首页> 外文会议>WEFTEC 2011;Annual Water Environment Federation technical exhibition and conference >Field Comparison of a Novel Ultrasonic Microbial Control Program with a Conventional Bromine Microbial Control Program
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Field Comparison of a Novel Ultrasonic Microbial Control Program with a Conventional Bromine Microbial Control Program

机译:新型超声波微生物控制程序与常规溴微生物控制程序的现场比较

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The treatment of light industrial cooling water systems by high frequency, low power ultrasonicrntechnology has proven to be an effective method to reduce, if not eliminate, the use of chemicalrnbiocides. A field study was conducted to compare the efficacy of ultrasonic technology versusrnconventional stabilized bromine oxidative technology as the microbiological control component of anrnoverall cooling water treatment program. The study was conducted for a period of 12 weeks on arnfactory air compressor-based cooling system that uses a plate and frame heat exchanger to cool therncompressor oil. Data analysis indicated significant benefits were gained through ultrasonic application.rnIn addition to improved heat exchange, other benefits included the elimination of hazardous chemicalsrnand a significant reduction in under-deposit corrosion potential. Control parameters and data collectionrnprotocol are described in detail.
机译:事实证明,通过高频,低功率超声技术对轻工业冷却水系统进行处理是减少甚至消除化学杀生物剂使用的有效方法。进行了现场研究,比较了超声波技术与常规稳定溴氧化技术作为总体冷却水处理程序中微生物控制成分的功效。该研究在基于空气压缩机的冷却系统上进行了为期12周的研究,该系统使用板框式热交换器来冷却压缩机油。数据分析表明,通过超声应用可以获得显着的好处。除了改善热交换以外,其他好处还包括消除了有害化学物质以及显着降低了沉积不足的腐蚀潜能。详细描述了控制参数和数据收集协议。

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