Extended Breakouts - Concurrent
Hygienic Design for Dry Plant Environments
This session will address the special hygienic design considerations needed to avoid food contamination, product recalls, and consumer safety concerns in operations that process dry products. It will cover the fundamental principles of hygienic design, including the use of materials, surfaces, and construction techniques that prevent contamination and facilitate cleaning. It will also examine the specific features that enhance sanitary design, such as rounded corners, sloped surfaces, and components that can easily be disassembled for thorough cleaning. Participants in this session will view examples of hygienic equipment and facility design for processing dry products, including conveyor systems, mixers, grinders, and packaging machines.
Hygienic Design Considerations for Facility Designs
This session will address the special hygienic design considerations needed to avoid food contamination, product recalls, and consumer safety concerns in operations that process dry products. It will cover the fundamental principles of hygienic design, including the use of materials, surfaces, and construction techniques that prevent contamination and facilitate cleaning. It will also examine the specific features that enhance sanitary design, such as rounded corners, sloped surfaces, and components that can easily be disassembled for thorough cleaning. Participants in this session will view examples of hygienic equipment and facility design for processing dry products, including conveyor systems, mixers, grinders, and packaging machines.
Mastering Hygienic Excellence: A Deep Dive Into Cutting-Edge Cleaning Strategies, Gap Analysis, and Continuous Monitoring for Unparalleled Hygienic Design
Cleaning is an integral part of the food manufacturing process. It is a lifecycle event that starts with equipment design and selection of cleaning parameters. It is always better to address hygienic equipment design at the beginning of a project and to involve equipment manufacturers and engineering. Due diligence at this stage will result in easier cleaning.
This presentation will focus on the importance of training in hygienic design, the understanding and practice of hygienic design principles during equipment and CIP systems design, and continuous monitoring. The presentation will cover cleaning as a lifecycle event, the significance of training, and development of training and risk-based monitoring programs. The presentation will also discuss the gap analysis in hygienic design.