Cooling Tower Basin Filtration System

Whatever happens to be floating in the air around the cooling tower can and will end up in the cold water basin.

Cooling tower basin filtration system.

An open cooling tower is a magnet for airborne dirt and debris. We also offer equipment and services using membrane technology achieving greater than 95 recovery of cooling tower blowdown with recovered water used for. Mcc was also able to minimize costs by sizing the puroflux sand filter to utilize their existing vertical turbine pump. Tower basin cleaning sweeper jet.

Lakos separators keep cooling towers heat exchanger. Puroflux sand media filters can be utilized in many applications outside the traditional cooling tower water filtration. Side stream or full flow filtration systems uv disinfection systems chlorine dioxide generation systems hypochlorite generation systems reverse osmosis and many more. A typical 200 ton cooling tower operating 1000 hours can accumulate up to 600 lb of particulate matter from airborne dirt and the makeup waters supply.

Lakos cooling tower basin cleaning animation illustrates benefits of continuous cleaning and filtration. In houston texas a regional laboratory for a leading environmental agency was having problems with dirty cooling tower water which lead to hvac loop system downtime and increased labor and maintenance costs. Lakos separators keep cooling towers heat exchanger. A holding tank is being utilized to ensure the sand filter backwash can be managed properly.

Cooling tower bleed off blowd. Lakos cooling tower basin cleaning animation illustrates benefits of continuous cleaning and filtration. Side stream filtration systems continuously filter a portion of the cooling water to remove suspended solids organics and silt particles reducing the likelihood of fouling and biological growth which in turn helps to control other issues in the system such as scaling and corrosion. Downtime eliminated reduced maintenance costs on cooling tower basin cleaning.

Protection of heat exchangers.