Brand Thermax Chilled Water Treatment Chemical, Drum, Physical State Liquid, Product Code WT - 1153A, WT - 1153B, WT - IC305, WT - IC315

Despite the significance of properly functioning cooling operational control, Tower systems of cooling water treatment programs frequently and thus, Is neglected serves as the sole most common cause of program failure. The best possible combination deposits and, Of oxidation deposits control chemicals, With effective biocides, Is completely worthless if not consistently and correctly utilized on the chilled fluid. Cooling water chemistry control begins with cooling water cycles, Or the total count of times that the dissolved salts in the fresh makeup water are concentrated by evaporation from the cooling system. This parameter commonly is obtained by measuring the conductivity of the cooling water and dividing it by the measured conductivity of the makeup water. Cycles also can be calculated using other criteria including chlorides and dissolved solids. They are common to both the makeup and cooling water, And are not expected to be affected in any great degree by chemical additions or by, Or precipitations makeup water and blowdown water volumes. Control of cycles is vital for systems using non, Softened makeup water. No chemical treatment program can cope with the excessive levels of hardness salts in cooling water resulting from very high cycles of concentration. Excessive levels of hardness salts in cooling water result in increased potential for scale formation. Cycles are controlled or blowing, By discharging down, Concentrated freshwater derived from the system and replacing it with fresh as this, Water. Blowdown discharge is called, Lowers the system concentration of dissolved solids. One may ask why use chemical treatments to perform at additional cycles when often no scale will form when operating at lower cycles? the best answer is that operation at increased cycles substantially lowers both the makeup and cutting the, Blowdown requirements expenditure for fresh water and sewage disposal. With corrosive waters, Increasing the cycles to guarantee that this liquid is rendered less corrosive is an inexpensive means to improve corrosion control. Another point is that operation at increased cycles permits use of High-performing solutions for corrosion protection that could possibly be too costly to employ at the higher blowdown rates resulting from low, Cycle operation. Occasionally, The standard of the makeup water is so bad that a scale inhibitor must be employed just for applying the water. In these situations cycling reduces the cost of the scale inhibitor to an economic level.