Many industrial processes depend on maintaining steady vacuum pressure to function efficiently, such as black liquor evaporation, and clinker production. Vacuum leaks create differential pressure, leading to inefficiencies, energy waste, and potential equipment or product damage. Acoustic imaging provides a fast and reliable way to locate these leaks by visualizing the high-frequency sounds they produce.

Fugitive emissions, such as gas leaks from valves, flanges, and seals, pose serious environmental, safety, and financial risks. These leaks are often small and difficult to detect with traditional methods, leading to regulatory non-compliance and unnecessary energy losses. Acoustic imaging provides a fast, non-intrusive way to locate fugitive emissions by visualizing the ultrasound produced as gas escapes under pressure.

Compressed air is one of the most expensive utilities in industrial facilities, yet leaks often go undetected, leading to significant energy waste and inefficiency. Airborne ultrasound inspection with acoustic imaging makes it easy to locate and visualize these leaks in real time, even in noisy environments. By identifying and repairing leaks promptly, facilities can reduce energy costs, improve system performance, and extend the lifespan of compressors.

Airborne ultrasound inspection with acoustic imaging is a powerful tool for monitoring critical drivetrain components such as couplings, conveyors, belts, chains, and drives. These assets often operate under heavy loads and are prone to wear, misalignment, and lubrication issues, which generate high-frequency sound as friction and impact increase. Acoustic imaging allows maintenance teams to visualize these sounds in real time, making it easier to detect early-stage failures before they lead to costly breakdowns.

Unreliable electrical systems pose serious risks, from unexpected downtime to catastrophic failures and safety hazards. Issues like arcing, tracking, and corona discharge generate high-frequency sound, often undetectable by the human ear. Airborne ultrasound inspection with acoustic imaging makes these faults visible, allowing maintenance teams to pinpoint and address them before they escalate.