The growth of biofilm, which is caused by microorganism accumulation and growth on wetted surfaces, may damage industrial piping systems, increase maintenance and cleaning costs for the system sterilization, and even divulge the immune system into high risk. This article systematically analyzes the biofilm interactions with piping surface materials from the perspectives of physical convection, and biological and chemical adhesion. The thermodynamics of the flow, bacterial surface sensing, and bio-communication are the most critical factors for biofilm attachment. Furthermore, experimental analysis methods as well as biofilm control and removal approaches, are also included in this study. Finally, the resistance and growth of biofilm, as well as the practical and advanced methodology to control the biofilm and challenges associated with technology, are also discussed. Moreover, this paper may also offer a significant reference for the practice and strategic applications to address the biofilm resistance issues in industrial piping.
This report explains Coordinating the overall situation at China and abroad during 20 years. Considering the importance of domestic and foreign situations, China needs to adopt a global perspective, strengthen strategic thinking, grasp development opportunities, and respond to risks and challenges in the context of changes in the international situation. The report also put forward the requirements of enterprise innovation, through the courage to change, the courage to innovate and never fossilized, never stagnant efforts, not to be afraid of any risks, not to be confused by any interference of the firm will, promote the theoretical innovation, institutional innovation, cultural innovation.
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