Strategies to Manage Salmonella in Meat, Egg, and Dairy Processing Plants
Abstract
• Salmonella persists in meat, egg, and dairy chains. • Meat sector controls reduce contamination but often allow residual Salmonella. • Egg sector controls require novel non-thermal and natural interventions. • Dairy sector controls requiring a strong hygienic design. • Cross-cutting message integrating known tools results in risk reductions. Effective Salmonella control in food processing depends on strict sanitation, disciplined hygiene, environmental monitoring, and strong management systems. In meat, egg, and dairy processing, Salmonella can enter through raw materials, animals, and equipment, and survive in hard-to-clean areas, forming resilient biofilms—even in dry environments. Control strategies include multiple cleaning steps, validated disinfectants, proper equipment design, environmental testing, and zone separation. In eggs and dairy, farm-level measures and rapid refrigeration are essential, while pasteurisation is highly effective for milk. Innovations such as phage biocontrol, advanced sanitisers, and physical treatments are being adopted, but outbreaks often result from management lapses or post-process recontamination rather than technical limitations. Close integration of measures from farm to processing, rigorous monitoring, and a robust food safety culture are crucial for maintaining long-term reduction of Salmonella risk. Effective management practices in food processing facilities significantly influence Salmonella prevalence, thereby directly protecting public health. The evidence reviewed shows European industries, guided by zero-tolerance standards and farm-to-fork programmes, have achieved substantial reductions in Salmonella over the past two decades, and ongoing vigilance at the processing stage remains crucial to maintaining these improvements. In the United States, the implementation of FSMA’s preventive controls and continuous performance standards similarly highlights that preventing contamination in the plant is far more effective than responding to outbreaks after they occur.
Fields of Study & Subjects
Salmonella and Campylobacter epidemiology
Listeria monocytogenes in Food Safety
Food Safety and Hygiene
Publication details
- Journal / source
- Journal of Food Protection
- Publisher
- Elsevier BV
- Volume
- 89
- Issue
- 3
- Pages
- 100708–100708
- Publication date
- 28 January 2026
- Language
- EN