Next-Scale Stop is the embodiment of a new technology, Template Assisted Crystallization (TAC). Atomic level templates on the surface of small specially treated polymer spheres transform dissolved CaCO3 to a crystalline form. The crystals are relatively insoluble, effectively isolating the CaCO3 form the water chemistry and anything the water contacts.
FEATURES
Extremely efficient – 5 second contact time regardless of hardness level. Conventional Ion Exchange resin requires 90 seconds. No salt or other chemical regenerants required. No backwash waste. Can be used in areas where water softeners are banned. Protects the environment and reduces water usage. Long lasting media-not consumed by the reaction. No control valves or electricity required. Media can be used in both conventional mineral tanks or POU cartridge form. Media operates in up flow condition.
APPLICATIONS
Next-Scale Stop has proven itself in a variety of applications as an alternative to ion exchange softening or other conventional water treatment methods. The maintenance-free characteristics make it especially suited for foodservice and commercial applications where equipment maintenance is often overlooked.
FOOD SERVICE – COMMERCIAL/INDUSTRIAL – RESIDENTIAL
Coffee and Tea Brewers Car Wash Water Heaters
Boiler based Steamers Hotels Dishwasher
Steam Tables Evaporative Cooling Laundry
Expresso Machines Boilers Bath and Shower
Proofer Ovens
Mist Cooling Systems
PHYSICAL PROPERTIES
Composition – Specially treated polymer
Size – 0.04-1.6 mm (approx. 12×40 mesh)
Colour – White, Off-White
Bulk Density – 48 lbs per ft3 (770 g/l)
Packaging – 120 litre drum (4.24 ft3) 81kg (178lb)
WATER CHEMISTRY AND LIMITATIONS
Ph – 6.5 TO 8.5
Hardness, Max – 75 grains (1300 ppm CaCO3)
Temperature – 41 to 140 degree F (5-60 degree C)
Chlorine – <3ppm
Iron, Ferrous – 0.3 mg/l
Manganese – 0.05 mg/l
Copper 1.3mg/l
Oil and Polyphosphates – Remove prior to Next-Scale Stop
H2S – Must be removed prior to Next-Scale Stop
OPERATING CONDITIONS
Service flow – 4 gpm/litre of media. System flow limited by bed expansion
Bed Depth – 4-10 inches typical depending upon flow rate
Freeboard – 200% of bed depth, (minimum 20”)
Can be used in continuous or intermittent operation
Operates in up flow mode. No backwash required.