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My last article focused on sanitation training and the five basic steps for cleaning a food plant. In this article I address the pitfalls, as well as the results, you can expect when you implement a high-quality food safety/sanitation system.
When we think sanitation, we think cleanliness, and when we think cleanliness, we think about an effective food safety program and the peace of mind that results from it. That’s why food safety and cleanliness go hand in hand. A clean area means an area with clean surfaces, clean air, and clean surrounding environments. One of the definitions of “clean” is “free from dirt, filth, or impurities.” And to make clean is to remove dirt, filth, or unwanted substances.
Features: ATP Bioluminescence Moves Mainstream
This article on the history and impact of advances in ATP bioluminescence is the third in a new series for Food Quality. In “FoodTech: Tools That Changed the Industry,” we look at various technologies and tools, such as ATP bioluminescence testing, that have played a key role in and had an indelible impact on the food industry.
Departments: Improve Your Sanitation Training Program
Across the food industry, legions of plant sanitarians would swear they could comfortably retire if they had a sawbuck for every time they have heard this axiom. While battle fatigue associated with this oft-used adage is understandable, its underlying message—that effective cleaning and sanitizing are essential prerequisites for producing safe, quality food—remains at the core of sanitation training programs.
Departments: Critical Sanitation Issues in Food Service
This is the first in a two-part series. Part two, which will appear in our December/January issue, will focus on the targets for pathogen and spoilage microbes in the food contact zones.
Departments: Many Auditors, One Standard
In a perfect world, every food plant would have just one auditor and a single set of audit standards to follow, right? Imagine it—audit preparation would be like studying for the same test over and over. The questions would never change, and your score would get a little better every time. Of course, in the real world, it’s not that simple, for a lot of good reasons. But having multiple auditors with slightly, or sometimes significantly, different requirements can be confusing and can make it...
Departments: Give UVC a Tumble to Eliminate Bacteria
Keeping coliform bacteria counts below required thresholds is a challenge for food processors everywhere, and Washington Potato Co. (Warden, Wash.) understands. “Though we were generally successful in controlling coliform bacteria levels on our products, the time and costs required to achieve control were excessive,” said Nicholas D. Ross, quality assurance and technical services director for the potato processing company.
Departments: Nonstop Sanitation
Application of a sanitizing solution registered with the Environmental Protection Agency (EPA) to conveying equipment during production can help reduce the incidence of undesirable microorganism contamination on critical meat, poultry, fruit, and vegetable conveyor surfaces. Such sanitizers, approved for incidental food contact, can provide critical intervention. Benefits of a continuous antimicrobial belt treatment include protecting your brand and investment in product, reducing and controlling...
Departments: A Cool Way to Clean
Keeping food processing surfaces clean is a production manager’s main concern. Removing leftover food, grease, grime, and other residue from production equipment is critical for preventing bacteria growth and ensuring safe, high quality food products. As sanitation regulations become more stringent, labor costs increase, and the industry becomes more environmentally conscious, food companies are looking for new cleaning processes and solutions.
Departments: The Case for Ozone
In 2000, the Electric Power Research Institute published “Food Industry 2000: Food Processing Opportunities, Challenges, New Technology Applications.” The report contains the following statement: “Ozone destroys bacteria, mold, mildew, spores, yeast and fungus. It inactivates viruses and cysts. Chlorine is not very effective against viruses and has limited effect on some types of bacteria … ozone reacts much faster than chlorine.”