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Total System Testing & Analysis

Industrial Efficiency Program that Works

Industrial draft systems are one of the largest energy consumers in your plant. When fans run inefficiently, power costs climb, reliability drops, and production suffers.

ProcessBarron performs on-site airflow testing and draft system analysis to uncover inefficiencies, quantify losses, and deliver clear, actionable fixes.

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Find the Energy Loss Hiding in Your Fans

We test and analyze the fans that keep your plant running:

  • Primary Air Fans
  • Forced Draft Fans
  • Over-Fire Air Fans
  • Flue Gas Recirculation Fans
  • Induced Draft Fans
Even small inefficiencies in these systems can cost hundreds of thousands annually.

Onsite Technical Services & Capabilities

Total System Evaluation, not Isolated Measurements

ProcessBarron’s onsite technical services go beyond fan repair. Our testing and analysis cover the full scope of your fan and draft system:

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Fan Performance Testing

Airflow, pressure, horsepower, and efficiency measurement

Draft System Testing

Evaluation of ductwork, stacks, dust collectors, and flow paths

Fan Balancing & Vibration Analysis

On-site diagnostics, natural frequency testing, and NDT

CFD Flow Modeling

Predict airflow behavior and identify design inefficiencies

Finite Element Analysis (FEA)

Structural stress analysis and fatigue life prediction

Right-Sizing Fans

Optimize fan capacity to match system resistance

Emergency & Preventive Fan Services

Rapid Response When Downtime Isn’t an Option

ProcessBarron is known as America’s Emergency Fan Repair Company. Following system testing, our technicians can immediately:

  • Repair or replace impellers, shafts, bearings, and housings
  • Retrofit or rebuild fan components to OEM or better standards
  • Perform dynamic balancing and vibration mitigation
  • Remove obstructions and improve duct system flow
  • Install repaired or upgraded fans onsite within days

AWS-certified craftsmen and NDT inspection ensure all repairs meet industry standards. New and repaired impellers include a one-year manufacturer’s warranty.

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Industrial Efficiency Program (IEP)

Using Fan System Testing to Drive Plant Efficiency

ProcessBarron’s Industrial Efficiency Program (IEP) combines industrial fan system testing, draft system analysis, and predictive maintenance to optimize plant performance. IEP applies a total-system approach that reduces energy costs, increases reliability, and uncovers profit opportunities.
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IEP Features:

  • Internal and External System Inspections: Visual, thermal, and drone-based assessments
  • Industrial Fan System Testing: Airflow, pressure, vibration, and energy efficiency measurements
  • Predictive Analytics: Identify high-risk components and anticipate failures
  • Efficiency Upgrades: Right-sizing, duct modifications, and fan improvements
  • Energy & Cost Savings: Reduce parasitic loads and lower operating costs

IEP Benefits:

  • Improved safety for personnel and equipment
  • Maximized outage productivity through pre-planning
  • Increased daily operational efficiency with optimized airflow and fan performance
  • Long-term profit opportunities through energy reduction and extended equipment life

Case Study Highlights:

  • Cement Plant: Inspection of underperforming ID fans identified air in-leakage, saving ~$354,760/year in energy costs.
  • Steel Plant: Baghouse fan inspection revealed overloading and improper damper operation, reducing CO₂ emissions by 7,729 metric tons/year and saving $472,795/year in energy and maintenance.
  • Power Plant: Thermal inspections of ductwork and dust collectors prevented unplanned outages, saving $20,000/day.
  • Paper Plant: Recovery boiler and ESP inspections reduced potential fines and saved $300,000–$450,000 per outage.
  • Ash storage silos

Right-Sizing & Efficiency Upgrades

Fan Modifications That Reduce Energy Costs

Using industrial fan system testing data, ProcessBarron engineers recommend and implement efficiency upgrades such as:
  • Fan impeller modifications or replacements
  • CFD-optimized ductwork adjustments
  • Flow path obstruction removal
  • Performance monitoring and vibration mitigation

Plants often realize 30–50% savings compared to OEM replacement costs, with measurable reductions in energy consumption and maintenance expenses.

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Frequently Asked Questions

What is industrial fan system testing?

It measures airflow, pressure, power consumption, vibration, and overall fan performance to identify inefficiencies and optimize operations.

Testing ensures fans operate at peak efficiency, reduces energy costs, prevents unplanned downtime, and extends the life of critical equipment.
ProcessBarron tests ID, FD, PA, OFA, FGR, and induced draft fans, as well as associated ductwork, dust collectors, and draft systems.
Annual or semi-annual testing is recommended, especially for critical fans supporting boilers and air pollution control systems.
Our team provides a detailed report with actionable recommendations, including repairs, upgrades, right-sizing, and efficiency improvements.
Yes. ProcessBarron can repair, retrofit, or upgrade fans immediately following testing to ensure optimized system performance.

Ready to Optimize Your Industrial Fan Systems?

Reduce downtime, prevent failures, lower energy costs, and improve plant performance with ProcessBarron’s industrial fan system testing and onsite services.

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