support maintenance planning.
Evaluate supply, demand, storage, distribution, and controls to identify leak losses, control issues, compressor loading concerns, and practical opportunities to improve reliability and reduce operating cost.
Measure flow, pressure, and temperature across cooling water networks to understand current distribution, identify underperforming exchangers, quantify operating margins, and support optimization or future projects.
Assess firewater flow performance, hydraulic limitations, and distribution bottlenecks so teams can improve emergency readiness, validate system condition, and plan upgrades with better data.
Capture flow, pressure, and performance data for service water, clarified water, plant water, potable water, safety showers, and other liquid systems to identify root-cause issues, quantify bottlenecks, and support projects or corrective actions.
Measure operating conditions across any utility system to verify baselines, close instrumentation gaps, support troubleshooting, and improve model calibration for projects and ongoing operations.