SprayInsights

Improving Food Safety

SprayInsights

Improving Food Safety

Food safety is priority number one for food processors. That’s why you train your workforce, carefully inspect your products, and focus sharply on QC on every shift. Spray technology is an additional proven method to help ensure food safety and improve product quality.

Using effective spray technology to apply antimicrobials and mold inhibitors on food and in packaging is a smart, cost-effective approach to pathogen protection and extending shelf life. This issue of SprayInsights reveals some key strategies for enhancing food safety in any type of food processing operation.

Extending Shelf Life and Preventing Recalls

packaged beef on a grocery store shelf

Food processors around the globe have come to rely on proven, integrated, cost-effective approaches to provide pathogen protection and extend shelf life. By optimizing their spray technology to apply antimicrobials and mold inhibitors their food safety and output are enhanced, while reducing waste. Spray application technology is also widely used to apply sanitizers and chemicals for the effective, repeatable cleaning of equipment, floors, and walls.

Using the correct technology for the application is critical. To ensure optimal results, the first step is to consult with a spray technology partner that has significant experience in food safety and sanitation. An expert can guide you to the right system for any type of food processing, including dairy, meat and poultry, bakery, and other products. Working with the right strategies and systems, your plants can effectively and efficiently control pathogens and prevent recalls.

You can learn more about the role spray technology plays in enhancing food safety and sanitation when you download our bulletin.

Eliminating Waste of Costly Mold Inhibitors

cheese blocks on conveyor being sprayed using AutoJet food safety system

Dairy processors understand that mold inhibitors are essential for block and shredded cheese products. These inhibitors can be extremely costly and create unnecessary product waste. Many processors have come to accept this waste as a part of the application process.

Rethinking your application method can result in significant savings without compromising on safety.

If your plants are using manual application, dipping techniques or drilled pipes — the results can be inconsistent coverage of the cheese and over-application of mold inhibitors. Uneven coverage can result in higher mold counts and over-application which is wasteful and expensive.

The AutoJet® food safety system for cheese eliminates these problems by applying the proper volume of mold inhibitors directly on block or shredded cheese consistently with minimal or no waste. In fact, processors report that the system reduces mold inhibitor by up to 15% while also maximizing mold inhibitor effectiveness through uniform coverage.

To see how the AutoJet® food safety system for cheese works, check out this bulletin and read this case study!

Increasing Production without Compromising Food Safety

raw meat on conveyor belt being spraying by a spray nozzle

The need to increase production can lead to a good news/bad news situation for food processing plants.

The good news: More production leads to more products and increased profits.

The bad news: Increased production can extend a food safety system beyond capacity and increase challenges facing an overburdened workforce.

That was precisely the challenge one poultry processor was facing. It was applying an antimicrobial agent during the packaging process. The food safety system in use had been effective, but demand now exceeded the system’s capacity. The processor needed to boost production by 10 turkeys per minute without compromising food safety.

Our technical spray experts helped the poultry processor reach its production goals and increase annual revenue by US$9.6 million. In addition, the expanded use of the SLIC (Sprayed Lethality in Container) process with precision dosing has advanced the processor’s sustainability initiative to eliminate chemical waste.

To get the full story and learn more about the system that made it happen, read our case study.

Enhancing Food Safety with Automated Tank Cleaning

TankJet 360 fluid-driven tank cleaner spraying

Effective equipment cleaning and consistent food safety are inseparable. That’s why many food processors have switched to an automated cleaning process. The consistent, reliable, repeatable automated cleaning of tanks, totes, vessels, drums and mixing equipment is a good way to provide food safety, savings and productivity gains year after year.

Manual tank cleaning falls far short of automated tank cleaning in effectiveness and sustainability. That’s because automated tank cleaning equipment optimizes the cleaning process for higher impact, better coverage and repeatability every time.

In addition, automated tank cleaning dramatically reduces cleaning time while still delivering superior results. Some plants report reductions in cleaning time up to 90%. That gets the tank back into service faster for more uptime, productivity and increased profits.

To learn more about the multiple benefits of automated tank cleaning, read our white paper.

Schedule a Food Safety Assessment

two men reviewing a plan

If you want to enhance your plant's food safety and productivity, our team is ready to help!

We offer expert assistance to enhance food safety throughout your processes, including general plant cleanup. It starts with a free demo.

Your free demo includes:

  • A visit with a sales engineer at our facility or we will happily come to yours
  • A demo of the AutoJet® food safety system
  • Insight into how our systems could reduce your costs and integrate with your existing product lines

Click here to learn more or to schedule your food safety assessment.

To learn how our spray technology can help you, contact us now. Talk to an Expert