首页> 外文会议>Annual North American Waste to Energy Conference(NAWTEC15); 20070521-23; Miami,FL(US) >IMPLEMENTING AND MANAGING A PRACTICAL CORPORATE WIDE LEGIONELLA RISK REDUCTION STRATEGY FOR INDUSTRIAL WATER SYSTEMS
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IMPLEMENTING AND MANAGING A PRACTICAL CORPORATE WIDE LEGIONELLA RISK REDUCTION STRATEGY FOR INDUSTRIAL WATER SYSTEMS

机译:实施和管理工业用水系统的全企业实际的降低轮虫病风险的策略

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Experts believe that Legionella may be present in 25% of cooling towers at any time, even with normal water treatment programs in place. This could pose a risk to employees and others working near cooling towers, and it could pose a risk to neighboring facilities such as schools, hospitals, public facilities, other businesses, or residential communities. The goal is to reduce the risk of Legionella, more specifically Legionella pnuemophila, which is the bacterium that causes a potentially fatal pneumonia known as Legionenaires' Disease or legionellosis. Reducing the risk of Legionella requires more than water treatment alone, it requires a strategic plan based on recommended industry best practices that considers the mechanical, operational, and chemical control of cooling water systems. Implementing a corporate wide policy for Legionella risk reduction is challenging for waste-to-energy facility cooling towers. While a corporate policy for managing the risk due to Legionella is prudent, application of such a policy should not be wholly applied across all facilities or plant locations because not all water systems are equal or operated the same. Implementation starts with a plan that involves a multidisciplinary team including third party consultation and expertise. The first step of the Legionella risk reduction strategy is to evaluate current equipment and practices at each plant through a risk assessment process. The second step is to prepare a written Management Plan based on the risk assessment that clearly details risk reduction practices. The third step is to implement the management plan and monitor the system to ensure practices remain effective. And finally, all documentation should be periodically reviewed and adjustments made as necessary. This presentation will describe a process for implementing a corporate Legionella risk reduction policy, and it will highlight some of the major experiences learned.
机译:专家认为,即使有正常的水处理程序,退伍军人病菌也可能随时出现在25%的冷却塔中。这可能会对员工和在冷却塔附近工作的其他人员构成风险,也可能对附近的设施(如学校,医院,公共设施,其他企业或居民社区)造成风险。目的是降低军团菌的风险,更具体地说是减少嗜肺军团菌的风险,军团菌是引起潜在致命性肺炎的细菌,被称为军团菌病或军团菌病。要减少军团菌的风险,不仅需要水处理,还需要基于建议的行业最佳实践的战略计划,其中应考虑冷却水系统的机械,操作和化学控制。实施全公司减少军团菌风险的政策,对于废物转化为能源的设施冷却塔而言,具有挑战性。尽管谨慎处理用于应对军团菌引起的风险的公司政策,但由于并非所有供水系统均等或运作相同,因此不应将这种政策的应用完全应用于所有设施或工厂位置。实施始于一个涉及跨学科团队的计划,其中包括第三方咨询和专业知识。军团菌降低风险策略的第一步是通过风险评估过程评估每个工厂的当前设备和实践。第二步是根据风险评估准备一份书面的管理计划,该计划清楚地详细说明了降低风险的做法。第三步是实施管理计划并监视系统,以确保实践保持有效。最后,应定期审查所有文档并根据需要进行调整。本演讲将描述实施公司退伍军人病风险降低政策的过程,并将重点介绍一些主要经验。

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