Smooth testing of refrigeration units thanks to extremely dry air at high pressure

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF,

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF,

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF,

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF,

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF, desiccant air dryer CD 400, and

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF,

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF, desiccant air dryer CD 400, and

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF,

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF,

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF, desiccant air dryer CD 400, and

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF, desiccant air dryer CD 400, and

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF,

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF, desiccant air dryer CD 400, and

Although we quickly found a perfect alternative to nitrogen gas bottles, the project still had some challenges in store for us. First, the slaughterhouse was located in Spain and all equipment therefore needed to comply with Spanish regulations requiring cooling installations to be tested with 18 bar pressure, substantially higher than the maximum of 10 bar most compressors can reach. To solve this problem, we introduced a DXT 85 booster that was able to amplify the pressure of the compressor to 20 bar.

Second, the cooling installations needed to be operational as soon as possible. As building up to 18 bar pressure is time-consuming, we needed to find a solution that could speed up the process and limit the loss of valuable time. By using a stationary oil-free compressor ZT 90 VSD FF, desiccant air dryer CD 400, and booster DXT 85, we were able to increase the pressure relatively quickly and to complete the leak tightness tests in only 2 weeks’ time.

As a result of our quick coordination, the client was able to get the cooling systems up and running without losing too much time to mandatory testing.

• Inge Craninckx, Marketing Manager Atlas Copco Rental Europe
  • Inge Craninckx, Marketing Manager Atlas Copco Rental Europe
    • Inge Craninckx, Marketing Manager Atlas Copco Rental Europe
      • Inge Craninckx, Marketing Manager Atlas Copco Rental Europe Inge.craninckx@be.atlascopco.com

Great ideas accelerate innovation. At Atlas Copco we have been turning industrial ideas into business-critical benefits since 1873. By listening to our customers and knowing their needs, we deliver value and innovate with the future in mind. Atlas Copco is based in Stockholm, Sweden with customers in more than 180 countries and about 37 000 employees. Revenues of BSEK 95/ 9 BEUR in 2018. Learn more at Great ideas accelerate innovation. At Atlas Copco we have been turning industrial ideas into business-critical benefits since 1873. By listening to our customers and knowing their needs, we deliver value and innovate with the future in mind. Atlas Copco is based in Stockholm, Sweden with customers in more than 180 countries and about 37 000 employees. Revenues of BSEK 95/ 9 BEUR in 2018. Learn more at Great ideas accelerate innovation. At Atlas Copco we have been turning industrial ideas into business-critical benefits since 1873. By listening to our customers and knowing their needs, we deliver value and innovate with the future in mind. Atlas Copco is based in Stockholm, Sweden with customers in more than 180 countries and about 37 000 employees. Revenues of BSEK 95/ 9 BEUR in 2018. Learn more at Great ideas accelerate innovation. At Atlas Copco we have been turning industrial ideas into business-critical benefits since 1873. By listening to our customers and knowing their needs, we deliver value and innovate with the future in mind. Atlas Copco is based in Stockholm, Sweden with customers in more than 180 countries and about 37 000 employees. Revenues of BSEK 95/ 9 BEUR in 2018. Learn more at www.atlascopcogroup.com. Great ideas reinforce sustainable development. At Atlas Copco Specialty Rental we team up with our customers to set up state-of-the-art temporary air, power, flow, steam and nitrogen solutions. Our passionate experts have extended application as well as equipment knowledge. We understand our customers' needs and can provide a total solution for any industry, no matter if it is for emergencies or planned projects. We are a division of the Power Technique business area, headquartered in Boom, Belgium and offer specialty rental solutions under several brands around the globe.