Air Leakage Detection
Detect and quantify compressed air leaks across your system before they become a hidden source of energy loss. Our air leakage detection service helps identify leakage points, estimate losses and reduce unnecessary compressor energy consumption.
Find the Hidden Cost of Compressed Air Leaks
Even small leaks can continuously waste compressed air and force compressors to operate longer than necessary. We systematically inspect the distribution system to locate leakage sources and identify opportunities for energy and cost savings.
Leak Point Identification
Locate leaks at pipe joints, fittings, hoses, valves, connections and other compressed air system components.
Leak Severity Assessment
Evaluate detected leaks and prioritize them according to their potential impact on compressed air consumption.
Energy Loss Estimation
Estimate the compressed air and energy losses associated with identified leakage points.
Cost Saving Opportunities
Identify repair opportunities that can reduce compressor loading, energy consumption and operating costs.
Key Areas We Evaluate
Our leakage assessment focuses on the components and operating conditions that commonly contribute to compressed air losses.
Inspection of joints, couplings and connection points for compressed air leakage.
Assessment of valves, fittings and accessories for leakage sources.
Inspection of hoses and flexible connections for deterioration and air loss.
Estimation of compressed air loss from identified leakage points.
Evaluation of the potential energy and financial impact of air leakage.
Prioritization of leaks to support practical and cost-effective corrective action.
Stop Paying for Lost Compressed Air
Identify hidden air leaks, understand their energy and cost impact, and improve the efficiency of your compressed air system with a targeted leakage detection assessment.
Air Leaks
Air leaks not only lead to wasted output but also have detrimental effects on production, including:
- Causing a drop in system pressure.
- Decreasing the efficiency of plant and equipment.
- Shortening the lifespan of equipment due to more frequent cycling.
- Increasing the need for additional maintenance due to longer running times.
- Imposing unnecessary air demand on compressors.