Earlier this year, the U.S. Food and Drug Administration (FDA) and the Centers for Disease Control and Prevention (CDC) linked contaminated salad kits to a multistate outbreak of Cyclospora that infected more than 700 people. In 2019, the culprit was contaminated fresh basil, triggering a recall by the exporting company.
But how do outbreaks like this happen? Knowing how to prevent Cyclospora from entering your food plant is critical for maintaining the safety of your products and the trust of your customers, especially during a time of heightened awareness surrounding sanitation and public health.
Now that COVID-19 is a risk encountered in everyday life, food plant owners and operators are looking for ways to protect their staff and facilities that are cost-effective and don’t hinder productivity.
As scientific authorities continue to nail down exactly how COVID-19 is spread, the overwhelming evidence suggests the virus primarily travels and is transmitted through droplets in the air. That’s why shielding your facility from an outbreak starts with its HVAC and refrigeration systems.
Process Safety Management (PSM) is the OSHA standard that mandates employers identify, evaluate and control potentially hazardous activities, chemicals and components used in their processes.
While PSM audits are performed every three years, you should periodically perform self-audits to protect your facility from punitive measures from OSHA and, more importantly, to protect your employees from potentially catastrophic events that could lead to loss of life or property.
While it’s not feasible to ditch dusty ingredients like sugar, flour and cornstarch in most food processes, you should be aware of the danger particular ingredients create and formulate a plan to keep your workers and plant safe.
Biofilm can form just about anywhere in a food processing plant — even the cleanest looking surfaces can be a threat to food safety if an invisible layer of bacteria is present. Why does biofilm form and how can it be prevented? Knowing how to detect and eliminate biofilm is crucial to ensuring your food plant’s processing equipment is contaminant-free.
You don’t need to build a brand new facility to meet modern-day food safety standards. The reality is that most companies don’t have the budget to build from scratch as often as they’d like, but that doesn’t mean your decades-old plant can’t be a shining example of food safety.
Let’s look at five things you can do now to ensure your older facility is up to today’s food safety standards.
While there are numerous best practices for incorporating food safety into the actual processing, employee welfare areas are a critical point of potential risk that can’t be ignored. This is especially true for facilities that have both raw and ready-to-eat (RTE) operations.
Let’s examine the various touch points employees encounter at a facility and how to design these spaces to maximize food safety.
In response to the growing demand for home-brewed instant coffee that delivers true “coffee shop” flavor, Starbucks came to Stellar wanting to build a unique soluble coffee plant. The award-winning facility in Augusta, Georgia, was designed to produce the company’s VIA® instant coffee products, and it’s cutting-edge in every sense of the word.
Among the plant’s many innovations, food safety was a top priority. There are several lessons food and beverage manufacturers can learn from how Starbucks addressed this critical issue.
Technology and ever-increasing consumer demand are driving food and beverage companies to compete at a different level than ever before. Speed to market is increasingly important to doing business — the faster a new plant can be built or renovated, the sooner it can begin producing a return on investment.
A number of food manufacturing facilities have been utilizing clean-in-place (CIP) for years. It’s the method of cleaning processing equipment and piping without disassembling it. While most of us already know what CIP is, when was the last time you performed a thorough audit of your system?
Over the years, changes to the systems being cleaned may have caused the CIP system set-point ratios to change without notice to the operators — making it more out of whack than you may realize.
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