The eco-LSWE closed-circuit coolers feature an ellipti-fin coil and CrossCool™ internally enhanced tubes to increase the heat transfer of the coil, which improves the unit’s cooling capacity.
It is estimated that HVAC systems account for approximately 40 percent of the energy used in commercial buildings, which is why many building owners and managers are looking for ways to cut these costs. One way to do that may be to utilize evaporative cooling systems, which can be relatively inexpensive to purchase and often require much less energy than other forms of cooling.
This induced-draft counterflow closed-circuit fluid cooler’s design incorporates patent pending heat transfer technology and a low height to address local code restrictions.
The anti-microbial resin contains additives that operate on a cellular level to continuously disrupt and prevent uncontrolled growth of microorganisms and biofilm within the cooling tower.
The tower features a stainless steel structure and fiberglass reinforced polyester (FRP) casing, which provides a strong, corrosion-resistant assembly.
Legionella, the bacteria that causes potentially fatal Legionnaires’ disease, and other strains of pathogens that can be hosted by cooling towers, can now be substantially reduced by the development of a new antimicrobial cooling tower introduced by Delta Cooling Towers.
Cooling towers are a relatively inexpensive and reliable way of expelling heat from a number of industrial and commercial applications. As the worldwide market continues to grow, so does the need to address the issue: How large should a cooling tower be to efficiently handle a specific application.