Compressed Air Systems

  1. Teledyne FLIR Si124 Acoustic Imager Improves Productivity at Pharmaceutical Plant

    On the right is a circular image of two people wearing hairnets, goggles, and blue lab coats. The people are looking closely at a metal tank and pipes. On the left, white text on a blue background reads "Case Study - FLIR Si124. Finding Hidden Leaks Saves Costs At Pharmaceutical Plant. Read More." Compressed air leaks were compromising productivity and the safety of staff at an international pharmaceutical and biotechnology plant. Looking for an easy-to-use yet effective method of detecting air leaks, the company turned to the Teledyne FLIR Si124 Acoustic Camera. Continue reading →
  2. Teledyne FLIR Si124 Acoustic Imager Application Scenario: Condition Monitoring in Pulp & Paper Mills

    On the left, large, white text reads "Detecting Compressed Air Leaks in Pulp & Paper Mills", beneath this smaller white text reads "Featuring FLIR's Si124 Acoustic Imaging Camera". On the right of the image is a photo of gigantic rolls of paper in a paper mill. Overlaid over the top and in the centre of the banner is a photo of the FLIR Si124 with the display visible & indicating a compressed air leak in some pipes. Compressed air systems are integral to a vast array of manufacturing industries, including paper. Often in continuous use, compressed air systems are a significant drain on energy resources and contribute notably to overhead bills. The ongoing energy crisis means it has never been more important to ensure compressed air systems are leak-free and operating efficiently. This is especially pertinent for paper and pulp mills that rely on compressed air systems at every stage of the manufacturing process. Thankfully, sonic cameras, such as Teledyne FLIR’s Si124 Acoustic Imager, offer an easy, efficient, effective method of pinpointing leaks before they become too damaging and too costly.[1] Continue reading →
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