Air Monitoring 13
Reducing Carbon Dioxide Emissions With an Acoustic Air Leak Detector
Mining Operations: How Acoustic Imaging Cameras Help Detect Compressed Air Leaks
The mining industry plays a vital role in extracting valuable resources from both the surface and subterranean layers of the Earth. Mining operations require robust and dependable equipment to ensure the safe and accurate extraction of minerals and metals.
Amongst the crucial equipment in this industry are air compressors, which have become a fundamental component in every stage of the mining process including powering various drilling methods, providing ventilation, and operating a multitude of tools in both underground and open pit mines. However, compressed air systems often face challenges, such as leaks, that lead to increased energy costs and reduced equipment effi ciency, affecting overall productivity and safety.
Undetected air leaks cause signifi cant energy waste and fi nancial losses in manufacturing facilities, where compressed air is widely used as a medium for transferring the energy needed in industrial processes. Leaks are to blame for many issues including wasted energy, drops in system pressure, increased production costs, and lowered effi ciency.
When using the acoustic camera such as the FLIR Si124- LD Plus, the company and its customers soon discovered that the device was able to detect leaks, save costs and help the environment by reducing CO2
emissions more effi ciently than any other solution.
Since the introduction of the acoustic camera, the detection speed has improved dramatically, and it is now possible to detect leaks from a distance of several tens of meters.
Benefi ts of an Acoustic Camera for Air Leak Detection
• Saves time, energy and costs and reduces carbon footprint by locating hidden compressed air leaks in time.
• Ensures operational continuity through early detection of air and gas leaks.
• Scans large areas quickly and pinpoints critical problems accurately, even in noisy industrial environments.
• Requires minimal training and is easy to incorporate into the maintenance cycle.
• Provides real-time results and actionable data for maintenance and repair plans through machine- learning-driven analytics.
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ilmt.co/PL/5BA4 For More Info, email:
email:
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Capturing Hidden Air Leaks in Time Prevents Serious Incidents and Saves Costs at a Pharmaceutical Plant
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A global pharmaceutical company discovered that an acoustic camera is a reliable, fast, and easy-to-use predictive maintenance method for detecting hidden air leaks in the plant area.
Air leaks are a common problem in industrial environments. According to studies on compressed air system leaks, the average leakage rate is around 25%, but some facilities are losing up to 80% of their compressed air through leaks. If not detected and addressed on time, these leaks may end up causing additional costs, unplanned stoppages, and even potential safety hazards.
By using an acoustic camera FLIR Si124-LD Plus for their regular predictive maintenance regime, the pharmaceutical company has been able to prevent potential safety issues and ensure the continuity of their operations by detecting air and gas leaks in the plant area. In addition to the obvious benefi ts of time, cost and energy savings, the company has been pleasantly surprised at how easy the device has been to incorporate into the maintenance cycle with minimal training.
More information online:
ilmt.co/PL/EVj6 For More Info, email:
email:
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SAVE TIME AND COSTS IMPROVE EFFICIENCY ENSURE SAFETY
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Acoustic imaging cameras have become a valuable and effi cient resource for detecting compressed air leaks in mining operations. These cameras offer the advantage of swiftly and precisely pinpointing the origin of a leak, requiring minimal training from operators, even in environments with high levels of noise and complexity. As a result, mines can promptly take corrective measures to decrease energy wastage, mitigate safety risks, and optimize the performance of their equipment.
More information online:
ilmt.co/PL/wzLE For More Info, email:
email: NEXT-GENERATION Si124-LD PLUS AIR LEAK
DETECTOR IS AUTOMATED FOR EFFORTLESS USE
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Machine learning-powered analytics provide data-driven decision support on the Si124 Viewer and FLIR Thermal Studio.
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