Antimicrobial Filter Coatings addresses the pressing issue of microbial contamination in filters across various sectors, from water purification to medical devices.
It delves into the application and effectiveness of silver, copper, and enzymatic coatings to combat microbial colonization.
Intriguingly, traditional filters, while removing particles, often fail to prevent microbial growth, leading to biofilm formation.
Furthermore, the book considers the potential toxicity of silver-based coatings alongside their broad-spectrum antimicrobial properties, and examines how copper treatments can target specific pathogens.
The book presents a comprehensive overview, starting with the fundamentals of microbial adhesion and the action mechanisms of the antimicrobial agents.
It then dedicates individual chapters to analyzing each coating type, including synthesis and application.
Case studies highlight real-world applications.
This approach bridges microbiology with materials science and chemical engineering, offering a holistic perspective on microbial contamination.
It is particularly valuable as it offers a comparative analysis of silver, copper, and enzymatic treatments, guiding the reader through the selection and implementation of these coatings for specific needs.
