Arc Flash Hazard Analysis: 4 FAQs

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Arc Flash Hazard Analysis: 4 FAQs

Arc flashes are a potential safety risk when it comes to your manufacturing facility’s electrical equipment. But how can you ensure your employees are protected?

The National Fire Prevention Association (NFPA) 70E, “Standard for Electrical Safety in the Workplace,” provides safety procedures for using electricity on the job. One of its guidelines includes “arc flash” assessment and protection.

NFPA 70E is voluntary on the part of companies — that is, it is not enforced by any government agency — yet, we’re seeing more companies interested in conducting an “arc flash hazard analysis” of their electrical equipment.

Here are four frequently asked questions I’ve received about arc flashes and assessments to reduce them:

 

Convert Wastewater into Energy Savings with a Heat Exchanger

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Convert Wastewater into Energy Savings with a Heat Exchanger

Facilities that produce canned goods use steam and water during the canning process. But some of them are flushing potential energy savings down the drain — literally. Whether your plant manufactures canned tuna, beans or vegetables, a heat exchanger could help cut energy costs with little upfront investment.

 

Internet-connected LED Lighting: 4 Benefits for Warehouses and Food Plants

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Internet-connected LED Lighting: 4 Benefits for Warehouses and Food Plants

LED lighting has quickly become the industry standard in warehouses and manufacturing facilities. It’s more powerful, less expensive to operate and more controllable than ever before.

Now, LED lighting is being offered more and more as a network-connected item in today’s Internet of Things environment. This “smart” lighting goes beyond just the average motion detector, allowing greater flexibility and features for plant operators.

 

The Industrial Internet of Things (IIoT) and What It Means for Your Food Plant

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The Industrial Internet of Things (IIoT) and What It Means for Your Food Plant

By now, you’ve likely heard about the various ways our homes are getting “smarter.” We now have devices such as the Amazon Echo, Wi-Fi-connected toaster ovens and doorbells with live-streaming video. Nowadays, you can lock your front door from your smartphone, tell Siri to turn on the lights inside your house and control your thermostat from anywhere you have an internet connection.

These networks of physical devices embedded with electronics, sensors and software that allow them to connect and communicate are often referred to as the Internet of Things. This new era of technology isn’t just limited to your home, though — food and beverage plants are taking advantage of smart devices as well.  

 

Food Plant Refrigeration: Everything You Need to Know About Blast Cells

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Food Plant Refrigeration: Everything You Need to Know About Blast Cells

Whether your food plant packages frozen orange juice or processes chicken breasts, a blast cell freezer can be used to freeze almost any product. It’s important to understand the common misconceptions, the importance of proper design and how to operate your blast cell.

 

Pork Plants: Best Practices for Effective Quick Chill System Design

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Pork Plants: Best Practices for Effective Quick Chill System Design

Quick chill systems are a viable option for hog chilling thanks to improved efficiency, product quality and yield. But to achieve these benefits, and peak performance, your system must be designed correctly.

 

Hog Chilling: Why Quick Chill Systems are Worth the Investment

How quick chilling works, improves pork product output

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Hog Chilling: Why Quick Chill Systems are Worth the Investment

There are more than 68,000 pork producers in the United States alone—competition is fierce. So how can your hog facility remain competitive? By producing the highest quality product possible for consumers, efficiently. And an effective chilling system is key to facilitating the most premium product for your consumers: a flavorful cut of meat with appealing color, firmness and moisture levels. The faster a carcass is cooled after slaughter, the better quality the meat will be. Quick chill systems, specifically, reduce chill time and produce a better cut of meat. While they may be a significant upfront investment for your food plant, this method offers significant advantages and long-term ROI.

 

5 Details to Give Your Design-Builder for a More Accurate Food Project Budget

Avoid discrepancies by providing details about utilities, food safety and more

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5 Details to Give Your Design-Builder for a More Accurate Food Project Budget

At this time of year, many food processors are planning next year’s capital expenditures, which often means piecing together budgets for upcoming food plant construction projects. It is important to create the most accurate budget possible: a tricky task. Frequently, food processors prepare budgets without the assistance of an experienced design-builder. By doing so, they make assumptions that can skew their entire budget.

 

5 Best Practices for Using Robotics in Your Food Processing Plant

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5 best practices for using robotics in your food processing plant

Food and beverage processors are increasingly turning towards robotics for the technology’s slew of benefits including reduced costs, upped throughput and increased food and worker safety. Earlier this month, I contributed to the Food Engineering article, “The rise of robotic automation,” discussing the functionality for robots in the food processing industry. While robotics does boast various benefits to food manufacturing, it’s important to follow some best practices during your own implementation.