Air-cooled water chiller is a refrigeration system that cools down or lowers the industrial process water or glycol mixture’s temperature.

When we think about preserving products, one of the first solutions that comes to our mind is a refrigerating chamber or a cold room. So, if you want your products to have a longer life, this is what you should know:

Simple refrigeration circuits are cost-effective and not complicated, however, they do have some disadvantages, for example, the risk that stored products, which are not packed or covered, will dry out. Thermostatic expansion valves are installed as injection valves in most cold storage rooms. An electronic super-heat controller offers several advantages for anyone who might be looking for a better solution. The evaporator should be always filled with refrigerant for optimal use.

Other applications of industrial refrigeration can be found in chemical plants, in manufacturing and construction, in ice and snow sports and in environmental test chambers. In some industries, most notably food and drink and chemicals, refrigeration accounts for a significant proportion of overall site energy costs.

A refrigeration system is a mechanical process or arrangement that is responsible for lowering the temperature between two points. For this process to take place, the thermodynamic properties of matter are involved, which are responsible for transferring thermal energy or heat between two points.

A refrigeration system is a group of components used for cooling and sometimes heating. In most cases, it involves the use of a thermodynamic cycle in which there is a flow of heat from one place to another.

Whether you’re opening a new restaurant or retail outlet or looking to upgrade your current refrigeration equipment, choosing the right system can feel rather daunting. With so many options on the market, it’s critical to consider several factors. This will ensure you make the right decision.

Refrigeration equipment is a cornerstone of modern life, silently working behind the scenes in various industries to keep things cool and fresh. From preserving food to safeguarding critical medical supplies and maintaining comfortable indoor environments, the importance of refrigeration technology cannot be overstated.

In today's rapidly evolving commercial landscape, the significance of refrigeration technology cannot be overstated. With the global commercial refrigeration equipment market experiencing remarkable growth — from a valuation of USD 39.89 billion in 2022 to an anticipated USD 71.1 billion by 2032 — it's clear that these systems are more vital than ever across a multitude of industries.

Refrigeration involves the removal of heat from spaces, objects or materials while maintaining their temperature below the surrounding atmosphere. Refrigeration would not exist without these basic components:

We’ve all experienced it. Walking indoors on a scorching day, you’re pleasantly met with a refreshing gust of cool air. This comforting sensation is made possible by the refrigeration cycle. Despite the numerous techniques for controlling temperature, the fundamental principle remains consistent and finds application in numerous industries and processes.

Refrigerator process requires preserving temperature lower than its surrounding. In mechanism of refrigerator heat is transferred against its natural flow as it involves removing heat from the source.

Modern refrigerators—introduced in 1918—use compressors to prepare and propel refrigerant through a closed system that helps keep the compartment and your food cool. Read this guide to learn how your refrigerator and freezer operate, as well as what components power it.

Air conditioners have become a common name in a household, over a period of time. To explain it simply, an air conditioner takes in the warm air inside your room and converts it into cool air that makes your room cozy and comfortable. But how does it manage that? The magic lies in a chemical that is present inside every air conditioner - The AC refrigerant.

The measurement technology used in compressors is tending to increase more and more. And for good reason. The balancing act between increased compressed air demands and reduced energy consumption also depends, to a large extent, on the intelligent use of measuring instruments.

If you’ve been in the air compressor industry for any length of time, you’re likely familiar with the acronyms PSI (pressure), CFM (flow), and HP (power). These principles are essential in determining which size air compressor will fit your application – in fact, PSI, CFM, and HP are some of the most important elements to consider when selecting the best air compressor for your needs.

The distribution of compressed air in industrial plants is prone to efficiency losses through pressure drops and leakage but the largest inefficiency is at the point of generation.

When I was first introduced to the world of air compressors it was a bit overwhelming (to say the least). But with learning anything new if you start by understanding the basics– you can then scale. Since there are a myriad of air compressors choices on the market, I decided to begin by wrapping my head around studying the technical units of airflow measurement.

Air compressors measure flow using a device called a flow meter or flow sensor. The flow meter is typically installed in the compressed air line and measures the volume or mass flow rate of the compressed air as it passes through.

Air is a necessity in everything we do and is the beginning of how we use compressed air technology. Life on earth depends on a gas bubble, the atmosphere, that surrounds our globe. The protective bubble extends approx. 100 km into space. What we commonly call air is a gas mixture consisting mainly of nitrogen, oxygen and a larger or smaller amount of water vapor.