1. Yardney Water Management Systems, Inc. | 6666 Box Springs Blvd. | Riverside, CA 92507
Industrial
Systems
Product Specifications
2. Table of
Contents
Media Filtration
Sand Media Filters.................................. 3
Deep Bed Sand Media Filters................... 5
Multi-Media Filters.................................. 7
RCW Sand Media Filters.......................... 9
Granular Activated Carbon Filters............11
Automatic Clean Screen Filters
Maxi-Flush™ Screen Filters.....................13
Filtaworx®
...........................................17
Centrifugal Sand Separators......................21
Basket Strainers.......................................25
Pump Suction Screens..............................27
Backwash Valves......................................29
Synergy™ Automatic Controller..................31
IMA-65 Specialty Media.............................33
3. Yardney Sand Media
filters are designed for
the most challenging dirty
water conditions with a
high performance solution
for water filtration down to
20 microns. These durable
carbon steel filters utilize a
24" vertical side shell depth
for removal of organic
and inorganic suspended
solids for filtering large
volumes of water with
very little pressure drop
and a long-term value. All
Yardney industrial media
filters utilize our simple
backwash system for ease
of operation and consistent
water quality. The Yardney
automatically controlled
filter systems operate
for extended periods
of time prior to a short
backwash cycle.
Removal of Solids
Down to 20 Microns
Sand Media
Filters
Applications
■■ Removal of organic and/or
inorganic suspended solids down
to 20 microns
■■ Storm water runoff, industrial
process water, incoming plant
water, waste water clean-up,
industrial water for plant reuse
■■ Pre-filtration in applications such
as granular activated carbon,
reverse osmosis, cartridge or bag
filtration and deionized water
■■ 80 psi standard operating
pressure (high pressure
systems available)
■■ Flow ranges from 10 gpm
Advantages
■■ State of the art fabrication
provides added strength under
pressure and long system life
■■ ASME code shaped head con-
struction for durability and safety
■■ Stainless steel wedgewire
underdrain
➤➤ Ensures structural integrity
in the harshest conditions
➤➤ Hydraulically balanced to
increase effectiveness of
backwash while reducing flush
frequency and waste of water
➤➤ High strength stainless steel
wedgewire will withstand a
collapse pressure in excess
of 600 psi
■■ Standard carbon steel products,
3/16" thick material
■■ Backwash automatically
initiated by elapsed time or
pressure differential
■■ Yardney easy-entry lid
closure with weld tabs for
operator safety
■■ Available in welded carbon steel
■■ 3M Scotchkote®
134 fusion
bonded epoxy coating on
interior surfaces
■■ Made in USA
Industrial Systems
|
5. Yardney Deep Bed Sand
Media filters are designed
for the most challenging
dirty water conditions with
a high performance solution
for water filtration down to
15 microns. These durable
carbon steel filters utilize a
36" vertical side shell depth
for removal of organic
and inorganic suspended
solids for filtering large
volumes of water with
very little pressure drop
and a long-term value. All
Yardney industrial media
filters utilize our simple
backwash system for ease
of operation and consistent
water quality.
Removal of Solids
Down to 15 Microns
Deep Bed Sand
Media Filters
Applications
■■ Removal of organic and/or
inorganic suspended solids down
to 15 microns
■■ 80 psi standard operating pressure
(high pressure systems available)
■■ Storm water runoff, industrial
process water, incoming plant
water, waste water clean-up,
industrial water for plant reuse
Advantages
■■ State of the art fabrication
provides added strength under
pressure and long system life
■■ ASME code shaped head
construction for durability
and safety
■■ Stainless steel wedgewire
underdrain
➤➤ Ensures structural integrity in
the harshest conditions
➤➤ Hydraulically balanced to
increase effectiveness of
backwash while reducing flush
frequency and waste of water
➤➤ High strength stainless steel
wedgewire will withstand a
collapse pressure in excess of
600 psi
■■ Standard carbon steel products,
3/16" thick material
■■ Backwash automatically
initiated by elapsed time or
pressure differential
■■ Yardney easy-entry lid
closure with weld tabs for
operator safety
■■ Available in welded carbon steel
or stainless steel
■■ 3M Scotchkote®
134 fusion
bonded epoxy coating on
interior surfaces
■■ Made in USA
Industrial Systems
|
7. Yardney Multi-Media
filters are designed for
enhanced water quality
filtration for the removal
of organic and inorganic
suspended solids down
to 5 microns. Multi-Media
filters may be used as a
stand-alone system or in
conjunction with or as a
pretreatment for other
filtration technologies.
The Multi-Media Filtration
Systems utilize a vertical
side shell depth of
60" with accompanied
reverse stacked medias
for progressive filtration
through the filtration
system. All Yardney
industrial media filters
utilize our simple backwash
system for ease of
operation and consistent
water quality.
Removal of Solids
Down to 5 Microns
Multi-Media
Filters
Applications
■■ Removal of organic and/or
inorganic suspended solids down
to 5 microns with enhanced
solids capacity vs. single media
sand filtration
■■ Storm water runoff, industrial
process water, incoming plant
water, waste water clean-up,
industrial water for plant reuse
■■ Pre-filtration in applications such
as granular activated carbon,
reverse osmosis, cartridge or bag
filtration and deionized water
■■ 80 psi standard operating
pressure (high pressure
systems available)
■■ Flow ranges from 10 gpm
Advantages
■■ State of the art fabrication
provides added strength under
pressure and long system life
■■ ASME code shaped head
construction for durability
and safety
■■ Stainless steel wedgewire
underdrain
➤➤ Ensures structural integrity in
the harshest conditions
➤➤ Hydraulically balanced to
increase effectiveness of
backwash while reducing flush
frequency and waste of water
➤➤ High strength stainless steel
wedgewire will withstand a
collapse pressure in excess of
600 psi
■■ Standard carbon steel products,
3/16" thick material
■■ Backwash automatically
initiated by elapsed time or
pressure differential
■■ Yardney easy-entry lid
closure with weld tabs for
operator safety
■■ Available in welded carbon steel
or stainless steel
■■ 3M Scotchkote®
134 fusion
bonded epoxy coating on
interior surfaces
■■ Made in USA
Industrial Systems
|
9. Yardney RCW
(Recirculating Water)
Sand Media Filtration
Systems are designed
specifically for the filtration
and removal of suspended
solids from recycled cooling
tower or plant process
water. Suspended solid
contaminants in the cooling
tower system significantly
reduce heat transfer
capability and increase
plant operating costs. The
Yardney RCW system offers
a high performance solution
for filtration down to 15
microns and utilizes our
simple backwash system
for ease of operation and
consistent water quality.
Applications
■■ Removal of algae, slime or other
organic contaminant as well
as sand, rock, grit and other
inorganic contaminants
■■ Recycled cooling tower water and
industrial process water
■■ 80 psi standard operating
pressure (high pressure
available up to 225 psi)
■■ Flow ranges from 10 gpm
and up
Advantages
■■ State of the art fabrication
provides added strength under
pressure and long system life
■■ Standard carbon steel products,
3/16" thick material
■■ Stainless steel wedgewire
underdrain
➤➤ Ensures structural integrity in
the harshest conditions
➤➤ Hydraulically balanced to
increase effectiveness of
backwash while reducing flush
frequency and waste of water
➤➤ High strength stainless steel
wedgewire will withstand a
collapse pressure in excess of
600 psi
■■ ASME code shaped head
construction for durability
and safety
■■ Backwash automatically initiated
by elapsed time or pressure
differential
■■ Yardney easy-entry lid
closure with weld tabs for
operator safety
■■ Available in welded carbon steel
or stainless steel
■■ 3M Scotchkote®
134 fusion
bonded epoxy coating on interior
surfaces of carbon steel product
■■ Made in USA
Cooling Tower
Filters
RCW Sand
Media Filters
Industrial Systems
|
11. Yardney Granular
Activated Carbon (GAC)
filtration systems utilize
the adsorptive qualities
of the media to remove
highly dispersed compounds
from water sources which
are too small for removal
with standard multi-media
filtration technology.
These automatic filtration
systems are extremely
effective in removing
chlorine and chlorine
related compounds, organic
chemicals, tastes and
odors, halogenated organic
compounds, hydrocarbons
and other highly dispersed
contaminants. Yardney
GAC filtration systems
utilize a vertical side shell
depth of 72 inches. All
Yardney industrial media
filters utilize our simple
backwash system for ease
of operation and consistent
water quality. The Yardney
automatically controlled
filter systems operate
for extended periods
of time prior to a short
backwash cycle.
Removal of Dissolved
Compounds by
Adsorption
Granular Activated
Carbon Filters
Applications
■■ Removal of chlorines, organic
chemicals, taste and odor,
halogenated organic compounds,
hydrocarbons or other highly
dispersed contaminants
■■ Polishing filter for contaminants
not removed by other
filtration systems
■■ 80 psi standard operating
pressure (high pressure
systems available)
■■ Flow ranges from 5 gpm
Advantages
■■ State of the art fabrication
provides added strength under
pressure and long system life
■■ ASME code shaped head
construction for durability
and safety
■■ Stainless steel wedgewire
underdrain
➤➤ Ensures structural integrity in
the harshest conditions
➤➤ Hydraulically balanced to
increase effectiveness of
backwash while reducing flush
frequency and waste of water
➤➤ High strength stainless steel
wedgewire will withstand a
collapse pressure in excess of
600 psi
■■ Standard carbon steel products,
3/16" thick material
■■ Backwash automatically
initiated by elapsed time or
pressure differential
■■ Yardney easy-entry lid
closure with weld tabs for
operator safety
■■ Available in welded carbon steel
or stainless steel
■■ 3M Scotchkote®
134 fusion
bonded epoxy coating on
interior surfaces
■■ Made in USA
Industrial Systems
|
14. Yardney Maxi-Flush
automatic backwash
screen filters provide
the ultimate in high
rate screen filter
performance. Built
for durable trouble-
free service, the filter
and cartridge have no
internal moving parts to
wear out, break down
or replace. The field
changeable stainless
steel filter cartridge
requires no maintenance
and is constructed with
a burst strength in
excess of 400 psi.
Time.
Quality.
Experience.
Knowledge.
Applications
■■ For surface water with high
concentration of algae and other
organic materials
■■ Industrial process water,
incoming plant water, waste
water clean-up, industrial water
for plant reuse
■■ Removal of algae, slime or other
organic contaminant as well
as sand, rock, grit and other
inorganic contaminants with fine
filtration down to 200 mesh or
75 microns
■■ 100 psi standard operating
pressure (high pressure
systems available)
■■ Flow ranges from 250 gpm
Advantages
■■ Heavy-duty, durable
backwashable welded stainless
steel wedgewire screen filter
■■ Rugged, field-changeable,
washable and replaceable welded
stainless steel wedgewire filter
mesh available in 40, 80, 100,
150, 200 mesh
■■ Wedgewire screen cartridge
produces long run times between
backwash cycles
■■ Backwash automatically
initiated by elapsed time or
pressure differential
■■ No moving parts to wear out
■■ Yardney easy-entry lid closure
■■ Available in welded carbon steel
■■ 3M Scotchkote®
134 fusion
bonded epoxy coating on
interior surfaces
■■ Exterior of housing is coated with
UV stabilized polyester powder
coat for longer product life and
greater protection from the
environment
■■ Made in USA
Time.
Quality.
Experience.
Knowledge.
Maxi-Flush™
Screen Filters
|
15. Automatic Backwash
Operation
The patented Yardney 3-way
backwash valve controls the
highly effective reverse flow
backwashing of the Maxi-
Flush system. During the
brief backwashing cycle a
portion of the clean water
produced by the system is
diverted to the filter housing
undergoing backwashing.
This flow of clean water
frees contaminants from the
cartridge while discharging
these contaminants from the
system and restoring the
filter back to a clean filter
condition. Each filter housing
is sequentially backwashed
until the entire system
is clean.
*Vertical configurations also available for limited space
applications. Please see our website for additional information.
SPECIFICATIONS | MAXI-FLUSH | Horizontal
Model
Number of
Housings
Maximum Flow Filtration
Surface Area
(total sq ft)
Backwash
Flow Rate (per
housing)
Maximum
Pressure
Inlet/
Outlet
Flush
Port
gpm m3
/hr gpm m3
/hr
MFS 6-2 2 250 57 4.6 60 14 150 psi 4" 2"
MFS 8-2 2 500 114 6.7 80 18 150 psi 6" 2"
MFS 8-3 3 750 170 10.1 80 18 150 psi 6" 2"
MFS 10-2 2 1000 227 16.0 190 43 150 psi 8" 4"
MFS 10-3 3 1500 341 24.0 190 43 150 psi 8" 4"
MFS 10-4 4 2000 455 32.0 190 43 150 psi 10" 4"
MFS 10-5 5 2500 568 40.0 190 43 150 psi 10" 4"
MFS 10-6 6 3000 682 48.0 190 43 150 psi 12" 4"
MFS 10-7 7 3500 795 56.0 190 43 150 psi 12" 4"
MFS 10-8 8 4000 909 64.0 190 43 150 psi 14" 4"
MFS 10-9 9 4500 1023 72.0 190 43 150 psi 14" 4"
MFS 10-10 10 5000 1136 80.0 190 43 150 psi 14" 4"
DIMENSIONS | Horizontal
Model A B C D E F G
MFS 6-2 18 9/16" 26 7/8" 6" 19 3/4" 42 5/8" 27 1/4" 29 7/16"
MFS 8-2 22 5/8" 24 1/8" 8" 25" 40 1/16" 27 1/4" 33 5/8"
MFS 8-3 22 5/8" 24 1/8" 8" 25" 40 1/16" 40 3/8" 33 5/8"
MFS 10-2 28 1/8" 48 13/16" 9" 30 3/4" 68 3/4" 30 7/8" 37 3/16"
MFS 10-3 28 1/8" 48 13/16" 9" 30 3/4" 68 3/4" 46 1/8" 37 3/16"
MFS 10-4 30 3/16" 48 13/16" 10" 32 13/16" 68 3/4" 62 3/8" 39 1/4"
MFS 10-5 30 3/16" 48 13/16" 10" 32 13/16" 68 3/4" 77 5/8" 39 1/4"
MFS 10-6 30 1/8" 48 13/16" 11" 32 3/4" 70 3/16" 111 11/16" 39 1/4"
MFS 10-7 30 1/8" 48 13/16" 11" 32 3/4" 70 3/16" 130 7/16" 39 1/4"
MFS 10-8 33 3/16" 48 13/16" 13" 35 13/16" 72 13/16" 149 1/2" 42 1/4"
MFS 10-9 33 3/16" 48 13/16" 13" 35 13/16" 72 13/16" 164 3/4" 42 1/4"
MFS 10-10 33 3/16" 48 13/16" 13" 35 13/16" 72 13/16" 180" 42 1/4"
|
18. Applications
■■ Removal of algae, slime or
other organic contaminant as
well as sand, grit and other
inorganic contaminants with fine
filtration down to 250 mesh or
50 microns
■■ Flow ranges from 110 gpm
■■ 150 psi standard operating
pressure (high pressure
systems available)
■■ Cooling towers, industrial
process water, incoming plant
water, waste water clean-up,
industrial water for plant reuse
Advantages
■■ Heavy-duty stainless steel
filter body
■■ Durable low maintenance
self‑cleaning mechanism
■■ Wide range of screen mesh sizes
available in 20, 40, 80, 100,
120, 150, 200 and 250 mesh
■■ Hydraulically or electrically
driven internal cleaning
mechanism
■■ Automatic self-cleaning piston
action moves in both directions
■■ Sacrificial anode
■■ Automatic operation of the
self-cleaning backflush cycle
is achieved when a pre-set
pressure drop (5–7 psi) across
the filter is reached
■■ Sectional screens allow easy
replacement of a section of
screen versus entire cartridge if
damage occurs to the screen
■■ Compact and simple installation
can be mounted in any position
or orientation, with minimal
space requirements
Filtaworx®
Automatic
Self‑Cleaning
Screen Filter
Time.
Quality.
Experience.
Knowledge.
Minimal moving parts means high
reliability in the field.
Twist-lock sectional screens provide
easy cartridge replacement.
Heavy-duty stainless steel filter body provides corrosion
resistance in most environments.
Yardney Filtaworx
automatic self-
cleaning screen
filters provide excellent
protection for industrial
and commercial
applications. Filtaworx
screen filters are one
of the most technically
innovative self-cleaning
filters available
combining proven high
performance, reliability
and economy in a
compact robust design.
|
19. Maximum working pressure 150 psi
Minimum line pressure
required during flush cycle
30 psi
Approximate flush time 15‑17 sec
Flush volume 40 gal
Maximum working temperature 150 °F
Filtration System Operation
■■ During normal filtering mode
the raw water enters the
inlet of the filter and passes
through the coarse screen
(the 1/4" perforations remove
large debris that may obstruct
the lower mechanism).
■■ Water then travels to the
inner section of the filter and
through the fine screen to
the outlet. The solids in the
water are trapped on the fine
screen, eventually causing
a pressure drop (dp) across
the filter.
■■ At a pressure drop of 5–7 psi
the controller activates the
cleaning cycle by opening
the flush valve to drain
(atmosphere).
■■ The interconnection of the
suction nozzles, via the dirt
collector to the drain, causes
a back flushing or “vacuum
clean” effect on the fine
screen with a high velocity
suction jet of water from
the clean side of the screen,
removing the dirt on the
screen as it passes through.
■■ The water escaping via the
rotor causes the dirt collector
and suction nozzle assembly
to rotate. The piston moves
this assembly down and back
along the entire length of
the fine screen in a spiraling
motion, cleaning the screen in
approximately 15 seconds.
■■ At completion of flushing, the
valve closes and the filter is
ready for the next cycle.
|
21. For Centrifugal
Removal of Sand,
Silt and Gravel
from Water
Centrifugal Sand
Separators
Industrial Systems
|
22. Yardney Centrifugal
Sand Separators are
ideal for removal of
suspended solids and
inorganic materials
with a specific gravity
of 2 or greater. This
highly effective system
will provide consistent,
simple removal of
inorganic material down
to 75 microns. Easily
installed, these carbon
steel units are rated to
150 psi with threaded
or flanged inlet/outlet
connections. Smaller
models are designed
for vertical installation
while larger models
are angled and floor or
ground mounted.
Sizing must be within
the specified flow
range for proper
centrifugal action.
Larger flow separators
and custom designed
systems are available.
Applications
■■ Removal of sand, rock, grit and
other inorganic contaminants
with fine filtration down to 200
mesh or 75 microns
■■ Storm water runoff, industrial
process water, incoming plant
water, waste water clean-up,
industrial water for plant reuse
■■ 150 psi standard operating
pressure (high pressure
systems available)
■■ Flow ranges from 4 gpm
■■ Removal of solids with a specific
gravity of 2 or greater
■■ Serves as an excellent pre-
filter to allow for improved
sand media or screen filter
performance by removing
the gross solids from the
water source
Advantages
■■ Sand removal efficiency of 98%
of solids down to 200 mesh or
75 microns
■■ Multiple units in series provide
higher efficiencies of filtration
■■ Units are available in ASME code
or non-code construction
■■ Available with a manual
or automatic solids purge
valve system
■■ Special alloys and coatings are
available for prolonged life in
required applications
■■ Made in USA
Time.
Quality.
Experience.
Knowledge.
Centrifugal Sand
Separators
|
23. Standard assembly
includes:
■■ Welded carbon steel
➤➤ Vertical models include
female threaded inlet
and outlet connections
and a threaded purge
port for purging of
contaminants or hookup
of automatic flush valve
➤➤ Angled models include
flanged inlet and outlet
connections and a
threaded purge port for
purging of contaminants
or hookup of automatic
flush valve
Available options:
■■ ASME code
■■ High pressure
■■ Special metal alloys and
coatings for extended
product life
■■ Ability to disassemble unit
for inspection through
flanged manways
■■ Automatic purge valve
for flushing
■■ Wall mount kit on
smaller units
SPECIFICATIONS | CENTRIFUGAL SAND SEPARATOR | Angled
Model
Minimum Flow Maximum Flow Inlet/Outlet ANSI
150# Raised
Face Flange
Purge
Port
Particle Size
Maximum
gpm m3
/hr gpm m3
/hr
PCS-40LA 200 45 400 91 4" 2" 1 1/2"
PCS-60LA 365 83 960 218 6" 2" 1 1/2"
PCS-80LA 800 182 1600 364 8" 2" 1 1/2"
PCS-100LA 1300 295 2300 523 10" 2" 1 1/2"
PCS-120LA 2025 460 3400 773 12" 2" 1 1/2"
PCS-140LA 2975 676 5000 1136 14" 2" 2"
PCS-160LA 4000 909 6200 1409 16" 2" 2"
PCS-180LA 5100 1159 8300 1886 18" 2" 2"
SPECIFICATIONS | CENTRIFUGAL SAND SEPARATOR | Vertical
Model
Minimum Flow Maximum Flow Inlet/Outlet
NPT Threaded
Purge
Port
Particle Size
Maximumgpm m3
/hr gpm m3
/hr
PCS-5V 4 1 10 2 1/2" 1" 3/8"
PCS-7V 10 2 20 5 3/4" 1" 3/8"
PCS-10V 18 4 38 9 1" 1" 1/2"
PCS-12V 26 6 52 12 1 1/4" 1" 1/2"
PCS-15V 38 9 79 18 1 1/2" 1" 1/2"
PCS-20V 63 14 120 27 2" 2" 1/2"
PCS-25V 100 23 180 41 2 1/2" 2" 1/2"
PCS-30V 125 28 260 59 3" 2" 1/2"
PCS-40V 190 43 345 78 4" 2" 1/2"
Liquid/solid mix enters
unit tangentially,
inducing centrifugal
action
Clean water is drawn
out through the
separator’s vortex
action
Centrifugal action
moves heavier
particles to sides of
the separator
Solids drop into the
collection chamber and
are then purged as
required
|
25. Yardney Basket Strainers
are a low-cost filter
solution designed to be
used for the removal of
inorganic contaminants.
Basket Strainers trap gross
contaminants and are able
to withstand a substantial
amount of loading without
failure. When used as a
secondary filter the basket
strainer is intended to
capture contaminants that
may enter the system as a
result of a pipeline break or
system malfunction.
Manual Clean
Basket
Strainers
Applications
■■ Removal of sand, rock, grit and
other inorganic contaminants
with fine filtration down to 200
mesh or 75 microns
■■ Industrial process water,
incoming plant water, waste
water clean up, industrial water
for plant reuse
■■ 80 psi standard operating
pressure (high pressure
systems available)
■■ Flow ranges from 110 gpm
■■ Can be used as a primary filter in
specific applications
■■ Can be used as a secondary filter
to a sand media filter, centrifugal
separator or other primary
filtration system
■■ For plant or equipment process
water use primarily designed for
the removal of inorganic material
Advantages
■■ Heavy-duty, durable and low-cost
screen filter
■■ Rugged, washable and
replaceable polypropylene filter
mesh sock available in 80, 100,
150, and 200 mesh
■■ Yardney easy-entry lid closure
■■ Available in welded carbon steel
■■ 3M Scotchkote®
134 fusion
bonded epoxy coating on
interior surfaces
■■ Exterior of housing is coated
with UV stabilized polyester
powder coat for longer product
life and greater protection from
the environment
■■ Made in USA
Industrial Systems
|
27. Whether pumping water
from a cooling tower basin,
pit or sump, you need the
water to be free of trash
and debris that could block
water flow and damage
the pump or clog water-
distribution equipment.
The Yardney Pump Suction
Screen is designed to filter
these larger contaminants
on the intake piping to allow
other equipment such as
pumps or primary filtration
units to run smoothly
without clogging. Our self-
cleaning screen is designed
to continuously remove
trash and debris from
water sources saving you
time, fuel and maintenance
costs. Pump suction screens
can be used for industrial
centrifugal or turbine pump
applications, cooling tower
basins and more.
Applications
■■ Prevention of large foreign
bodies of debris from entering
pump intake piping
■■ Intake pipe filter for storm water
runoff, industrial process water,
incoming plant water, waste
water clean-up, industrial water
for plant reuse
■■ Can be used with virtually any
water source to target the
removal of larger debris—organic
or inorganic
■■ 35–65 psi standard
operating pressure
■■ Flow ranges from 325 gpm
Advantages
■■ Precision internal spray bars
continually rotate and blast
debris away from the screen
■■ No exterior moving parts
that can foul and cause water
blockage issues
■■ Housing utilizes a removable and
replaceable stainless steel screen
drum saving on repair costs
■■ Galvanized pump suction
screen body
■■ Heavy gauge stainless steel
12 mesh screen for increased
pump efficiency
■■ Can be installed at any
angle without the operation
being affected
■■ Meets many state and federal
standards requiring pre-
screening of pump intakes
■■ Standard with a
flanged connection
■■ Improves primary filter
downstream of pump by
reducing the contaminant and
loading concentration
■■ Made in USA
Self-Cleaning
Intake
Pump Suction
Screens
Industrial Systems
|
29. Yardney Water Filtration
Systems utilize backwash
valves patented and
manufactured in-house by
Yardney. All three models
(1.5", 342, 454) of Yardney
backwash valves are
manufactured from cast
iron and CNC machined to
achieve the lowest pressure
drop in the industry. The
Yardney backwash valve
is the only valve in the
industry designed as
standard equipment to
be 100% field serviceable
with basic hand tools and
includes a grease fitting for
valve shaft lubrication.
Field Serviceable
Backwash
Valves
Applications
For backwashing Yardney Media Filters and Maxi-Flush Screen Filters
Advantages
■■ Heavy duty and durable
■■ Rugged and 100% field re-
buildable with basic hand tools
■■ CNC machined cast iron
valve body
■■ Stainless steel seal retainers
■■ Polyurethane valve seal for
durability and long life
■■ Internal steel parts are 100%
polyester powder coated for
extended life
■■ Exterior of valve is coated with
UV stabilized polyester powder
coat for longer product life
and greater protection from
the environment
■■ 3M Scotchkote®
134 fusion
bonded epoxy coating on 100%
of the internal valve body
and components
■■ Replaceable brass bushing with
internal grease cavity and double
O-ring seal protected for easy
on-site maintenance without
removal of the valve from the
system—a feature not found in
competitive valves
■■ Grease fitting for periodic
maintenance and lubrication of
the valve shaft—a feature not
found in competitive valves
■■ Type 416 pump shaft quality
stainless steel valve shaft with
wrench flats for easy removal
and service
■■ Available in 1.5", 3" and 4" sizes
■■ Air or water actuation
■■ Made in USA
Industrial Systems
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32. IMA-65 Specialty Media
is a revolutionary silica
sand based filtration media
designed for the removal of
iron and manganese without
the use of potassium
permanganate. The unique
micro porous structure
of IMA-65 efficiently
removes dissolved iron to
as low as 0.005 ppm and
manganese to 0.001 ppm.
After initial activation, the
IMA-65 acts as an oxidation
catalyst with immediate
oxidation and filtration of
the insoluble precipitates.
The media has been used
extensively in a wide variety
of applications in Japan for
over 30 years. IMA-65 has
been tested and certified
by the Water Quality
Association in accordance
with NSF/ANSI 61.
Iron and
Manganese
Removal
IMA-65
Specialty Media
Advantages
■■ Eliminates Potassium
Permanganate. Operates with
continuous injection of sodium
hypochlorite at low residual
levels (0.1 to 0.3 ppm).
■■ Wide pH range. Stable and
satisfactory performance at pH
5.8 to 8.6.
■■ High Flow Rates. IMA-65 can
operate at linear filtration
velocities up to twice that of
conventional media with a
corresponding reduction in
capital equipment costs.
■■ Higher Operating Temperatures.
Maximum operating temperature
of 113 °F (45 °C).
■■ Long Life. IMA-65 is not con-
sumed in the process, providing
considerable advantages over
other processes or media.
■■ Regeneration Not Required. After
initial activation, only sodium
hypochlorite feed is required.
■■ System Compatibility. Physical
properties are similar to that
of competitive media, allowing
conversion to IMA-65 without
major hardware modifications.
■■ Arsenic Removal. IMA-65 has
been shown to be effective in the
removal of arsenic associated
with iron-containing influent.
If necessary, ferric chloride can
be introduced to treat waters
with low influent iron levels
or to enhance removal when
treating waters with high levels
of arsenic.
Industrial Systems
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