GE P&W Mobile Water Treatment Systems - Super 600 MobileRO - Manual

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FSmobSuper600_EN Feb-13
Fact Sheet
Super 600 MobileRO*
Reverse Osmosis for High Flow Applications
Description and Use
MobileRO reverse osmosis (RO) containers provide
emergency, interval, or long-term service to meet
the needs of industrial pure water users. The Super
600 MobileRO (Figure 1) is configured to produce up
to 650 gpm (148 m
3 /hr) in single-pass mode and up
to 350 gpm (79.5 m 3 /hr) in two-pass mode.
The unit contains the necessary hardware to moni-
tor the system operation including, inlet and per-
meate conductivity, inlet pH, inlet ORP meters;
concentrate and permeate flow meters; and pre-
filter, post-filter, primary and final pressure trans-
mitters.
The MobileRO container also includes the neces-
sary connections for chemical pumps essential for
maintaining the required water quality specifica-
tions.
Typical Applications
Standard Features
• RO configurable process flow to meet various
water demands; two pass or two train operabil-
ity in a single system
• Up to 650 gpm (148 m 3 /hr) in single-pass mode
or up to 350 gpm (79.5 m 3 /hr) in two pass mode
• Rejection rates of 97% or more
• Removes not only dissolved ions, but also bac-
teria, pyrogens, organics, particles, colloids,
color and oxidizing agents at up to 99.9%
• Emergency, interval, and long-term service for
RO water need
• VFD controlled high-pressure pumps
Figure 1: Super 600 MobileRO
• Centralized gauge panel for convenient system
monitoring
• 1-micron cartridge filtration for superior pro-
tection of reverse osmosis elements
• Able to combine with other GE Mobile units to
enhance system capability
General Properties
Single Pass Product Flow Up to ....................... 650 gpm
(148
m 3 /hr)
Two Pass Product FlowUp to ............................ 350 gpm
(79.5 m 3 /hr)
Recovery ................................................................. 60 to 75%
Nominal rejection ............................................... 95 to 99%
Operating range
1 .................... 35° to 105°F (2° to 40°C)
Minimum inlet pressure ......................... 30 PSIG (2 bar)
Maximum inlet pressure ........................ 60 PSIG (4 bar)
SDI
15
............................................................................................. 3
1 Flow limited by membrane flux at high temperatures