Delta Cooling Anti-Microbial Cooling Tower

DESCRIPTION

Anti-Microbial Cooling Towers - The Smart Way to Minimize Legionella Risk
Introducing our NEW Anti-Microbial Cooling Tower Shell with Anti-Microbial HDPE resin, which is fully compounded throughout and withstands most aggressive chemical treatments.

Tower Shell

•  Anti-Microbial HDPE Resin
•  Fully Compounded Throughout Resin
•  Resists Biofilm Growth
•  Withstands Most Aggressive Chemical Treatments

Tower Fill & Drift Eliminator

•  Anti-Microbial Compounded PVC or PP
•  Impedes Microorganism Growth
•  Prevents Fouling Maximizing Performance
•  Resists Biofilm Growth

Growth Promotion

•  Poor water flow and areas where water is stagnant, common to cooling tower designs with a large flat bottom basin, which will have stagnant water in the corners.
•  pH between 5.0 and 8.5, water temperatures between 68°F and 122°
•  Sediment that promote growth of commensal microflora
•  Microorganisms including algae, flavobacteria, and Pseudomonas, which supply essential nutrients for Legionella growth or harbor the organism

Prevention

•  Chemical Water Treatment: Oxidizing Biocides are recommended as the best mode of control. Warning: this type of biocide can be aggressive towards metal surfaces; specifically metal cooling towers.
•  System Design & Engineering: No stagnant water, sloped basin, and/or basin sweeper system.
•  Maintenance – Competent consistent water treatment and monitoring most important.
•  According to the Center for Disease Control and Prevention, about 5,000 cases of Legionnaire’s disease are now reported each year in the United States.

Delta Anti-Microbial Cooling Tower
We begin manufacturing with anti-microbial resin, which is fully compounded into base cooling tower plastic material. Our anti-microbial additives operate on the cellular level to continuously disrupt and prevent uncontrolled growth of the microorganisms and biofilm.
The blue colored cooling towers are a clear sign to the industry that they are anti-microbial; therefore substantially reducing the risk of harmful cooling tower-borne pathogens, such as Legionnaires' Disease.