If you’ve stumbled over references to the acronym COP in your industrial cooling research – or its technical definition leaves you scratching your head – then this article is for you. In it, we’ll decode the meaning of COP as it relates to chiller performance, explain why it’s important, and suggest features to optimize COP in your next industrial process chiller.
There are many types of chillers, each with a specific configuration and capabilities. So, which one is best? In short, the best chiller for you will depend on several factors, including:
- Your budget
- Your application and environment
- Your preferences
In this post, we’ve compiled several common scenarios related to these factors and suggested the best chillers to consider for each one. The result? An easier – and smarter – decision process.
If you’re operating dairy or medical equipment, a brewery, or an industrial process year-round, the right chiller fluid can ensure reliable performance no matter the season. The wrong fluid can result in refrigeration problems in the colder months, compromising chiller performance and reducing uptime. When you need an all-season low-temp chiller, these five types of chiller fluids are ideally suited for year-round operation:
- Propylene glycol and water mixture (10-60%)
- Ethylene glycol and water mixture (10-60%)
- Dynalene HC-10 to HC-50
- Calcium chloride solution
Continue reading to discover more about these low-temp chiller fluids that can maximize uptime all year-round.
Water-cooled Condensers may be best known for their quick and hassle-free installation, long-lasting performance, quiet operation, and energy efficiency. They’re an ideal solution for many industrial process cooling applications, such as medical manufacturing, brewing, dairy production, food processing, and others. The secret behind a water-cooled condenser’s winning combination of benefits partially lies in the condenser’s inner workings. These units feature a highly efficient water-cooled design that functions as a specialized heat exchanger to condense hot, high-pressure gas from the compressor down to a liquid.
While most industrial process chillers come in packaged air-cooled and water-cooled systems, there is yet another type of unit to consider: split system chillers. With two distinct and separately installed sections, split system chillers feature an indoor evaporator and compressor and an outdoor air-cooled condenser. Available in single, dual, and tandem circuit configurations, split system chillers are a unique alternative for companies whose application environments cannot accommodate traditional packaged systems.
Read on to learn more about when to choose split system chillers, how they’re installed, and the various benefits they offer.
The term ‘energy efficiency’ is now deeply ingrained in mainstream dialog, applying to everything from appliances to windows. And while many consumers have long recognized its potential value, energy conservation has also made its way into corporate responsibility programs and operational agendas.
While industrial chiller storage and recirculation tanks may appear similar on the surface, they have distinct operational differences that can dramatically affect your process chiller’s performance. In this decision guide, we’ll cover the benefits and considerations for storage and recirculation tanks, clearly teasing out the bottom line to help you determine the best option for your needs.
Industrial chillers are heat exchangers that remove process heat to keep brewing, dairy, food processing, medical, low-temp, and other industrial equipment running smoothly. While our high-quality engineered solutions are designed for optimal performance, adhering to a routine preventative chiller maintenance schedule is critical to your system’s longevity and efficiency. In this article, we’ll cover the basics of chiller maintenance, highlighting frequency recommendations, and providing additional hints for monitoring chiller performance.
Many companies opt for packaged water-cooled chillers because they are quick to install, long-lasting, quiet, and energy-efficient. They’re found in many industrial applications, such as food processing and manufacturing. These highly efficient chillers use water from an external cooling tower to remove process heat from the condenser.
Situated between the compressor and expansion valve, water-cooled condensers function as a specialized heat exchanger that condenses the hot pressurized gas from the compressor into a liquid. In this article, we’re covering the three primary types of condensers we use in packaged water-cooled chillers.
Packaged air-cooled chillers are a quick-to-install solution for companies in industries such as food processing, dairy, and brewing. These systems include a condenser, compressor, and evaporator and use ambient air to extract heat from industrial processes. Attached air fans expedite the cooling process, enhancing the performance and efficiency. Many companies rely on air-cooled chillers to ensure their industrial processes run smoothly. If you’re considering a packaged air-cooled chiller for your company, factor the many benefits into your decision.