Cooling Towers & Water Treatment

 

Chlorine is a specified biocide in cooling towers applied continuously at a residual of .2 to .4 PPM. It will provide some micro-bio control as long as water pH values are maintained.

However, there still remains major problems to be considered when using chlorine as a biocide in cooling water systems. Problems associated with heat, sunlight, evaporation and biological demand tend to render acceptable chlorine concentrations ineffective.

The AgriPure System process sidesteps traditional methodologies and associated problems with easily measurable disinfecting residuals that are not effected by environmental impact and pose no hazardous handling risks, the cooling tower industry now has a viable environmentally friendly, and cost effective way to treat cooling tower water without these problems.

The AgriPure System will save significant amounts of money related to bio-fouling, algae, fungi and yeast removal.

The
AgriPure
System consists of three integrated components, the electronic control unit, ionisation cell and test kit.

The control unit produces a full 5 amps of power. It is housed in an industrial grade thermoplastic Nema 4 corrosion proof enclosure with a clear cover for easy viewing of all control functions. The unit is tested and certified by UL Laboratories and NSF International.

 

COOLING TOWERS AND INDUSTRIAL UNITS
 
MODEL
VOLTAGE
GALLONAGE
FLOWCELL DESIGN
CT CUIP-4
110 volt
100 tons or less
2" Bypass 3" electrode
CT CUIP-5
220 volt
100 tons or less
2" Bypass 3" electrode
CT CUIP-8
110 volt
350 tons or less
2" Bypass 6" electrode
CT CUIP-9
220 volt
350 tons or less
2" Bypass 6" electrode
CT CUIP-12
110 volt
500 tons or less
12" Bypass Loop
CT CUIP-14
220 volt
500 tons or less
12" Bypass Loop
CT CUIP-1000
110 volt
1000 tons or less
(2) X 12" Bypass Loop
CT CUIP-1200
220 volt
1000 tons or less
(2) X 12" Bypass Loop
CT CUIP-4000
110 volt
1500 tons or less
(2) X 18" Bypass Loop
CT CUIP-4200
220 volt
1500 tons or less
(2) X 18" Bypass Loop

WATER SYSTEMS

Since the isolation of an ubiquitous aquatic organism, Legionella Pneumophila, the annual number of reported cases of legionellosis in the U.S. have been increasing. Studies conducted at the Universities have shown that the use of ionized copper and silver is very effective at killing numerous species of harmful bacteria, especially legionella.

The AgriPure System process of ionization is a viable alternative for disinfecting water systems.

Advantages include low cost, low maintenance and provides a disinfecting residual.

Legionella Pneumophila in hot water hospital distribution systems has been connected with hospital acquired Legionnaire's disease in many areas where super heat and flush and hyper chlorination have failed.

AgriPure Systems can reduce the threat of nosocomial outbreaks of this disease in the hospital setting. Controlled evaluations of the AgriPure System have proven the efficacy of this unique process.