The need for industrial refrigeration systems has highly diversified in the past few decades. Things that started from simple food storage needs have now expanded all the way to cooling needs for spaces that are dedicated to complex systems. This might include industries such as electricity production, district cooling, data centers, and so on. When maintained properly, systems dedicated to industrial refrigeration, Fort Worth, TX, provide necessary cooling in an efficient as well as safe way.
Most of the problems associated with the industrial refrigeration systems come from a lack of expertise and knowledge. Whether it is installation, designing, or use of any connected equipment, understanding how things work can help enhance the longevity of your system.
So, let us decode some of the critical aspects of the industrial refrigeration system to help you understand how it all works!
Absorption Cycle or Compression Cycle
When talking about the core principle, the compression and absorption cycle works in a similar manner. However, they are particularly different when it comes to the way its refrigerant pressure tends to be increased. In the compression cycle, your refrigerant’s pressure is increased through a purely mechanical method. On the other hand, the pressure increase & absorption cycle includes multiple processes that are thermo-physical.
Whether you use the compression cycle or the absorption cycle, it completely depends upon the heat or electrical resources availability. So, before you get in touch with a service provider for industrial refrigeration, Fort Worth, TX, make sure you decide the type of cycle you need for your system.
Selection of Refrigeration
Your refrigerant needs to be a fluid that is capable of functioning in conditions needed for your system’s refrigeration cycle. You need to select a refrigerant that is completely functional as per your needs while having minimum impact on the environment.
This is why several refrigerants that were once popular have now been banned or restricted for limited use. Different variants of refrigerants available in the market can be sorted into two scales depending on individual environmental rating:
- Ozone Depletion Potential (ODP)
- Global Warming Potential (GWP)
High-End Industrial Refrigeration Components
The compression cycle of an industrial refrigeration system includesfour major components:
- Expansion Valve
- Throttle Valve
Your system’s compressor is a dynamic part that is involved intricately in its refrigeration cycle. This part adds abundant energy to your system while adhering to the laws of Thermodynamics. For your refrigerant to pass on the energy while other systems are involved, the industrial refrigeration, Fort Worth, TX, can be packed in with a range of different heat exchangers.
The energy required to cool the environment involved is produced within the evaporator. This is where the system’s refrigerant turns into the gaseous state due to the absorption of heat. This enables the refrigerant a chance to exchange the heat present in the room or any other fluid. This is how the cooling cycle works for any industrial refrigeration system.
Solutions for Heat Rejection
In essence, refrigeration means the extraction of heat present in one system sending it to another. This means the heat extracted from one location needs to be rejected or pushed into another. In most cases, the heat is shoved away into the environment. This is why heat rejection makes up for a crucial process of the refrigeration system. However, proper implementation of the heat rejection technique depends on certain elements such as physical constraints, weather elements, location, along with legislation & environmental limitations.
Apart from this complexity, the projects or systems need to be optimized as per the temperature in the area. You need to invest in industrial refrigeration in Fort Worth, TX, that is highly efficient to work with a temperature that is high.
Synthetic vs. Natural Refrigerant
A refrigerant constitutes of chemical elements with properties that allow them to absorb the surrounding heat present in one area while rejecting it into another. This causes the temperature in an area of concern to come down.
In essence, there are two different variants of refrigerant, which include:
- Synthetic Refrigerant
- Natural Refrigerant
While the systems for industrial refrigeration maintainance in Fort Worth, TX, earlier used the synthetic refrigerants, more and more system designers are using natural alternatives. This helps contribute to saving the environment.
- Chlorofluorocarbons (CFCs)
- Hydrofluorocarbons (HFCs)
- Hydrochlorofluorocarbons (HCFCs)
- Carbon Dioxide
Other Critical Parts of Industrial Refrigeration System
Apart from these critical components mentioned above, your industrial refrigeration system includes:
These units are located close to the condensers designed to store as well as receive the charge from the refrigerant.
Your industrial refrigeration system’s suction trap helps prevent the liquid refrigerant in the machine from entering your compressor. The suction trap is located by the compressor and evaporator.
Your system’s receiver for low pressure helps separate the liquid from its vapor. It is primarily used for the systems dedicated to liquid overfeed.
While the industrial refrigeration systems work just like your residential ones, they can be highly complex with so many parts to monitor. Your industrial system for refrigeration can be a heavy machine with substantial investment requirements. So, it is critical that you opt for proper research before investing in a refrigeration system that ensures a successful and seamless business flow.
Looking for a reliable installation service provider for industrial refrigeration, Fort Worth, TX? At Enertia HVAC/R, we provide reliable service for installation, maintenance, repair, as well as replacement. So, be quick, give us a call at (214) 550-3458 or write to us at firstname.lastname@example.org.