Chuck Taylor
Chuck Taylor
President, CRT Design
 

Chuck is president of CRT Design and Engineering Inc. in Jacksonville, Florida. He has over 30 years of experience in the design, construction and maintenance of large scale industrial refrigeration systems with specific expertise in natural refrigerants (NH3 and CO2), hygienic food plant HVAC systems, packaged solutions and synthetic refrigerant mitigation. Chuck has worked on projects for Campbell’s Foods, Keystone Foods, Smithfield Foods, Tropicana, Sara Lee Foods, Nestlé and many others.

[SlideShare] 3 Things to Know About the Changing Refrigeration Climate

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Did you tune in to our Food Engineering webinar last week? We discussed the changing refrigeration climate, including what you should know about revised compliance schedules, innovative refrigeration technologies and the pros and cons for each. You can check out our full presentation in the SlideShare provided below.

 

Refrigeration for the Future: Low-Charge Refrigerated Packaged Equipment

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Refrigeration for the Future: Low-Charge Refrigerated Packaged Equipment

Due to its phaseout, an alphabet soup of replacement refrigerants has been developed to replace R-22 in existing chillers. However, most of these alternatives have drawbacks. Some replacements severely penalize the performance of the chiller, while others have significant glide—and all have higher global warming potential than ammonia. And though these refrigerants may not be on the Environmental Protection Agency’s (EPA) phaseout list yet, they have the potential to be. As new chillers rise to replace the old, ammonia is one refrigerant that has become an effective alternative.

 

Distributed Refrigeration: The Benefits of Ammonia Refrigeration Without the Risk

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Distributed Refrigeration: The Benefits of Ammonia Refrigeration Without the Risk

The majority of industrial refrigeration systems in the U.S. are central-station ammonia systems—the backbone of the food and beverage industry. For over 100 years, these ammonia systems have dominated the industry because they not only have superior thermos-physical properties, but also because they’re environmentally friendly. Ammonia has a global warming potential (GWP) and ozone depletion potential (ODP) of zero.

 

Why CO2 is a Viable Refrigerant Alternative

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Why CO2 is a Viable Refrigerant AlternativeDid you know CO2 has been used in mechanical systems since the 1800s? However, over time, the industry has gravitated away from CO2 toward lower pressure, synthetic refrigerants like Freon. But now that synthetic refrigerants are being phased out due to their negative environmental impacts, it’s time to take a renewed look at CO2 as a viable refrigerant alternative.  

 

The Evolution of the Refrigeration Environment

From R-22 to Ammonia to New Alternative Technologies

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The Evolution of the Refrigeration Environment

The overwhelming majority of climate scientists not only believe in global warming, but believe human activity is to blame. Whether you personally believe this or not, government bodies do. Over the past 30 years, international and national regulatory agencies have responded with legislation that fosters a more sustainable planet. And the attempt to phase out harmful chemicals—including refrigerants—has been constant.