5 Reasons Why Your Business Needs Oxidation Chiller Manufacturer and Supplier？

Where Are They Used?

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Chillers are commonly used in large industrial applications where cost and efficiency are important factors. This can include high-traffic buildings such as hotels, malls, and arenas or more specialized environments where there are heavy infrastructural demands such as power plants, manufacturing facilities, and corporations with extensive operations. In general, chillers are ideal in these environments, as they regulate the temperature for workers and extend the lifespan of critical machinery under regular stress.

What Are The Benefits Of Chillers?

—Enormous cooling output: Industrial chillers are large pieces of equipment that can sustainably cool large areas that regular HVAC systems could not. To put it in perspective, home AC units have a cooling capacity of between 5,000-34,000 BTU/hr depending on the size of the room needing cooling. In contrast, it is common to find industrial chillers exceeding 1,000,000 BTU/hr.

—Increased lifespan of equipment: In addition to being powerful pieces of equipment, they can greatly affect the surrounding equipment. Especially in high-stress mechanical environments, chillers can help regulate the temperature of surrounding equipment. This results over time in equipment that lasts longer and performs at a higher level.

—Reduced operational costs: Due to how chillers continuously circulate air and water in a cycle, they can contribute to lower energy costs and reduced operational costs. While chillers are a significant investment, the lifetime value of a chiller will save your business money and result in better and safer operating conditions for your staff.  

Air-Cooled Vs. Water-Cooled Chillers:

The difference between air-cooled chillers and water-cooled chillers is that air-cooled chillers have a condenser that is cooled by ambient air while water-cooled chillers have water-cooled condensers that connect to the cooling towers. Water-cooled chillers are generally preferred in larger installations, as they tend to be more efficient over time and air-cooled chillers are ideal for smaller-scale projects depending on the needs of the company.

When Should I Replace My Chiller?

Here are a few things you should look for when deciding whether or not to replace your chiller:

• The chiller is old (the older it is, the more likely it needs to be replaced)

• You notice rising maintenance costs

• You’re getting higher energy bills

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  Additional reading:
  CHOOSING A CHILLER: 5 FACTORS TO CONSIDER

• It’s hard to find replacement parts

• It is difficult for you or your employees to operate

For more detail, check out our article on the 5 must-know signs your chiller needs replacement.

     Salt air can cause significant damage to HVAC coils in coastal areas due to the high levels of salt in the air. The salt in the air reacts with the metal components of HVAC coils, leading to corrosion, leaks, and a shorter lifespan. Different types of coil materials are affected differently by salt air, making it crucial for building owners and facility managers to understand the effects of salt air on HVAC coils and choose the right coils for their HVAC system.

     SBS-NC, LLC is a commercial HVAC contractor that provides HVAC solutions and services, including coil replacement and installation. They can help building owners and facility managers choose and install the correct coils for their HVAC system to resist the effects of salt air. SBS-NC, LLC can assess the HVAC system and provide recommendations for the best coil materials, coatings, and designs to resist salt air corrosion.

     Copper coils are highly susceptible to corrosion from salt air, which can cause pitting and leaks. Aluminum coils, on the other hand, are more resistant to salt air due to their ability to form a protective oxide layer when exposed to air. According to SBS-NC, LLC, aluminum coils are becoming increasingly popular in coastal areas due to their resistance to salt air corrosion.

     However, not all aluminum coils are created equal. Hydrophilic aluminum coils are more resistant to salt air than traditional aluminum coils due to their increased surface area and hydrophilic coating that repels water and salt. According to SBS-NC, LLC, hydrophilic aluminum coils are a good choice for coastal areas where salt air is prevalent.

     Stainless steel coils are highly durable and corrosion-resistant, making them an excellent choice for coastal areas. According to SBS-NC, LLC, stainless steel coils can withstand exposure to salt air without deteriorating. However, stainless steel coils can be more expensive than other coil materials, making them less common in HVAC systems.

     In addition to the coil material, the design and construction of the HVAC system can also impact the coils' resistance to salt air corrosion. HVAC systems with protective coatings or epoxy paint can be more resistant to salt air corrosion than systems without these protections. Proper maintenance, such as regular cleaning and inspection, can also help prevent corrosion and extend the lifespan of the coils.

     In conclusion, salt air can cause significant damage to HVAC coils in coastal areas, leading to corrosion, leaks, and a shorter lifespan. Different types of coil materials are affected differently by salt air, making it important for building owners and facility managers to choose the right coils for their HVAC system. SBS-NC, LLC can provide recommendations and installation services to help resist the effects of salt air corrosion and extend the lifespan of HVAC coils. Call us today!

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