Industrial chillers use process cooling to funnel heat away from industrial equipment to keep it going strong. Whether air- or water-cooled, their hard-working and high-performance capabilities provide the ideal cooling solution for many industrial chiller applications:
Dairy milk processing
Keep reading to learn more about how industrial chillers keep process equipment cool in these applications.
Cannabis extraction removes active ingredients cannabinoid and terpene from the cannabis plant, often using a solvent. Solvent-based extraction dissolves unwanted compounds to yield a more refined and potent form of cannabis for edibles, beverages, topicals, or direct consumption. As the cannabis industry continues to explode, growers are continually evaluating which solvents and extraction methods produce the best results.
In this article, we’ll cover the following top three solvent-based cannabis extraction methods in 2021, highlighting the benefits and considerations for each one:
Continue reading to learn more about these solvent-based extraction methods and how you can use them to enhance your operation.
Located in Philadelphia at Market at the Fareway, Chestnut Hill Brewing Co. is a popular microbrewery with a taproom and beer garden currently offering approximately eight draft beers and delicious food to their loyal patrons. Owner and brewer, Nick Gunderson, prides himself on inventing and creating an ever-evolving lineup of small-batch beer made from fresh ingredients. His favorite beer they offer? Chestnut Hill’s very own west-coast style IPA.
A couple years ago, Nick decided it was time to upgrade his brewing equipment from a 2-barrel to a 5-barrel system with six fermenters and six brite tanks. This decision allowed him to increase the brewery’s monthly output to sixty kegs. First on the list of equipment upgrades was a new industrial-grade custom brewery chiller that could keep up with an increasingly sophisticated brewing process.
There’s no doubt about it: cannabis cultivation is a growing sector of the cannabis industry. According to the 2020 State of the Industry Report by Cannabis Business Times, 21% of research participants said they plan to add at least 80,000 square feet of cannabis grow room space in the next two years. Additionally, the number of participants expanding to two or more grow sites jumped from 32% to 41% between 2016 and 2020, further punctuating the trend toward larger and more facilities. These are just some of the key factors that indicate a thriving cannabis cultivation market.
If you’re one of the many producers looking to outfit your cannabis grow room with the best chiller for maximum yield, this article is for you. In it, we’ll explain what to look for in a cannabis chiller.
Refrigerant leaks can wreak havoc on industrial chillers, reducing the load capacity and performance so much that your equipment may lose the essential cooling required to run smoothly. Refrigerant leaks are prevalent among older chillers, which are prone to losing 2-15% of refrigerant annually. In comparison, high-efficiency systems expertly manufactured and equipped with specialized pressure vessels and seals can drop the loss rate to as low as 0.1% per year.
This post will explain how we ensure industrial chillers are primed for optimal performance throughout their useful life. We’ll also provide a few pointers for detecting signs of refrigerant leaks and how you can keep your chiller going strong.
Just like an air-conditioning unit uses refrigerant to cool the air, medical chillers use refrigerant to cool fluid used in medical equipment processing. If you’re looking for medical chillers for your imaging or medical facility, this article will outline the different types of gas refrigerants available to keep your lifesaving equipment running strong. First, we’ll start with a definition of medical chillers and outline a few of their primary field applications.
What are medical chillers?
Medical chillers are specialized industrial process chillers that use air, water, or a split configuration to keep medical equipment processes cool. With year-round cooling capability, temperature accuracy, reliability, and energy efficiency, medical chillers are designed specifically for optimal performance and uptime.
Medical chillers are used for many types of imaging and other equipment, including:
Linear accelerators (LINAC)
Learn more about the types of medical chillers available to equip your imaging or other medical equipment on our website.
What is a glycol chiller? What are the advantages? Is it safe for food and beverages? What about energy efficiency? If you’re considering a glycol chiller for your industrial process cooling needs, you may have many unanswered questions. This article will answer these and other frequently asked questions to help you make the best decision for your needs.
To start, let’s get down to basics with a brief definition of a glycol chiller.
Whether air- or water-cooled, industrial chillers work the same way as other refrigeration systems built into your home, refrigerator, and car. However, instead of keeping your environment and food cool, they chill water or glycol to keep your industrial processes cool. The cooling effect works by cycling refrigerant through the chiller system, with various temperature and pressure changes happening at every stage. In this article, we’ll review the components of chillers and outline the unique role they play during each of the five cooling phases.
Whether your facility runs on ethanol, CO2, hydrocarbon, butane honey oil (BHO), or another solvent, selecting the best chiller for your operation will help ensure product quality and prevent damage. How do you know which cannabis chiller is right for your cannabis operation? In this post, we’ll cover the must-have features to look for when selecting the best chiller for CBD, THC, CBN, and other cannabinoid extraction in a high-volume facility.
When selecting a cannabis chiller for effective compound extraction, the best option will have the following essential features:
Cannabis extraction is an industrial process for converting target molecules in cannabis raw material into a usable form. It uses sophisticated equipment designed to perform specialized functions, such as a cannabis chiller for precise temperature control. The purpose of cannabis extraction is to remove plant oils and target and collect potent compounds, such as THC, CBD, terpenes, and other precious cannabinoids. These compounds are used to create high-demand cannabis products, such as tinctures, capsules, hash, and oils.
The most common solvent-based cannabis extraction methods are: