Cold Storage Distribution: How Caspers is Utilizing Packaged Refrigeration Systems

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Photo courtesy of Shecco Media

 

One of Florida’s oldest third-party logistics companies is introducing one of refrigeration’s newest innovations into its new cold storage facility: low-charge packaged refrigeration systems. With a focus on moving to eco-friendly refrigerants, McDonald’s franchisee Caspers Cold Storage and Distribution will be cooling its new warehouse with an ammonia/ CO2 and low-charge ammonia DX system. Because Stellar will be designing and building the new systems, Accelerate America editor Andrew Williams interviewed Stellar’s Brandon France to learn more about the project. Check out the feature article, “I’ll have CO2 and ammonia with that” in this week’s blog post to learn more about how the company is using low-charge refrigeration systems to lower costs, reduce installation time and utilize green refrigerants.

 

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.

 

Can Compressed Air Systems be a Source of Contamination?

2 ways to prevent contaminated air in your food facility

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Can Compressed Air Systems be a Source of Contamination?

Did you know that compressed air systems can be a source of contamination in your food plant? Dangerous bacteria and pathogens can be difficult to spot in your facility—especially if they are airborne. It’s a common misperception that compressed air is considered as clean as the air from the outdoor environment that surrounds your facility—NOT true. Once in the compressor, the air outside of your facility (ambient air) mixes with other elements within your compressor (i.e., corrosion, worn seals). Whatever is not caught in your filtration system is then circulated throughout your plant.

 

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.

 

Cryogenic vs. Mechanical Freezers: The Best Uses for Each Method

Part 2: Process freezing series

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Cryogenic vs. Mechanical Freezers: The Best Uses for Each Method

Many food plants rely on freezers and refrigerators to store and ship their products. In last week’s post, I outlined four variables food processors must understand during process freezing. This week, I want to take a look at freezing methods and equipment, and the applications they’re best suited for. Depending on the type and quantity of food, certain freezers are more useful than others.

 

Process Freezing 101: 4 Variables Food Processors Must Understand

Part 1: Process freezing series

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Process Freezing 101: 4 Variables Food Processors Must Understand

Food plant owners who work with frozen products must have a thorough understanding of the freezing process and what it does to food. Freezing, done well, preserves nutrients and provides a good-as-fresh product for the customer. Done badly — well, we’ve all pulled a forgotten, frost-encrusted steak out of the bottom of the freezer before. It’s not very appetizing. This two-part blog series will take a look at best practices for freezing and the applications of various types of freezers.

 

[Infographic] 6 Benefits of a CO2/NH3 Cascade System

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[Infographic] 6 Benefits of a CO2/NH3 Cascade System

CO2/NH3 cascade systems offer food processors a practical way to increase efficiency. By using two centralized refrigeration systems working in unison to provide cooling temperatures, they maximize the effect of carbon dioxide and ammonia. The high-temperature system pulls heat away from the low-temperature system, which in turn uses recirculated liquid to cool the evaporators.

Cascade systems that use CO2 as a secondary refrigerant offer unique advantages. Carbon dioxide is nontoxic and nonflammable, and is also less likely to damage food products in the event of a release. For food plant owners, CO2/NH3 cascade systems offer six key benefits, which are detailed below.

 

[Infographic] 2 Key Questions to Answer Before Your Packaged Refrigeration Equipment Installation

Packaged refrigeration equipment series

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[Infographic] 2 Key Questions to Answer Before Your Packaged Refrigeration Equipment Installation

For the past two weeks, we’ve discussed packaged refrigeration equipment: a system that uses ammonia or CO2 and a secondary refrigerant, allowing facilities to reap the benefits of ammonia while also minimizing the charge and risk. We’ve already reviewed the various ways these systems can benefit food processors and discussed the five different types of these low-charge chillers available. However, if you decide to introduce packaged refrigeration equipment into your food manufacturing plant, there are some key questions you must answer before installation to ensure an efficient, smooth installation process.

 

[Infographic] Factors That Influence Cold Storage Warehouse Cost Savings

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[Infographic] Factors That Influence Cold Storage Warehouse Cost Savings

At the close of 2014, data released by the International Association of Refrigerated Warehouses showed that the total capacity of refrigerated warehouses has increased 20 percent since 2012. And over the past few months, trade magazines have been honing in on the topic, tapping into our team members at Stellar for insights into cold storage construction, including rising technologies, efficiencies and best practices.