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Industrial Cooling Systems and Antibiofouling Strategies: A Comprehensive Review
Industrial & Engineering Chemistry Research ( IF 3.8 ) Pub Date : 2021-02-18 , DOI: 10.1021/acs.iecr.0c05985
Mariane Carolina Proner 1 , Alessandra Cristina de Meneses 1 , Andrea Azevedo Veiga 2 , Helga Schlüter 2 , Débora de Oliveira 1 , Marco Di Luccio 1
Affiliation  

The biofouling on cooling systems surfaces is one of the major problems in industrial processes because it causes operational drawbacks that interfere in the process performance. The application of biofouling control methods is essential in cooling system operation to minimize biofilm formation on the equipment surfaces, thus maintaining energy demand, increasing operational performance, and providing cost savings. In this context, this work presents a literature review on strategies to control biofilm on surfaces using chemical and physical methods, improving the understanding of the biofouling formation mechanism, and the adverse effects on industrial cooling system equipment. This review examines the chemical and physical methods efficiently employed as antibiofouling strategies for cooling systems, theoretical framework, recent research findings, antimicrobial mechanisms involved, advantages, limitations, feasibility, and operational range. A comparison between chemical and physical methods is highlighted, as are gaps in the literature concerning antibiofouling strategies for the surfaces of cooling systems.

中文翻译:

工业冷却系统和防污垢策略:全面综述

冷却系统表面的生物污垢是工业过程中的主要问题之一,因为它会导致影响过程性能的操作缺陷。生物污垢控制方法的应用对于冷却系统的运行至关重要,它可以最大程度地减少设备表面的生物膜形成,从而维持能源需求,提高运行性能并节省成本。在这种情况下,这项工作提供了有关使用化学和物理方法控制表面生物膜的策略,增进对生物污垢形成机理的理解以及对工业冷却系统设备的不利影响的文献综述。这篇评论探讨了有效用作冷却系统的防污垢策略的化学和物理方法,理论框架,最近的研究发现,涉及的抗菌机制,优势,局限性,可行性和操作范围。着重强调了化学方法与物理方法之间的比较,以及有关冷却系统表面的防污垢策略的文献中的空白。
更新日期:2021-03-03
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