Goncalves Juan, Wittry Beth, Buckley David, Moore Veronica, Blackburn Tajah, Willis Kristen, Lynch Christopher, Bakken Amanda, Manuel Chip, Fraser Angie
Procter & Gamble Professional, 5289 Vine Street, Cincinnati, OH 45217, USA.
Centers for Disease Control and Prevention, National Center for Environmental Health, 4770 Buford Highway, Atlanta, GA 30341, USA.
Food Prot Trends. 2025 Jun;45(3):204-220.
Surface sanitation is used to mitigate the transmission of infectious agents and is the collective process of washing a surface then rinsing it with potable water to remove debris and residual cleaning agent. If necessary and depending on surface type, contamination event, or regulatory requirement, an antimicrobial agent (chemical sanitizer or disinfectant) registered with the Environmental Protection Agency or heat (steam or hot water) can be applied to the surface to reduce or inactivate pathogenic microorganisms. The absence of universally defined terms and regulations pertaining to the various stages of surface sanitation has resulted in confusion, potentially leading to inadequate sanitation practices and persistent surface contamination. We addressed this issue by raising awareness of the significance of surface cleaning and elucidating the fundamental principles, key considerations, and potential areas for improvement concerning surface cleaning. Specific topics covered include a comprehensive description of surface cleaning, barriers hindering effective surface cleaning, correlation between contamination and foodborne disease outbreaks, and variations among cleaning agents. To maintain conciseness and relevance, the exclusive focus is on hard, nonporous surfaces, which have been identified as potential sources for the transmission of pathogenic microorganisms associated with foodborne illnesses.
表面清洁用于减轻传染源的传播,是对表面进行清洗然后用饮用水冲洗以去除碎屑和残留清洁剂的综合过程。如有必要,并根据表面类型、污染情况或法规要求,可将经美国环境保护局注册的抗菌剂(化学消毒剂或杀菌剂)或热力(蒸汽或热水)应用于表面,以减少或灭活病原微生物。由于缺乏与表面清洁各个阶段相关的通用定义术语和法规,导致了混乱,可能会造成清洁措施不足以及表面持续污染。我们通过提高对表面清洁重要性的认识,并阐明表面清洁的基本原理、关键注意事项和潜在改进领域,来解决这一问题。涵盖的具体主题包括表面清洁的全面描述、阻碍有效表面清洁的障碍、污染与食源性疾病暴发之间的关联以及清洁剂之间的差异。为保持简洁和相关性,本文仅关注坚硬、无孔表面,这些表面已被确定为与食源性疾病相关的病原微生物传播的潜在来源。