Process Control

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Researchers examined four different antimicrobial surface technologies and evaluated their potential suitability for reusable food packaging, addressing the challenges of microbial adhesion, biofilm formation, and cross-contamination between reuse cycles.

World Packaging Day on September 6 is an opportunity to move beyond a simple choice between “more” or “less” packaging. The more useful question is whether each packaging decision supports food safety and sustainability, thereby reducing total waste across the value chain.

The Hiperbaric Global Roadshow Oklahoma, hosted by Oklahoma State University’s Robert M. Kerr Food and Agricultural Products Center (FAPC) in September, will showcase FAPC’s newly installed Hiperbaric 55 high-pressure processing (HPP) system and connect attendees with technical and academic food safety experts. 

According to the researchers, 1,222 FCCs are already known to be hazardous to human health, and more than 13,000 lack sufficient data to determine safety. Until adequate data become available, they proposed grouping FCCs based on chemical structure to help identify substances that may pose similar hazards.

In this episode of Food Safety Matters, we speak to Rhodes Yepsen, Executive Director of the Biodegradable Products Institute (BPI), about developments in California packaging policy and their potential implications for food processors and packaging manufacturers. Rhodes also discusses the role of compostable packaging in food waste reduction and the tradeoffs manufacturers must consider when balancing sustainability goals with food safety, product protection, and shelf-life requirements.

The research and development center is designed to provide shared infrastructure for developing and testing emerging food technologies, biomaterials, and other products. It will offer industry, academics, and nonprofits with access to prototyping, characterization, culinary testing, and early-stage consumer testing resources.

The LEAK-MASTER ONE is an inline system designed to detect micro-leaks of carbon dioxide (CO₂) in modified atmosphere packaging (MAP) at production-line speeds, combining high-sensitivity leak detection with individual package testing and traceability. 

The researchers determined that probabilistic modeling could help food businesses capitalize on existing scientific data to map processing and formulation conditions for controlling non-proteolytic C. botulinum in refrigerated, processed foods of extended durability.

The Icon X-ray and Checkweigher Combination System features algorithmic foreign material detection, real-time product flow monitoring, IA+ filtering technology, configurable reject systems, a passive X-ray cooling generator, and data management and system oversight capabilities.

The facility supports product development, equipment testing, technical training, and process optimization for manufacturers producing coated food products. Customers can conduct production trials using complete processing lines configured to match their manufacturing requirements.