What Can IIoT Sensors Measure and Monitor in a Food Processing Facility?

The Industrial Internet of Things (IIoT) is revolutionizing how food manufacturing facilities operate, from processing to building maintenance and everything in between. Food and beverage companies have access to more data than ever before, and that’s helping them make more informed decisions.

Internet-connected sensors are the “eyes and ears” in a food plant, collecting all the data that makes those insights possible. These devices can measure a variety of inputs from electrical currents to vibrations to air temperature.

Stellar installs sensors in many of the modern facilities we design and construct today, but many owners have the same question: What exactly can I measure?

Let’s look at a few ways sensors can be used in your food plant:

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Why an Integrated Approach is Crucial in Designing and Building Distribution Facilities

The design and construction of a distribution warehouse is more complex than meets the eye. Industrial designers, architects, mechanical engineers, refrigeration experts and a thermal team all working together can lead to a more functional, efficient, and cost-effective facility. Working with multiple contractors in multiple locations increases the likelihood of miscommunication, competing workflows, and increased costs — in addition to a longer production schedule.

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Hydrovey Systems: 4 Things You Need to Know to Ensure Food Safety

Any time you transport product from one stage of processing to another, you introduce the possibility of food safety risks. There are a variety of ways to move your product from receiving to packaging, but how do you minimize the opportunity for outside contamination during the steps between?

Hydrovey systems are a popular option, particularly in facilities that produce canned goods. This semi-closed-loop system transports product through piping using a stream of water and can be a safer alternative to conveyor belts. I’ve designed hydrovey systems and have seen them used in the production of several food products, including fruit, corn and beans.

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Installing Packaged Refrigeration vs. Traditional Systems [Infographic]

Low-charge packaged refrigeration is a safe, innovative solution that uses CO2 or ammonia and a secondary refrigerant, such as glycol. This allows facilities to reap the benefits of ammonia’s excellent thermodynamic properties while minimizing the refrigerant charge and risk because the ammonia is isolated to one area and only the secondary refrigerant is circulated throughout the facility.                                                                  

The system is “packaged” or “modular,” with refrigeration equipment built off-site, mounted on a structural steel base, and then delivered to a plant as a self-contained, “plug-and-play” system.

One of the major advantages of a packaged refrigeration system is ease of installation. Here are some of the main reasons why:

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Don’t Put Off Upgrading Your PLCs: 3 Red Flags and a Cautionary Tale

“If it ain’t broke, why fix it?”

It’s a question we’ve all heard before, but when it comes to older programmable logic controller (PLC) installations, it’s not an answer you want to find out the hard way. While some components can be found and purchased online, if your primary source for replacement parts is a site like eBay or obsoletePLCparts.com, it’s likely time to upgrade your system.

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What Can Refrigeration Remote Monitoring Do for You?

The ability to remotely monitor your refrigeration system can have a significant impact on your bottom line, reducing energy, maintenance and overall operating costs. If you’ve recently upgraded your refrigeration controls system or are in the process of upgrading, it’s important to ensure your new system offers remote access. This will allow for speedy diagnostics, offsite troubleshooting capabilities, and constant monitoring, all with a “big picture” view of the entire system.

There are three key benefits of remote monitoring:

1. Diagnostics

Remote access allows your team or an outsourced consultant to monitor the system 24/7 for alerts such as refrigerant leak detection, high liquid levels, high product temperatures, high system pressure, and more. Outsourced consultants who offer a higher level of specialized expertise than your in-house team can view your entire system in real time and offer advanced insight and support.

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Automation Safety: Clearer Requirements Arise for Risk Assessments

Automation has gained plenty of traction in the food and beverage processing industry thanks to benefits including cost savings, labor reduction and increased food safety. However, a slew of national and international guidelines and requirements has made owning automation equipment more complex than ever before—with risk assessments an especially gray area. The good news? Clearer risk assessment requirements have arrived from the International Organization for Standardization (ISO) and The American National Standards Institute (ANSI), offering more consistent expectations.

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Key Changes to NFPA 13’s Sprinkler System Codes

Recently, the National Fire Protection Association (NFPA) updated NFPA 13: Standard for the Installation of Sprinkler Systems. The majority of the changes clarify issues contained in the code’s previous versions, but there have been some very significant changes that may impact manufacturing and warehouse facilities. Not all local and state jurisdictions have adopted the 2013 version of NFPA 13, so it’s important to check with the applicable permitting agencies to determine which version they use.

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How to Choose the Best Process Valve Solution for Your Food and Beverage Facility

Designing the processing system for a food and beverage facility is a lot like doing a jigsaw puzzle. You can probably force many of the pieces to fit into various spaces. However, if you do not find the perfect fit, you’ll ultimately wind up with holes and weaknesses in your finished puzzle — or in this case, elevated food safety and quality risks that may cost your business valuable time and money.

To make an educated decision about valve selection, owners and their construction partners should consider the different types of valves available in the market and how they will interact with other components in the individual facility’s production lines.

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[VIDEO] The Value of Working with a Fully Integrated Firm for Your Next Food or Beverage Project

What is a fully integrated firm?

A fully integrated firm is one that offers process design, building and infrastructure design, and construction services all with in-house resources. Compare this with traditional methods that involve contracting a variety of vendors to handle these different elements of your project. Partnering with an integrated firm can benefit your next food or beverage project in a variety of ways. Continue Reading “[VIDEO] The Value of Working with a Fully Integrated Firm for Your Next Food or Beverage Project”