3-A Sanitary Standards Inc. (SSI) conducted a short industry survey last summer to learn about the key factors driving customers’ interest in hygienic design for applications other than dairy. U.S. regulations drive hygienic design in the dairy market, but what about in others?
The emergence of COVID-19 early this year precipitated immediate and far-ranging changes in all types of workplace learning. When it comes to ensuring food safety in equipment design and operation, COVID-19 did not change the imperative for training, but it accelerated the implementation of digital and virtual learning programs.
3-A Sanitary Standards have a long history of use for the design and operation of equipment and utensils in the manufacturing, processing, packaging and storing of milk and dairy products.
There is no better time for processors to make sure they have the policies, procedures and practices in place to help meet the objectives of new rules on Preventive Controls for Human Food under the Food Safety Modernization Act.
Understanding all the fundamental issues in creating and maintaining hygienic equipment design is important, from facility design requirements to hygienic welding.
What often happens to change the original state of ‘hygienic design’ in a processing system and, therefore, deserves attention when it comes to maintenance?
Hygienic machine design allows dairy manufacturers to minimize downtime and waste.
August 2, 2016
Two main organizations provide hygienic design certifications. The European Hygienic Engineering & Design Group is a consortium of equipment manufacturers, research institutes and public health authorities. In the United Sates, the main organization is 3-A Sanitary Standards Inc.
3-A Sanitary Standards Inc. introduces three new e-learning modules designed to bring the world of hygienic equipment design to audiences around the world.
Hygienic design is a design process or a set of design principles to manage hazards and reduce food safety risks in food processing equipment, processes and facilities. For this article, we will concentrate solely on equipment with one very big proviso – equipment design is only one of many inter-related elements.