Evaporative Cooling is one of the topics covered.
Because of its numerous advantages, evaporative cooling is becoming increasingly popular among modern food manufacturing companies as a viable alternative to conventional air conditioning systems. Among the many benefits of the process are improved energy efficiency, improved air quality, zero carbon emissions, and lower initial purchase, installation, and maintenance costs, to name a few.
This blog, which is based on our unrivaled expertise and years of experience working in the food manufacturing sector, examines each of evaporative cooling’s advantages over traditional air conditioning methods and guides the food and beverage industry that will enable you to determine whether the method could be used in your facilities.
What is evaporative cooling and how does it work?
It replicates the naturally occurring process of cooling through evaporation while also providing a continuous flow of fresh air into your facilities. In evaporative coolers, water is circulated through a saturated cooling medium while air is drawn across the surface of the cooling medium.
Direct and indirect evaporative cooling are the two types of evaporative cooling that are available. What distinguishes this model from others is that it doesn’t introduce any moisture into the indoor environment. Technology, on the other hand, is now capable of combining the two techniques to significantly improve the performance of the method, which can achieve up to 95% efficiency in some instances.
What are the advantages of using evaporative cooling systems?.
Efficiencies in energy use
When compared to traditional air conditioning systems, evaporative coolers have the distinct advantage of having significantly lower operating costs than those of the former. The use of an appropriately designed and customized evaporative cooling solution can result in energy savings of up to 80% over the use of traditional air conditioning cooling systems.
Evaporative cooling systems perform best when only a small amount of outside air is allowed to circulate into the space where the evaporative cooler is being utilized. This introduces 100 percent fresh air into the environment and reduces the risk of poor indoor air quality and air pollution, which is a problem that is often overlooked in the food and beverage manufacturing industry, as well as other industries. The UV filtration systems that have been installed ensure that any outside pollens or bacterial contamination, such as algae growth, is kept out of the facility.
It is possible to open doors and windows.
Evaporative cooling, in contrast to traditional cooling systems, requires a constant flow of air to function properly. This means that you will benefit from having higher-quality, 100-percent fresh air available at all times at your facilities, which will reduce the likelihood of contamination.
Cost savings both upfront and overtime
One of the major advantages of evaporative cooling is that it has a low initial capital investment cost. This is in addition to lower operating costs, which can be as low as 80 percent per year. Not only are the units less expensive than traditional cooling systems, but they can also be less expensive to install – and, because of their straightforward design, they can also be less expensive to maintain and repair.
A typical evaporative cooler can be purchased for up to 50% less than a conventional cooler. However, while these figures appear to be impressive, you must ensure that when selecting an evaporative cooling solution, your supplier has considered your specific environmental conditions and has made you aware of the operational efficiency and risks that may be associated with it. Evaporative cooling can be a fantastic tool for improving working conditions while also lowering energy costs, but it is not always the best option for every situation. It is for this reason that selecting a supplier is so important.
Environment-friendly practices
The use of traditional air conditioning units is becoming an extremely expensive risk to take, especially with phase-out plans in place to eliminate the use of certain greenhouse gases. Evaporative cooling, on the other hand, is a completely environmentally friendly solution that uses the least amount of electricity and water while having no negative impact on the surrounding environment.
