Stages of Filtration & Water Treatment
Particle Removal
Prevents debris, scale flakes, dirt and particle build up in pipework, tanks, equipment and where present, premature blinding of filtration stages further along the cascade.
SPECTRUM TruDepth Standard Spun-Bonded Cartridge
Typically used
SSP-5-20BBPentair 10″ / 20″ Big Blue Plastic Housings
Typically used
BB20BL1"Chlorine and Organics Removal
Helps the taste and odour of the liquid and where present, protects RO membranes from chemical attack.
SPECTRUM 870 Economic Carbon Block Cartridge
Typically used
ECB-5-20BBPentair 10″ / 20″ Big Blue Plastic Housings
Typically used
BB20BL1"RO Water Production
Very pure water is produced using reverse osmosis membranes to separate the majority of salts and ions from the feed water and sending the salts and ions to waste or re-circulation.
SPECTRUM Reverse Osmosis System
Typically used
SRO-SYS-10Deionising
The use of a mixed-bed resin of anion and cation, attracts all salts and ions, removing them from the water.
SPECTRUM General Purpose DI Resin
Typically used
SRDI-RESIN-25LSPECTRUM Standard Pressure Vessel
Typically used
SV-FK835CBacteria Removal
Reducing the levels of bacteria to log 7
SPECTRUM Premier Pleat Polyethersulfone
Typically used
PPPES-0.2-20EHSPure Water Production
Typically used
SFH-SPC-5-20-GP-MTFeatured Products
SPECTRUM TruDepth Standard Spun-Bonded Cartridge
Boasting WRAS approval over the ESP, the TruDepth Standard is the best value option for general particulate reduction. With a recognisable mini-grooved construction, the SSP has a higher surface area and enhanced dirt holding capacity over the TruDepth Economic cartridge (ESP).
SPECTRUM 870 Economic Carbon Block Cartridge
SPECTRUM Economic carbon cartridge removes chlorine, chemical and organic taste as well as odour and appearance removal. Great for pre-filter in applications such as RO.
SPECTRUM Reverse Osmosis System
SPECTRUM RO Systems designed for commercial & industrial operators. 4 systems available to meet RO production levels of 150 to 1250 litres per hour.
