Page 1 - Parker - Process water
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Process Water
®
Fulfl o Dechlorinator (DC) Non-Granular
Carbon Cartridges for Chlorine Reduction
of Incoming Process Water
Market Application Publication
Background
In beverage manufacturing and fi ne
chemical production, processing
equipment which include fi ltration
systems are cleaned or sanitized using
process water. The process water is
combined with sanitizing or cleaning
agents to prevent microbial growth and
removal of residuals. This process water
is used for pre-clean-in-place (CIP)
fl ushing, as make-up water for the CIP
solution and for post-CIP rinsing with
equipment such as, cross fl ow fi ltration
systems. Cross fl ow fi ltration systems
used for making low alcohol beverages
are cleaned and sanitized with chlorine-
free process water since their fi lters
are sensitive to chlorine exposure. In-
coming plant water, with 3ppm chlorine
as a disinfectant, must be treated to
remove chlorine before being utilized as
process water with these fi lters. Carbon
fi ltration is typically used to produce
chlorine-free process water.
Contact Information Challenge
Parker-Hannifi n Corporation A granular carbon fi lter system used following one fi lter change-out, the
Process Advanced Filtration Division by a beer manufacturer to produce produced process water had chlorine
2340 Eastman Avenue chlorine-free process water exhibited levels greater than the 0.1ppm limit.
Oxnard, California, USA 93030 chlorine break-thru and signifi cant It was determined that the carbon
downstream particle migration. This fi lter failure was due to broken end
toll free +1 877 784 2234 system was designed to handle caps and non-integral construction
phone +1 805 604 3400 200gpm fl ow rate through eighty 40" which released the carbon particles
fax +1 805 604 3401 length carbon fi lters to produce process downstream into the process water
PAFsales@parker.com water with < 0.1ppm chlorine. The causing destruction and irreversible
carbon fi lters were changed-out every plugging of the cross fl ow fi lters. This
www.parker.com/processfi ltration 3-4 months or when chlorine levels resulted in the loss of expensive existing
exceeded 0.1ppm. The chlorine level fi lters, costs for replacement of cross
normally produced by this system fl ow fi lters as well as considerable
was in the 0.02 – 0.05ppm range, but manufacturing down time.