Registration is open for the "Innovations in Cleaning and Sanitation for Low-Moisture Foods" conference, taking place at the the Land O’ Lakes Headquarters in Arden Hills, Minnesota in April. The event is jointly hosted by the Illinois Tech Institute for Food Safety and Health (IFSH), the University of Wisconsin–Madison’s Food Research Institute (UW-FRI), and the Institute for the Advancement of Food and Nutrition Sciences (IAFNS).
With support from the Dairy Innovation Hub, a professor at University of Wisconsin–Platteville is establishing a research program to explore the use of cold plasma technology for food safety, sustainable agriculture, and dairy processing.
Excellence in food safety for meat and poultry, from the farm to the processing plant, encompasses a number of steps to eliminate threats like Listeria, Salmonella, Campylobacter, foreign material, and spoilage organisms that prematurely limit shelf life.
After Fruit Logistica 2025, Marzio Cazzamali, Global Industry Segment Manager for Fruit and Vegetables at Ammeraal Beltech, shared his reflections on the event, focusing on innovations in food-safe conveyor solutions.
Nilfisk’s new CS7500 Combination Sweeper-Scrubber is a new solution in industrial cleaning that is designed for efficiency, user accessibility, and sustainability.
A recent study demonstrated the ability of Listeria monocytogenes to colonize a preexisting multispecies biofilm within a matter of hours and survive within the biofilm over time, without significantly altering the community structure or the overall matrix composition.
An expanded range of jointly developed pest traps from BrightAI and Pelsis bring new artificial intelligence (AI) -powered pest detection devices to a wider range of food facilities.
On February 13, Boar’s Head designated a companywide ‘Boar’s Head Food Safety Promise Day’ and unveiled new safety and sanitation controls and processes, following the fatal listeriosis outbreak linked to its products in 2024.
Biocidal chemicals and other physical/chemical techniques may be used together, in a strategic manner, to achieve an overall improvement in plant hygiene
Part 2 of this series examines a number of other interventions for food plant decontamination including light-based and reactive oxygen-based technologies, as well as peroxide, chlorine dioxide, ozone, and electrolyzed oxidizing water.