Compressed Air as Energy Savings, Leak Survey and Recognizing Right Fittings to Show Cost Benefits

Rahul S. Patil, Kevin Rickert
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Abstract

 Abstract —Energy savings being one of the most focused topics in every industry. Some leaks that are not obvious or visible has to be detected through technology with tedious work process. This study mainly focus es one of the specialty chemical production unit compressed air leaks through a continuously improving instruments and methods. These studies summarize conclusively that the best “overall” value a company can receive from tube fittings is by investing in higher quality, not by getting the lowest price. Add to this the fact that there are other fluid streams, besides compressed air, that are consumed at production facilities. These fluid streams (such as natural gas, nitrogen, or steam), due to their higher prices compared to compressed air, carry a significantly higher cost savings opportunity, and can more easily help justify standardizing on the highest quality tube
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压缩空气作为节能,泄漏调查和识别合适的配件,以显示成本效益
摘要-节能是每个行业最关注的话题之一。一些不明显或不可见的泄漏必须通过技术检测,工作过程繁琐。本研究主要针对特种化工生产单元压缩空气泄漏问题,通过不断改进的仪器和方法进行研究。这些研究得出结论,公司从管件中获得的最佳“整体”价值是通过投资于更高的质量,而不是通过获得最低的价格。此外,除了压缩空气外,还有其他流体流在生产设施中消耗。与压缩空气相比,这些流体流(如天然气,氮气或蒸汽)的价格更高,因此具有更高的成本节约机会,并且可以更容易地帮助证明最高质量管的标准化
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