If you have an existing tower without basin sweeper piping.
Bac cooling tower filtration.
The water is pumped from the cooling tower cold water basin through the side stream filtration system into the heat exchangers and chillers and then returned back to the cooling tower basin.
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.
Water from cooling tower applications attract and absorbs airborne contaminants on a continuous basis contributing to the excessive creation of deposits scale corrosion fouling and biological activity.
Baltimore aircoil is the leading global manufacturer of cooling towers closed circuit cooling towers evaporative condensers and ice thermal storage systems.
The agency installed a lakos tcx 0280 srv and were able to filter out sand silt scale and rust and now the system boasts a zero liquid loss approach to filtration as well reduced maintenance and downtime costs.
Lakos separators keep cooling towers heat exchanger.
Sand filters separators disc fllters or a combination can all be applied to basin sweeper piping applications.
Filtered water is then pumped back into the main condenser line through a nozzle or re turned to the cooling tower basin called the sump.
Cooling tower with side stream filtration examples technology characterization side stream filtration systems continu ously filter a portion of cooling water to remove debris and particles.
In commercial or building applications cooling towers are utilized for comfort cooling.
Lakos cooling tower basin cleaning animation illustrates benefits of continuous cleaning and filtration.
Cooling tower eliminates routine maintenance with lakos separator.
Puroflux can provide kits for easy field installation with the filtration of your choice sized specifically for your cooling tower basin or remote sump.
This method involves removing particles at a higher rate than accumulation.