The Water Softener: What, Why, and How? - Boiler Blog | Nationwide
How & Why Are Water Softeners Used in Steam Boilers? | Miura America
Determine Flow Rate of softener using method C or D below: C. Boiler Horsepower x 4 gallons per hour + estimated rate of blow-down in G.P.M. = G.P.M. required. D. Pounds of Steam per Hours divided by 8.345 divided by 60 minutes + estimated rate of blow-down in G.P.M. = G.P.M. required.
Determining Softener Size for Boiler Feedwater | Complete
May 02, 2000 · In an effort to address a dissolved solids problem, many dry kiln plants use water softeners to pre-treat boiler makeup prior to system entry. Many advantages to its use become apparent when the softeners function is understood. The main types of boiler scale are composed of calcium or magnesium, which can be readily removed in makeup water by
This results in very high steam release rates per unit of water area, and turbulence. Water-tube boilers tend to be higher rated, perhaps over 1 000 tonnes/h of steam. This means that even a small percentage blowdown can represent a high mass to be blown down. Water-tube boilers tend to operate at higher pressures, usually up to 150 bar g.
Dec 29, 2006 · In this case, we need a demineralizer or softener rated for a maximum flow rate of 28 gpm. It will be less depending upon how much condensate is returned. The next part of this question is what water quality is needed for the application. The steam
Automatic soft water (boiler softened water equipment, boiler softening, cleaning, automatic sodium ion exchanger): softening treatment is widely used in China's industrial and agricultural production and life and other fields, only a commercial boiler, China has Nearly 50 million units, from the reliable statistics of the relevant departments in recent years found a heartbreaking result: due to poor water quality caused by the boiler accident rate
Therefore, when a raw water supply of 600 ppm TDS is diluted with 0 ppm TDS water at a one-to-one ratio, the result would be 300 ppm TDS. This would represent a dilution of 50% or a condensate return of 50%. The final step in our gathering of data for the softener selection process is to obtain the number of hours in a day the boiler is operated.