Industrial refrigeration systems have been used in the industry for a long time. Commercial refrigeration systems are also referred to as Ammonia refrigerants. Ammonia has been used for refrigeration for almost 125 years. It plays a significant part in food production and became a viable solution in the 1930s due to low toxicity.
Freon gas has been widely used since the 20th century in all refrigeration systems. It was considered the most stable, nonflammable, and non-toxic gas to suit refrigeration needs. However, in Freon gas (CCI₂F₂), the chlorine gas created much of a problem when it started to deteriorate the Ozone layer above our atmosphere. This is the reason Freon is no longer a widely used refrigerant in refrigeration equipment globally.
In this post, we will look at industrial refrigeration system basics by discussing the technology in the context of ammonia refrigeration systems. Let us start with the basics of commercial refrigeration systems and then discuss the benefits of industrial refrigeration equipment.
The Past, Present, and the Future of Refrigeration Systems
As discussed above, the use of Freon gas has been phased out due to its harmful effects of creating a hole in the Ozone layer. In the present times, Freon is no longer the choice of commercial refrigeration manufacturers in the world.
Nowadays, industrial refrigeration manufacturers are more focused towards using HFC refrigerants, which, unfortunately, also has a high potential to increase global warming. Therefore, in the current era, their use has also been reduced. Moreover, the goal of global commercial refrigeration suppliers is to reduce their use to 21% by 2030.
This means the world is left with the best and the most environmentally-friendly technology such as Ammonia as a viable refrigerant for improving their industrial refrigeration products.
So, let us now explore more about Ammonia as a preferred choice of the best commercial refrigeration suppliers in Pakistan and globally.
Benefits of Using of Ammonia in Refrigeration Systems:
The Future Choice of Industrial and Commercial Refrigeration Suppliers. There is no surprise that ammonia plants will be the preferable designs and choices of future commercial refrigeration suppliers to meet the needs of industries. Ammonia occurs naturally in the environment which means there is no problem with its abundance in nature.
Help in Ozone Depletion
Ammonia in addition to being available in abundant quantity in nature also contains a great property to possess a reduced ozone depletion rate. For example, experts reveal that the Ozone depletion rate of Ammonia remains close to zero. It also does not promote global warming.
Better Output Results
However, while comparing these statistics with other gases and refrigerants, the results are not too encouraging. For instance, the common refrigerants such as R134a with a GWP of 1,430 and then R404A which has a GWP of 3,922. With these rates, you can easily see why there is such hype for Ammonia being the best and most beneficial asset for manufacturers to improve their refrigeration results.
Cost Effectiveness
Another great attribute of Ammonia is its cost-effectiveness and how cheap it is to produce. Ammonia is a low-cost option that has energy-efficient properties. Ammonia can absorb large amounts of heat as it evaporates in the air. And this is again very impressive in terms of using it as a vital refrigerant in future technologies in Pakistan and internationally.
Easy Traceable
Ammonia is toxic, and it also can become flammable at a certain concentration. On the other hand, many other refrigerant alternatives used in the industry are odorless. However, ammonia contains a slight sour smell. Hence, it gives a chance to be detected easily in case it leaks in industrial settings.
Save Resources
Last but not least, using Ammonia also means that manufacturers will use smaller and thinner pipes and components. Therefore, using Ammonia will help manufacturers save significant electricity and use a cost-effective option.
Benefits of Industrial Refrigeration Systems in Pakistan
There are many benefits of industrial refrigeration installation in Pakistan.
Preservation of perishable goods
Since industrial refrigeration is a great way to store and maintain the quality of perishable goods and products, it is considered the most important choice of food manufacturers. This means that pharmaceuticals and food industries can store any product in freezer chillers for a long time. This helps to extend the shelf life of products.
Improved product quality
Another benefit of using Industrial refrigeration is that it aids in maintaining consistent and adequate temperatures and humidity levels in cold rooms and storage across Pakistan. This is the highly sought-after solution that improves the quality of several meat and dairy products.
Increased productivity
Moreover, another benefit of this technology is that it helps to increase productivity by reducing downtime. For example, when equipment fails, food products can spoil quickly. Such industrial products reduce food wastage and product spoilage.
Compliance with regulations
Since manufacturers of technologies are subject to several regulations and standards, this makes their storage and handling of perishable goods more effective and useful.
Energy efficiency
When it comes to energy efficiency, modern and sophisticated industrial refrigeration suppliers in Pakistan are designing energy-efficient products. These products can improve their savings by reducing operating costs. They will also minimize the environmental impact.
Cost savings
The use of industrial refrigeration can also help the industry to reduce costs associated with product spoilage. It also helps to reduce equipment failure and consumes less energy.
Summing it Up
With all that said, the overall impact of incorporating industrial refrigeration is highly beneficial for the industry in Pakistan and worldwide. Ammonia will remain an essential component of many industries as a refrigerant; this will help the industry to improve efficiency, productivity, and quality in the long run.