Reskem Industrial Water Treatment Equipment

2013

Res-Kem LLC

2 New Road

Aston, PA 19014

800-323-1983

www.reskem.com

[email protected]

Res-Kem Industrial WaterTreatment Equipment

Res-Kem LLCPO Box 1059Media, PA 19063

www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax

INDEX OF SYSTEMS

Industrial Systems

Condensate Polisher

Rental Condensate Polisher

Zeo-Tech Water Softener

Zeo-Tech Dealkalizers

Uni-Tech Multi-Media Filters

Uni-Tech Greensand Filters

Uni-Tech Sand Filters

Modular Ultrapure Water Systems

FT Water Softeners

DT Water Softeners

Uni-Tech Carbon Filters

Ohm-Tech Industrial Deionization Systems

Reverse Osmosis XL Series

Reverse Osmosis CL Series

Resin and Media Trap

CONDENSATE POLISHERS

STANDARD FEATURES: All Stainless Steel Wetted Parts Single Unit Flows up to 710 gpm ASME Code Stainless Steel

Vessel Designed for 100 psig Factory Assembled Stainless

Steel Flanged and Welded ValveNest

Stainless Steel Hub and LateralUnderdrain

NEMA 4XFG ElectricalEnclosure

Outlet Water Sample Valve Automatic Backwash Flow

Controller Separate Cold Water Connection

for Regeneration Cycles High capacity, High Crosslinked

Macroporous Cation Resin Raw Water Bypass Piping

ADVANTAGES: Quick ROI by Reclaiming Waste

Heat and Increasing Cycles Cold Water Regeneration Saves

Heated Water Materials Selected to Withstand

Corrosive Environment Standard Designs Reduce Cost

and Delivery Time Flanged and Welded Piping

Designed for Problem-FreeOperation

Simple Operation ReducesOperator Training Requirements

High Strength Resin Selected forLong Life

OPTIONS: Allen Bradley PLC Differential Pressure Switch Flow Sensor Water Sample Cooler Manual Isolation Valves Subsurface Wash Skid Assembly

For Options Not Listed HerePlease Contact Res-Kem

Res-Kem Sodium Cycle Condensate Polishers are available in awide range of self-contained packages configured in single, double,and triple unit arrangements to treat condensate return for reuse asboiler feedwater. The standard wetted parts for Res-KemCondensate Polishers are stainless steel. Single units are rated forflows up to 710 gpm. For larger flow rates, contact Res-Kem todetermine whether larger or multiple units would be appropriate.

Economical and efficient, Res-Kem Condensate Polishers can beequipped for manual, semi-automatic or full-automatic operation.Regardless of configuration, only limited technical expertise isrequired for operation. Res-Kem Condensate Polishers will integrateinto a complete water treatment system without expensive customfield engineering and programming.

Model CP48375 gpm unit

Why Treat CondensateThe power industry operates in an environment of increasingly stringentboiler feed water requirements. Couple this with exploding energy costsand one finds boiler blow down to be the least desirable way of maintainingproper boiler water quality.

As a cost effective alternative to boiler blow down one needs to look nofurther than simple sodium cycle condensate polishing. Its the smartchoice when looking for a means to control corrosion transport and the illeffects of condenser in-leakage. Particularly pronounced are the operatingsavings realized relative to chemical and energy consumption. Relying onproven ion exchange technology condensate polishers are also simple tooperate and maintain.

Let Res-Kem work up the actual savings available by polishing your dirtycondensate. The payback is both swift and dramatic.


www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax20100706

FEATURES AND SPECIFICATIONS

Model

Prefix

VesselDiameter

inches

MaximumFlow Rate

gpm

ResinQuantity

cubic feet

Capacity Range

grains

Inlet/OutletPipe Sizes

inches

Brine TankDiameter x Height

inches

ApproximateDimensions

L x D x Hinches

CP20 20 65 7 140,000 182,000 2 24x54 56x32x94CP24 24 95 10 200,000 260,000 2 24x54 60x36x94CP30 30 150 15 300,000 390,000 3 30x48 72x42x98CP36 36 210 20 400,000 520,000 3 39x48 81x51x98CP42 42 285 28 560,000 728,000 4 42x48 96x54x101CP48 48 375 37 740,000 962,000 4 48x48 108x60x101CP60 60 590 58 1,160,000 1,508,000 6 60x46 132x72x110CP66 66 710 70 1,400,000 1,820,000 6 72x46 150x78x110

Flow Rate and Pipe Sizes based upon a flow rate of 30 gpm/sqft

Features Standard OptionalSystem Design and Operation

Stainless Steel Pressure Tank with 60 straight side ASME Code Vessel Construction Stainless Steel Hub and Lateral Underdrain Stainless Steel Flanged and Welded Face Piping Stainless Steel Flanged Diaphragm Valves(Up to 2 Pipe Size)

Stainless Steel Butterfly Valves(3 and larger Pipe Size)

Automatic Backwash Flow Control Automatic Brine Float Valve Subsurface Wash Manual System Isolation Valves Skid Assembly for Multiple Units

Instrumentation and ControlsDifferential Pressure Switch System Flow Sensor Electronic Programmable Controller Allen Bradley Programmable Logic Controller Stainless Steel NEMA 4X Electrical Enclosure Inlet and Outlet Pressure Gauges Outlet Sample Valve Outlet Water Sample Cooler

Regeneration Initiation MethodsManual Timer Differential Pressure Switch Flow

RENTAL CONDENSATE POLISHER

STANDARD FEATURES: Skid Mounted Units With Flows

up to 840 gpm All Stainless Steel Wetted Parts Welded Components Media

Blasted and Passivated ASME Code Stainless Steel

Vessel Designed for 100 psig Factory Assembled Schedule 40

Stainless Flanged and ASMESection IX Welded Valve Nest

Stainless Hub and Wedge WireScreened Lateral Underdrain

NEMA 4XFG ElectricalEnclosure

Differential Pressure Switch Flow Sensor Automatic Fast Rinse and

Backwash Flow Controller Separate Cold Water Connection

for Regeneration Cycles High capacity, High Crosslinked

Macroporous Cation Resin Stainless Steel Resin Trap Water Sample Cooler Manual Isolation Valves and

Bypass Piping

ADVANTAGES: Quick ROI by Reclaiming Waste

Heat and Increasing Cycles Cold Water Regeneration Saves

Heated Water Standard Designs Reduce Cost

and Delivery Time Passivated Flanged and Welded

Piping for Corrosion Resistance High Strength Resin Selected for

Long Life

OPTIONS: Pressure Relief Valve Allen Bradley PLC


Res-Kem Rental Sodium Cycle Condensate Polishers have modulardesigns which are pre-configured in single, double, triple andquadruple unit arrangements to treat condensate return for reuse asboiler feedwater. All wetted parts for Res-Kem Rental CondensatePolishers are 316 stainless steel. Single units are rated for flows upto 210 gpm. For larger flow rates, use multiple modules in parallelup to 840 gpm.

Economical and efficient, Res-Kem Condensate Polishers can beequipped for manual, semi-automatic or full-automatic operation.Regardless of configuration, only limited technical expertise isrequired for operation. Res-Kem Condensate Polishers will integrateinto a complete water treatment system without expensive customfield engineering and programming.

Why Treat CondensateThe power industry operates in an environment of increasingly stringentboiler feed water requirements. Couple this with exploding energy costsand one finds boiler blow down to be the least desirable way of maintainingproper boiler water quality.

As a cost effective alternative to boiler blow down one needs to look nofurther than simple sodium cycle condensate polishing. Its the smartchoice when looking for a means to control corrosion transport and the illeffects of condenser in-leakage. Particularly pronounced are the operatingsavings realized relative to chemical and energy consumption. Relying onproven ion exchange technology condensate polishers are also simple tooperate and maintain.

Let Res-Kem work up the actual savings available by polishing your dirtycondensate. The payback is both swift and dramatic.


www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax20100706


Model

Prefix

VesselQuantity &Diameterinches

MaximumFlow Rate

gpm

ResinQuantity

cubic feet

Capacity Range

grains


inches


inches

MinimumDimensions

W x D x Hinches

CPR-1 1 x 36 210 20 400,000 520,000 4 39x48 42X82X98CPR-2 2 x 36 420 40 800,000 1,040,000 4 39x48 84X82X98CPR-3 3 x 36 630 60 1,200,000 1,560,000 6 39x48 126X82X98CPR-4 4 x 36 840 80 1,600,000 2.080,000 6 39x48 168X82X98

- Maximum Flow Rate based upon a flow rate of 30 gpm/sqft - Minimum dimensions do not include the brine tank


Passivated Stainless Steel Pressure Tank with 60 straight side

Vessel has 100 psig ASME Code Construction Stainless Steel Hub and Lateral Underdrain Passivated Stainless Steel Flanged and ASMESection IX Welded Face Piping

316 SS Disc and Stem Bray Butterfly Valves withPneumatic Actuators

Automatic Fast Rinse and Backwash Flow Control Automatic Brine Float Valve Manual System Isolation Valves Raw Water Bypass Stainless Steel Resin Trap Welded Stainless Steel Inlet, Outlet, Brine & DrainHeaders

Pressure Relief Valve Skid Assembly

Instrumentation and ControlsDifferential Pressure Switch System Flow Sensor Electronic Programmable Controller Allen Bradley Programmable Logic Controller Inlet and Outlet Pressure Gauges Outlet Sample Valve Stainless Steel Outlet Water Sample Cooler HACH Automated Hardness Analyzer

Regeneration Initiation MethodsManual Timer Differential Pressure Switch Flow

ZEO-TECH WATER SOFTENERS

STANDARD FEATURES: Single Unit Flows up to 925 gpm FDA Approved Epoxy Lined

Steel Tanks with 100 psigDesign Pressure

Top Mounted Manway Schedule 80 PVC Hub and

Lateral Distributors Factory Assembled Diaphragm

Valve Nest Steel External Piping Meter Initiated Regeneration Automatic Brine Float Valve Backwash Flow Controller

ADVANTAGES: Materials and Coatings Selected

to Withstand CorrosiveEnvironments

Reliable, Low Restriction Valves Non-Clogging Distributors Allow

Operation Over Wide Flow RateRange and for Even Distribution

Standard Designs Reduce Costand Delivery Time


OPTIONS: ASME Code Vessel Butterfly Valves Stainless Steel or Fiberglass

Pressure Tanks Salt Silo and Bulk Brining

System Stainless Steel, Copper, PVC, or

Galvanized External Piping Stainless Steel Internal Piping

and Distributors Pre-piped and Wired Systems

Mounted on Skid Interconnecting Piping Between

Multiple Units Manual Unit Isolation Valves Allen Bradley PLC

For Options Not Listed Here Please Contact Res-Kem

Res-Kem Zeo-Tech Softeners are available in a wide range of self-contained packages configured in single, double, and multiple unitsystems to remove calcium and magnesium hardness from yourwater. Res-Kem Zeo-Tech Softeners are used for municipal,institutional, and industrial water softening applications. Single unitsare rated for flows up to 925 gpm. For larger flow rates, contactRes-Kem to determine whether larger or multiple units would beappropriate. Both options are available from Res-Kem.

Economical and efficient, Res-Kem Zeo-Tech Softeners can beequipped for manual, semi-automatic, or full-automatic operation.Regardless of the configuration, only limited technical expertise isrequired for operation. Res-Kem Zeo-Tech Softeners will integrateinto a complete water treatment system without expensive customfield engineering and programming.

Triple 48 Diameter Softener System with OptionalStainless Steel Butterfly Valves, Piping, and Instrumentation

Why use an Industrial Water Softener?

Calcium and magnesium are hard scale forming minerals that build up onpiping, heat exchangers, water heaters, boilers, and any steam equipment.This buildup results in costly repairs, increased energy consumption,plugged heat exchangers and boiler tubes.

The following facilities are examples of ideal applications for watersoftening equipment:

Beverage Plants Municipal Water Plants Boiler Feedwater Hospitals Laundries Manufacturing Plants Food Processing Plants Institutions


www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax


Model

Prefix

VesselDiameter

inches

Flow RateRange

gpm

ResinQuantity

cubic feet

Capacity Range

grains

Inlet/OutletPipe Size

Rangeinches


inches


L x D x Hinches

ZSO-20 20 26-54 5-7 150,000 210,000 1 to 1 24x54 56x32x94ZSO-24 24 37-75 7-10 210,000 300,000 1 to 2 24x54 60x36x94ZSO-30 30 59-118 11-16 330,000 480,000 2 to 2 30x60 72x42x98ZSO-36 36 85-170 16-24 480,000 720,000 2 to 3 39x48 87x48x98ZSO-42 42 115-230 21-32 630,000 960,000 2 to 3 50x60 104x54x101ZSO-48 48 150-225 28-42 840,000 1,260,000 2 to 4 50x60 110x60x101ZSO-54 54 190-380 36-53 1,080,000 1,590,000 3 to 4 60x46 126x66x110ZSO-60 60 235-470 44-65 1,320,000 1,950,000 3 to 4 72x46 144x72x110ZSO-66 66 285-570 53-79 1,590,000 2,370,000 3 to 4 72x46 150x78x110ZSO-72 72 340-680 64-94 1,920,000 2,820,000 4 to 6 84x46 168x84x110ZSO-78 78 400-795 75-111 2,250,000 3,330,000 4 to 6 Not Included 174x90x110ZSO-84 84 460-925 87-128 2,610,000 3,840,000 4 to 6 Not Included 180x96x110

Specification Bases: (For your specific water source, contact Res-Kem for estimates)Flow Rate Range: Minimum Flow 12 gpm/ft2 to Maximum Flow 24 gpm/ft2Resin Quantity: Bed Depth 27 40 inchesCapacity Range: Regeneration Level is 15lbs NaCl /ft3


Steel Pressure Tank with Epoxy Lining Steel Pressure Tank with High Temperature Epoxy,or Baked Phenolic Lining

Stainless Steel or Fiberglass Pressure Tank ASME Code Vessel Construction PVC Hub and Lateral Distribution and Internal Piping Stainless Steel Internal Piping and Distributors Cast Iron Diaphragm Valves Stainless Steel, Bronze, or PVC Valves Steel External Piping Copper, PVC, Galvanized Steel, or Stainless SteelExternal Piping

Manual System Isolation Valves Brine Tank and Brine Float Valve Up to 72 diametervessels

Interconnecting Piping to Brine System Salt Silo and Bulk Brining System Parallel or Alternating Operation for Multiple Units Skid Assembly for Multiple Units Interconnecting Piping between Multiple Units

Instrumentation and ControlsTime Clock Stager Controller in NEMA 1 Enclosure Manual, Semi-Automatic, or Full-Automatic Controls Totalizing, Signal Register, Auto Reset, or FlowSensor Meters/Sensors

Inlet and Outlet Pressure Gauges Outlet Sampling Valve NEMA 4XFG Electrical Enclosure Allen Bradley Programmable Logic Controller

ZEO-TECH DEALKALIZER

STANDARD FEATURES: Single Unit Flows up to 460 gpm FDA Approved Epoxy Lined

Steel Tanks with 100 psigDesign Pressure

Top Mounted Manway Schedule 80 PVC Hub and


Valve Nest Steel External Piping Sensor Initiated Regeneration Automatic Brine Float Valve Backwash Flow Controller







OPTIONS: ASME Code Vessel Butterfly Valves Stainless Steel or Fiberglass

Pressure Tanks Salt Silo and Bulk Brining

System Stainless Steel, Copper, PVC, or

Galvanized External Piping Stainless Steel Internal Piping

and Distributors Pre-piped and Wired Systems

Mounted on Skid Interconnecting Piping Between

Multiple Units Manual Unit Isolation Valves Allen Bradley PLC


Res-Kem Zeo-Tech Dealkalizers are available in a wide range ofself-contained packages configured in single, double, and multipleunit systems to remove alkalinity from your water. Res-Kem Zeo-Tech Dealkalizers are used institutional and industrial dealkalizationapplications for boilers operating below 700 psig and wherealkalinity can interfere with your process or degrade your product.Single units are rated for flows up to 460 gpm. For larger flow rates,contact Res-Kem to determine whether larger or multiple unitswould be appropriate. Both options are available from Res-Kem.

Economical and efficient, Res-Kem Zeo-Tech Dealkalizers can beequipped for manual, semi-automatic, or full-automatic operation.Regardless of the configuration, only limited technical expertise isrequired for operation. Res-Kem Zeo-Tech Dealkalizers willintegrate into a complete water treatment system without expensivecustom field engineering and programming.

Dual 36 Diameter Dealkalizer System with OptionalPVC Diaphragm Valves and Piping

Why use an Industrial Water Dealkalizer?Reduce Blowdown - High alkalinity promotes boiler foaming and carryoverand causes high amounts of boiler blowoff. A dealkalizer can increase thecycles of concentrations, reducing blowdown and lowering operating costs.

Reduce Chemical Use Reducing blowdown by dealkalization keeps thewater treatment chemicals in the boiler longer, thus minimizing the amountof chemicals required for efficient, non-corrosive operation.

Reduce Return Line Corrosion Carbonate and bicarbonate alkalinitiesare decomposed by heat in boiler water, releasing CO2 into the steam.CO2 combines with the condensed steam in process equipment and returnlines to form carbonic acid, H2CO3. This lowers the pH of the condensatereturns and results in corrosive attack on the equipment and piping.

Reduce Chemical Contamination Pharmaceutical, food, dairy, andbeverage plants are not permitted to use the amount of chemicals requiredto properly treat


www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax20100706


Model

Prefix

VesselDiameter

inches

Flow RateContinuous

gpm

Flow RateMaximum

gpm

ResinQuantity

cubic feet

CapacityNaCl Only

Regenerationgrains

CapacityNaCl & NaOHRegeneration

grains

Inlet/OutletPipe Size

Rangeinches

Brine TankDiameter x

Heightinches


L x D x Hinches

ZTA20 20 10 20 5-7 52,500 55,000 1 24x54 56x32x94ZTA24 24 16 32 8-10 67,500 88,000 1 24x54 60x36x94ZTA30 30 24 48 12-15 112,500 132,000 1 30x48 72x42x98ZTA36 36 34 68 17-22 157,500 198,000 2 30x60 87x48x98ZTA42 42 48 96 24-30 217,500 264,000 2 39x48 104x54x101ZTA48 48 64 128 32-40 285,000 341,000 2 39x60 110x60x101ZTA54 54 80 160 40-50 360,000 440,000 3 48x48 126x66x110ZTA60 60 98 196 49-62 442,500 539,000 3 50x60 144x72x110ZTA72 72 140 250 70-85 637,500 781,000 4 60x46 168x84x110ZTA78 78 166 332 83-100 750,000 913,000 4 72x46 174x90x110ZTA84 84 192 384 96-115 862,500 1,056,000 4 72x46 180x96x110

Specification Bases: (For your specific water source, contact Res-Kem for estimates)Flow Rate Range: Continuous Flow 2 gpm/ft3 to Maximum Flow 4 gpm/ft3. Capacity 4 gpm/ft3 will be 10% less than at 2 gpm/ft3Resin Quantity: Bed Depth 30-36 inchesCapacity: 11,000 grains/ft3 using NaCl & NaOH Regeneration or 7,500 grains/ft3 using NaCl Only Regeneration and flow rate of2 gpm/ft3. Capacity will vary depending upon inlet water analysis and flow rate. Contact Res-Kem for sizing.



Stainless Steel or Fiberglass Pressure Tank ASME Code Vessel Construction PVC Hub and Lateral Distribution and Internal Piping Stainless Steel Internal Piping and Distributors Cast Iron Diaphragm Valves Stainless Steel, Bronze, or PVC Valves Steel External Piping Copper, PVC, Galvanized Steel, or Stainless SteelExternal Piping

Manual System Isolation Valves Brine Tank and Brine Float Valve Interconnecting Piping to Brine System Salt Silo and Bulk Brining System Parallel or Alternating Operation for Multiple Units Skid Assembly for Multiple Units Interconnecting Piping between Multiple Units

Instrumentation and ControlsTime Clock Stager Controller in NEMA 1 Enclosure Manual, Semi-Automatic, or Full-Automatic Controls Flow Sensor Inlet and Outlet Pressure Gauges Outlet Sampling Valve NEMA 4XFG Electrical Enclosure Allen Bradley Programmable Logic Controller

UNI-TECH MULTI-MEDIA FILTERS

STANDARD FEATURES: Single Unit Flows up to 577 gpm Epoxy Lined Steel Tanks with

100 psig Design Pressure Top Mounted Manway Schedule 80 PVC Hub and


Valve Nest Steel External Piping Electro-mechanical Backwash

Controller



Reliable, Low Restriction Valves Distributors Allow Operation

Over Wide Flow Rate Range Standard Designs Reduce Cost

and Delivery Time Simple Operation Reduces

Operator Training Requirements

OPTIONS: ASME Code Vessel Stainless Steel, Copper, PVC, or

Galvanized External Piping Stainless Steel, Polypropylene,

Steel, or CPVC Internal Piping Differential Pressure Switch Air Scour Sub-Surface Wash Sightglasses Pre-piped and Wired Systems

Mounted on Skid Manual Unit Isolation Valves Interconnecting Piping Between

Multiple Units Allen Bradley PLC


Res-Kem Uni-Tech Multi-Media Filters are available in a wide rangeof self-contained packages configured in single, double, andmultiple unit arrangements to remove sediment, turbidity, color, andsuspended particles. Consisting of multiple layers of sand,anthracite, and garnet, Res-Kem Uni-Tech Multi-Media Filtersremove sediment down to the 10 micron range.

Res-Kem Uni-Tech Multi-Media Filters are used for municipal,institutional, and industrial water filtration applications. Single unitsare rated for flows up to 577 gpm. For larger flow rates, contactRes-Kem to determine whether larger or multiple units would beappropriate.

Economical and efficient, Res-Kem Uni-Tech Multi-Media Filters canbe equipped for manual, semi-automatic, or full-automatic operation.Regardless of the configuration, only limited technical expertise isrequired for operation. Res-Kem Uni-Tech Multi-Media Filters willintegrate into a complete water treatment system without expensivecustom field engineering and programming.

Dual 66 Multi-Media Filter System with StandardDiaphragm Valves and Steel Piping


www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax20100706


Model

Prefix

VesselDiameter

inches

Flow Rate

NormalRatinggpm

Flow Rate

Hi-RateRatinggpm

Flow RateMinimumBackwash

Flowgpm


NormalRatinginches


Hi-RateRatinginches

ApproximateDimensionsSingle UnitL x D x Hinches

ApproximateDimensionsDuplex Unit

L x D x Hinches

MMF20 20 6.5 33 33 1 1 30x32x81 56x32x81MMF24 24 15 47 47 1 1 34x36x81 62x36x81MMF30 30 25 74 74 1 2 40x42x85 78x42x85MMF36 36 35 106 106 1 2 46x48x85 90x48x85MMF42 42 45 144 144 2 2 52x54x87 102x54x87MMF48 48 63 189 189 2 3 56x50x91 114x50x91MMF54 54 80 239 239 2 3 64x66x91 126x66x91MMF60 60 98 294 294 3 3 70x72x93 138x72x93MMF66 66 119 357 357 3 4 76x78x95 152x78x95MMF72 72 142 425 425 4 4 82x84x95 164x84x95MMF78 78 166 498 498 4 6 88x90x95 176x90x95MMF84 84 192 577 577 4 6 94x96x95 188x96x95

Flow Rate Specification Bases: (For your specific water source, contact Res-Kem for estimates)Normal flow rating: 5gpm/ftHi-Rate flow rating: 15gpm/ftBackwash Flow Rate: 15gpm/ft Minimum (May be higher for your specific water source)



Stainless Steel. Fiberglass, or Galvanized SteelPressure Tank

ASME Code Vessel Construction PVC Hub and Lateral Distribution and Internal Piping CPVC, Polypropylene, Steel, or Stainless SteelInternal Piping

Cast Iron Diaphragm Valves Steel External Piping Copper, PVC, Galvanized Steel, or Stainless SteelExternal Piping

Manual System Isolation Valves Subsurface Wash Skid Assembly for Multiple Units Interconnecting Piping for Multiple Units

Instrumentation and ControlsTime Clock with Stager Controller Manual, Semi-Automatic, or Full-Automatic Controls Differential Pressure Gauge or Switch Inlet and Outlet Pressure Gauges NEMA 4XFG Electrical Enclosure Allen Bradley Programmable Logic Controller

Backwash Initiation MethodsTimer Manual Differential Pressure Switch

UNI-TECH GREENSAND FILTERS





Controller













Res-Kem Uni-Tech Greensand Filters are available in a wide rangeof self-contained packages configured in single, double, andmultiple unit arrangements to remove dissolved iron, manganeseand hydrogen sulfide. Iron and manganese are removed from waterto avoid staining problems and meet drinking water regulations.Res-Kem Uni-Tech Greensand Filters utilize magnesium oxidecoated manganese greensand media. Res-Kem Uni-TechGreensand filters are generally limited to application where thecombined iron and manganese concentration is below 15 ppm.

Res-Kem Uni-Tech Greensand Filters are used for municipal,institutional, and industrial water filtration applications. Single unitsare rated for flows up to 577 gpm. For larger flow rates, contactRes-Kem to determine whether larger or multiple units would beappropriate.

Economical and efficient, Res-Kem Uni-Tech Greensand Filters canbe equipped for manual, semi-automatic, or full-automatic operation.Regardless of the configuration, only limited technical expertise isrequired for operation. Res-Kem Uni-Tech Greensand Filters willintegrate into a complete water treatment system without expensivecustom field engineering and programming. They can be used toremove. The greensand media has a finite capacity for removal andmust be regenerated using potassium permanganate (KMnO4). Thisregeneration process may be either batch or continuous.

Triple 30 Greensand FIlter System withOptional PVC Piping, PVC Valves, and Flowmeters


www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax20100706


Model

Prefix

VesselDiameter

inches

Flow RateMinimum

gpm

Flow RateContinuous

gpm

Flow RateMaximum

gpm


inches



L x D x Hinches

GSF20 20 7 20 33 1 30x32x81 56x32x81GSF24 24 9 28 47 1 34x36x81 62x36x81GSF30 30 15 44 74 2 40x42x85 78x42x85GSF36 36 21 64 106 2 46x48x85 90x48x85GSF42 42 29 86 144 2 52x54x87 102x54x87GSF48 48 38 113 189 2 56x50x91 114x50x91GSF54 54 48 143 239 3 64x66x91 126x66x91GSF60 60 59 176 294 3 70x72x93 138x72x93GSF66 66 71 215 357 4 76x78x95 152x78x95GSF72 72 85 255 425 4 82x84x95 164x84x95GSF78 78 100 299 498 6 88x90x95 176x90x95GSF84 84 115 346 577 6 94x96x95 188x96x95

Flow Rate Specification Bases: (For your specific water source, contact Res-Kem for estimates)Minimum flow rating: 3gpm/ftContinuous flow rating: 5gpm/ftMaximum Flow Rate: of 10gpm/ft



Stainless Steel, Fiberglass, or Galvanized SteelPressure Tank






UNI-TECH SAND FILTERS





Controller













Res-Kem Uni-Tech Sand Filters are available in a wide range ofself-contained packages configured in single, double, and multipleunit arrangements to remove sediment, turbidity, color, andsuspended particles. Consisting of layers of coarse support bedand fine mesh sand, Res-Kem Uni-Tech Sand Filters removesediment down to the 20-30 micron range.

Res-Kem Uni-Tech Sand Filters are used for municipal, institutional,and industrial water filtration applications. Single units are rated forflows up to 577 gpm. For larger flow rates, contact Res-Kem todetermine whether larger or multiple units would be appropriate.

Economical and efficient, Res-Kem Uni-Tech Sand Filters can beequipped for manual, semi-automatic, or full-automatic operation.Regardless of the configuration, only limited technical expertise isrequired for operation. Res-Kem Uni-Tech Sand Filters willintegrate into a complete water treatment system without expensivecustom field engineering and programming.

Dual 84 Sand Filters with StandardDiaphragm Valves and Steel Piping


www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax20100706


Model

Prefix

VesselDiameter

inches

Flow Rate

NormalRatinggpm

Flow Rate

Hi-RateRatinggpm

Flow RateMinimumBackwash

Flowgpm


NormalRatinginches


Hi-RateRatinginches



L x D x Hinches

SF20 20 6.5 33 33 1 1 30x32x81 56x32x81SF24 24 15 47 47 1 1 34x36x81 62x36x81SF30 30 25 74 74 1 2 40x42x85 78x42x85SF36 36 35 106 106 1 2 46x48x85 90x48x85SF42 42 45 144 144 2 2 52x54x87 102x54x87SF48 48 63 189 189 2 3 56x50x91 114x50x91SF54 54 80 239 239 2 3 64x66x91 126x66x91SF60 60 98 294 294 3 3 70x72x93 138x72x93SF66 66 119 357 357 3 4 76x78x95 152x78x95SF72 72 142 425 425 4 4 82x84x95 164x84x95SF78 78 166 498 498 4 6 88x90x95 176x90x95SF84 84 192 577 577 4 6 94x96x95 188x96x95

Flow Rate Specification Bases: (For your specific water source, contact Res-Kem for estimates)Normal flow rating: 5gpm/ftHi-Rate flow rating: 15gpm/ftBackwash Flow Rate: 15gpm/ft Minimum (May be higher for your specific water source)









MODULAR ULTRAPURE WATER SYSTEMS

STANDARD FEATURES: Completely Modular Design To

Meet Virtually Any Requirement Recirculation Loop Flows up to

50 gpm Resistivities up to 18+M Makeup Flows to 12,000 GPD

ADVANTAGES: Materials Selected to Maintain

Water Quality Components Selected For Long

Term Service Standard Designs Reduce Cost,

Installation and Delivery Time Simple Operation Reduces


MODULE OPTIONS INCLUDE: Polypropylene or PVC Piping Cartridge Filtration Carbon Pretreatment Dual and Single Water

Softeners Reverse Osmosis Units Post-RO Demineralization RO Storage Tanks Recirculation Loop Pumps and

Controls Distribution Pump and Controls Polishing Demineralization UV Sterilization Post RO Cartridge Filtration Polishing Loop Resistivity

Monitors Automatically Controlled Make

Up Water Supply Recirculation Loop Back-

Pressure Regulation


Res-Kem pre-designed modular ultrapure water systems to matchyour water requirements to available water treatment technologies.Using a simple water treatment design and only the equipment youneed, a series of modules can be joined together to achieve therequired water quality for your process or industry. Res-Kem tookthis path because every water source is different and the requiredwater quality depends upon the product being manufactured and theindustry being served.

Variety of Standard SizesUsed in conjunction with portable exchange DI systems, thestandard recirculation loop flows of up to 50 gpm and resistivity of18+ Meg-ohm can be achieved. With a custom design, higher flowsystems are available. Res-Kem Zeo-Tech Modular Ultrapure WaterSystems are ideal for laboratory, electronic, pharmaceutical, andmany other commercial applications. Regeneration of the exchangetanks is available through our sister company, General WaterServices.

Economical and efficient, Res-Kem Zeo-Tech Modular UPWSystems can be equipped for semi-automatic or full-automaticoperation. Regardless of the configuration, only limited technicalexpertise is required for operation. Res-Kem Zeo-Tech ModularUPW Systems will integrate into a complete water treatment systemwithout expensive custom field engineering and programming.

Recirculation Loop Repressurization and Treatment Module

Why use an Ultra Pure Water System?Ultra pure water treatment is required in many industries, applications, andprocesses. Res-Kem offers a series of pre-assembled, modular systemsfor the production of a continuous supply of high purity deionized water.These pre-packaged ultra high purity water systems combine the operationof several water purification processes within each skid mounted assembly.Among the many applications for ultra pure water are:

Nanotechnology products Pharmaceutical Plants Laboratories Electronic Products Semiconductor Fabrication Alloy metal fabrication Medical Device Production Aerospace


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Prefiltration Module

All systems require a filter to treat all of the water entering the water treatment system. Res-Kem selectedtwo options for prefiltration, cartridge filtration and multi-media filtration. A prefilter will remove any largesuspended particles and solids that can damage downstream equipment. A cartridge prefilter is generallythe lowest installed capital cost, but the operating cost can be very high if there is poor quality inlet water.A multi-media filter has a slightly higher capital cost, but virtually no operating costs. The system simplybackwashes on an as-needed basis.

Water Softener Module

A water softener should be installed when the inlet water hardness is greater than 50ppm or 3 grains/gallon. The industrial water softener is particularly important in systemswith a Reverse Osmosis, RO, system. Calcium, Magnesium, Manganese, and Iron canprecipitate within the flow passages of the RO membrane. A water softener will reducedowntime required for membrane cleaning, increase membrane life, and virtuallyeliminate unplanned system shutdowns.

Two configurations are used. When continuous flow is required, a dual tank softener will be required. Ifyour plant operates 1-2 shifts per day, a properly sized, single tank softener is fine.

Activated Carbon Filtration Module

If your system has an RO and is on city water, an activated carbon filter is required toremove the chlorine or chloramine used to protect the population from harmful bacteria.If you do not remove the chlorine or chloramine, the life of your RO will be severelyshortened. Depending upon the level of either oxidant, a noticeable degradation in ROmembrane rejection will happen in as soon as a few months. Even if your water doesnot have chlorine or chloramine, carbon filtration is still highly recommended to removeorganics in the feed water which can foul the membranes.

Two carbon filtration modules are offered by Res-Kem. The simplest option is to use a carbon exchangeservice like our sister company General Water Services provides in the mid-Atlantic region. The otherchoice is to install a simple backwashable activated carbon filter. The backwashing step will increase thelife of the carbon by removing suspended material from the top of the bed where it may accumulate. Thetradeoff between the two options is the exchange carbon involves a smaller capital investment, but ahigher operating expense. The backwashable activated carbon system has a nominally higher capitalcost requires a drain line connection, and carbon replacement every 2-4 years.

Reverse Osmosis System Module

The heart of a Res-Kem modular water treatment system is the RO system. The ROsystem removes 95 - 98% of the feedwater ions. Since an RO membrane acts as abarrier, particles and bacteria will be removed. While an RO is a great tool to produceconsistently high quality water, it is particularly susceptible to foulants and oxidants. Toreduce the potential for the damage, Res-Kem has the pretreatment modules offiltration, softener, and/or carbon filtration described above.

An RO system performs best and most efficiently when it operates nearly continuously.Also, after an RO system, a storage tank is highly recommended. The level in this tankwill turn on and off the RO system.


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The standard RO systems have between 1 and 6 RO membranes. These systems operate at a recoveryof 95% and higher depending upon the inlet water quality. To keep the RO system at or near continuousoperation, the number of elements should be tailored to the typical water demand downstream of the ROsystem.

Post RO Demineralization Module

As the water quality requirements increase, a deionization process should be added to the RO permeateline before the water enters the RO/Recirculation loop storage tank. Doing this will increase the "makeup"water resistivity and quality. The deionization process used is called exchange deionization. A service DItank provider, like General Water, will deliver regenerated mixed bed resin in pressure vessels or tanks,connect the tanks into the water treatment system, and remove the used or exhausted tanks of resin.After the tanks are brought back to the service company, the resins are recycled by regenerating it in aregeneration facility.

RO/Recirculation Loop Storage Tank Module

Almost without exception, a properly designed recirculation loop andstorage tank will substantially improve the operation and reduce thecapital cost of the entire treatment system. A storage tank andrecirculation loop pump will easily handle rapid and large surges inwater demand. As stated above, an RO is designed for relativelyconstant flow rate. Without a tank, the only option is to size the RO,and all equipment ahead of it, for the instantaneous demand.

For example, if the instantaneous flow rate of your process is five times greater than the average flowrate, your prefiltration, softener, carbon filter, and RO will all have to be about four times larger thanequipment sized for the lower, average flow rate. Res-Kem finds the capital expenditure will bedramatically higher when you have to upsize the equipment versus adding the cost of a tank.

Distribution Loop Module

The final module of the of the water treatment system is the repressurization and finaltreatment before the water enters the recirculation loop. This module includes therecirculation loop pump, two service DI mixed beds tanks in series, an ultraviolet unit,and a final filter. A resistivity monitor and sample ports insure the correct water qualityis going to your manufacturing process.

Using all of the treatment modules will achieve the highest water quality. For lesscritical water quality requirements, fewer modules will be necessary to achieve thewater quality for your process.


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FT WATER SOFTENERS

STANDARD FEATURES: Single or Dual Tank Systems Continuous Flows up to 140 gpm NSF Approved Fiberglass Tanks 8% Crosslinked, High Capacity

Cation Resin Hub and Lateral or Strainer

Distributors as Appropriate Time Clock Initiated

Regeneration Brine System Backwash Flow Controller

ADVANTAGES: Standard Systems for

Continuous or IntermittentDemand

Materials Selected to WithstandCorrosive Environments




With Proper Service, the RobustDesign Virtually EliminatesOperator Involvement

OPTIONS: Electronic Valve and Meter for

Easy Programming and FlowMeasurement

Meter Initiated Regeneration Dual Units Options Include

Parallel, Series, and AlternatingOperation

10% Crosslinked Cation Resin Fine mesh Cation Resin Macroporous Cation Resin Factory Assembled, Dual Units

Pre-piped and Wired Skid Manual Unit Isolation Valves Hot Water Capable Unit


Res-Kem FT-Series Water Softeners are single or dual tank, timeclock initiated systems designed for commercial and light industrialapplications to remove calcium and magnesium hardness from yourwater. Fully automatic, brass constructed, multi-port valves withadjustable regeneration cycles control Res-Kem FT-SeriesSofteners.

Res-Kem FT Softeners are designed to provide continuous softwater 24 hours per day for dual units. Single units are a cost-effective way to provide soft water where demand is intermittent.For either design, the only operator attention needed is to put salt inthe brine tank.

Economical and efficient, the heart of the Res-Kem FT-Series WaterSoftener is the Fleck 2750, 2850, and 2900, all brass control valve.With a meter initiated, twin tank alternating design, one tank is inservice while the second is held in stand-by. These rugged controlvalves provide a low maintenance, high flow rate, and qualitysystem able to meet the most demanding needs.

Why use a Water Softener?

Calcium and magnesium are hardscale forming minerals that build up onpiping, heat exchangers, waterheaters, boilers, and any steamequipment. This buildup results incostly repairs, increased energyconsumption, plugged heatexchangers and boiler tubes. Also,hardness greatly reduces the servicelife of linens, clothing, appliances, andplumbing fixtures.

The following facilities are examples ofideal applications for water softeningequipment:

Apartments/Condominiums Car Washes Laundries Light Manufacturing Plants Office Complexes Hospitals Institutions Large Homes

SFT120


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Model Capacity @15lbs NaCl

per CF(grains)

Flow Rates

(gpm)

Tank SizeDiameter x Height

(inches)

ResinQuantity

(cu. ft.)


(inches)

SaltStorageQuantity

(lbs.)

ShippingWeight

(lbs.)


L x D x HInchesService Peak

SFT-60 60,000 8 12 12X52 2 18X35 300 201 36x18x60SFT-60D 120,000 16 24 12X52 4 18X35 300 386 52x18x60SFT-90 90,000 11 17 14X65 3 18X35 240 279 38x18x72

SFT-90D 180,000 22 34 14X65 6 18X35 240 542 56x18x72SFT-120 120,000 14 21 16X65 4 24X54 765 371 46x24x72

SFT-120D 240,000 28 42 16X65 8 24X54 765 716 66x24x72

MFT-120 120,000 15 22 16X65 4 24X54 765 371 46x24x72MFT-120D 240,000 29 43 16X65 8 24X54 765 716 66x24x72MFT-150 150,000 18 36 18X65 5 24X54 650 440 48x24x72

MFT-150D 300,000 36 72 18X65 10 24X54 650 660 70x24x72MFT-210 210,000 24 46 21X62 7 24X54 586 560 51x24x69

MFT-210D 420,000 48 96 21X62 14 24X54 586 1,110 82x24x69MFT-300 300,000 31 50 24X72 10 30X48 800 915 60x30x80

MFT-300D 600,000 62 100 24X72 20 30X48 800 1,775 88x30x80

LFT-300 300,000 31 63 24X72 10 30X48 800 920 60x30x86LFT-300D 600,000 62 126 24X72 20 30X48 800 1,785 88x30x86LFT-450 450,000 49 98 30X72 15 39X48 1,450 1,303 75x39x93

LFT-450D 900,000 98 196 30X72 30 39X48 1,450 2,530 109x39x93LFT-600 600,000 70 120 36X72 20 39X48 1,200 1,700 81x39x96

LFT-600D 1,200,000 140 240 36X72 40 39X48 1,200 3,100 121x39x96

D Model Suffix: Dual Tank Model

Service Flow Rate: 10 gpm/ft2 (For your specific water application, contact Res-Kem for sizing)Peak Flow Rate: 20 gpm/ft2Tank size and color may vary based upon local requirements.

Features SFTSeries

MFTSeries

LFTSeries

System Design and OperationNSF Approved Fiberglass Tank Brass Fleck Valve 2750 (1) 2850 (1 ) 2900 (2)Plastic Fleck 7000 Valve OptionMetered System (Includes 3200NT and Meter(s)) Option Option OptionPVC, Polystyrene, and/or Polypropylene Distributors Safety Float Valve in Brine Tank Commercial Air Check in Brine Tank Brine Tank with Salt Grid (Not on 39x48 Brine Tank) ASME Code 24X72, 30X72 and 36X72 Mineral Tanks Option OptionSkid Assembly for Dual Units Option Option OptionManual System Isolation Valves Option Option Option

Number of Units, Operation, and Regeneration InitiationSingle Units, Time Clock Initiation Dual Units, (D Model Suffix) Time Clock Initiation Single Units, Meter Initiation (Includes 3200NT and Meter) Option Option OptionDual Units, Parallel, Alternating, and Series Operation,Meter Initiation (Includes 3200NT and Meters)

Option Option Option

DT WATER SOFTENERS

STANDARD FEATURES: Continuous Flows up to 42 gpm NSF Approved Fiberglass Tanks 8% Crosslinked, High Capacity

Cation Resin Hub and Lateral or Strainer

Distributors as Appropriate Meter Initiated Regeneration Brine System Backwash Flow Controller

ADVANTAGES: Dual Tank Design Provides

Continuous Flow Materials and Coatings Selected





With Proper Service, the RobustDesign Virtually EliminatesOperator Involvement

OPTIONS: 3200ET Electronic Valve and

Meter for Easy Programmingand Flow Measurement

9100 Non-Metallic Valve andPiping

10% Crosslinked Cation Resin Fine mesh Cation Resin Macroporous Cation Resin Factory Assembled, Pre-piped

and Wired Skid Manual Unit Isolation Valves Hot Water Capable Unit

Res-Kem DT Softeners are available in a wide range of self-contained packages configured in dual tank, meter demand systemsto remove calcium and magnesium hardness from your water. Res-Kem DT Softeners are designed for light commercial and industrialwater softening applications. These automated units are designedto provide continuous soft water 24 hours per day. The onlyoperator attention needed is to put salt in the brine tank.

Economical and efficient, the heartof the Res-Kem DT Softener is the9000, 9001, or 9500 SeriesEconominder all brass control valve.With a meter initiated, twin tankalternating design, one tank is inservice while the second is held instand-by. These rugged controlvalves provide a low maintenance,high flow rate, and quality systemable to meet the most demandingneeds. A lower cost option is a Res-Kem DT Softener based upon the9100 and 9101 Series non-metallicvalves.

Why use a Water Softener?

Calcium and magnesium are hard scale forming minerals that build up onpiping, heat exchangers, water heaters, boilers, and any steam equipment.This buildup results in costly repairs, increased energy consumption,plugged heat exchangers and boiler tubes. Also, hardness greatly reducesthe service life of linens, clothing, appliances, and plumbing fixtures.

The following facilities are examples of ideal applications for watersoftening equipment:

Apartments/Condominiums Office Complexes Car Washes Hospitals Laundries Institutions Light Manufacturing Plants Large Homes Boiler Pretreatment

DT9500-5ET

DT9001-4DT9101-4


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Model Capacity @15lbs NaCl

per CF(grains)

Flow Rates

(gpm)

Tank SizeDiameter x Height

(inches)

ResinQuantityper tank(cu. ft.)


(inches)

SaltStorageQuantity

(lbs.)

ShippingWeight

(lbs.)


L x D x HInchesService Peak

DT9000-0 15,000 4 6 8x35 14x34 (Square) 280 148 46 x 14 x 42DT9000-2 30,000 8 12 10x40 1 14x34 (Square) 280 218 50 x 14 x 47DT9000-4 60,000 10 16 12x52 2 18x35 320 373 54 x 18 x 60DT9000-5 90,000 14 20 14x65 3 24x54 840 509 64 x 24 x 72DT9001-2 30,000 8 12 10x40 1 14x34 (Square) 280 223 50 x 14 x 47DT9001-4 60,000 10 18 12x52 2 18x35 320 378 54 x 18 x 60DT9001-5 90,000 14 20 14x65 3 24x54 840 514 64 x 24 x 72DT9001-6 120,000 18 24 16x65 4 24x54 780 656 68 x 24 x 72

DT9100-0 15,000 4 6 8x35 14x34 (Square) 280 148 46 x 14 x 43DT9100-2 30,000 8 12 10x40 1 14x34 (Square) 280 218 50 x 14 x 48DT9100-4 60,000 10 16 12x52 2 18x35 320 373 54 x 18 x 61DT9100-5 90,000 14 20 14x65 3 24x54 840 509 64 x 24 x 73DT9101-2 30,000 8 12 10x40 1 14x34 (Square) 280 223 50 x 14 x 48DT9101-4 60,000 10 18 12x52 2 18x35 320 378 54 x 18 x 61DT9101-5 90,000 14 20 14x65 3 24x54 840 514 64 x 24 x 73DT9101-6 120,000 18 24 16x65 4 24x54 780 656 68 x 24 x 73

DT9500-5ET 90,000 14 22 14x65 3 24x54 800 524 64 x 24 x 72DT9500-6ET 120,000 18 28 16x65 4 24x54 770 656 68 x 24 x 72DT9500-7ET 150,000 27 34 18x65 5 24x54 730 800 72 x 24 x 75DT9500-8ET 195,000 36 42 21x62 6 24x54 660 1070 84 x 24 x 75DT9500-10ET 270,000 42 50 24x72 9 30x48 880 1480 96 x 30 x 82

Service Flow Rate: 15 gpm/ft2 Nominal (For your specific water application, contact Res-Kem for sizing)Peak Flow Rate: 20 gpm/ft2 Nominal

Tank: Size and color may vary based upon local requirements

Features 9000Series

9001Series

9500Series

9100Series

9101Series

System Design and OperationNSF Approved Fiberglass Tank Brass Valve And Yoke Assembly 1 1 Plastic Valve And Yoke Assembly 1Plastic Meter 1 Brass Meter 1 Option 1PVC, Polystyrene, and/or Polypropylene Distributors Safety Float Valve in Brine Tank Commercial Air Check in Brine Tank Copper Interconnecting Piping between Tanks Plastic Interconnecting Piping between Tanks Brine Tank (Salt Grid Added for 24 and 30 tanks) Skid Assembly Option Option Option Option OptionManual System Isolation Valves Option Option Option Option Option

Instrumentation and ControlsElectro-Mechanical Valve and Meter Option Electronic Valve and Meter Option Option Option Option

UNI-TECH CARBON FILTERSUNI-TECH CARBON FILTERS





Controller High Capacity, Application

Specific, Activated Carbon






Operator Training Requirements Efficient Adsorption Tailored For

Each Applications

OPTIONS: ASME Code Vessel Stainless Steel, Copper, or PVC,

External Piping Stainless Steel, Polypropylene,

Steel, or CPVC Internal Piping Hot Water or Steam Sanitization

Capability Differential Pressure Switch Air Scour Sub-Surface Wash Sightglasses Pre-piped and Wired Systems


Multiple Units Allen Bradley PLCFor Options Not Listed HerePlease Contact Res-Kem

Res-Kem Uni-Tech Carbon Filters are available in a wide range ofself-contained packages configured in single, double, and multipleunit arrangements to adsorb chlorine, organics, tri-halo methanes(THMs), taste, odor, and color. Res-Kem Uni-Tech Carbon Filterscontain activated carbon selected for the appropriate application.

Res-Kem Uni-Tech Carbon Filters are used for municipal,institutional, and industrial water treatment applications. Singleunits are rated for flows up to 256 gpm. For larger flow rates,contact Res-Kem to determine whether larger or multiple unitswould be appropriate.

Economical and efficient, Res-Kem Uni-Tech Carbon Filters can beequipped for manual, semi-automatic, or full-automatic operation.Regardless of the configuration, only limited technical expertise isrequired for operation. Res-Kem Uni-Tech Carbon Filters willintegrate into a complete water treatment system without expensivecustom field engineering and programming.

Dual 36 Carbon Filter System with OptionalStainless Steel Butterfly Valves and Piping


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FEATURES AND SPECIFICATIONSFEATURES AND SPECIFICATIONS

Model

Prefix

VesselDiameter

inches

Volume ofCarbon

cubic feet

Flow RateChlorineRemoval

gpm

Flow RateOrganicsRemoval

gpm

Flow RateBackwash

gpm


Rating

inches



L x D x Hinches

ACF20 20 6.5 13 6.5 17-22 1 30X30X81 60X30X81ACF24 24 9.5 19 9.5 25-31 1 34X34X81 68X34X81ACF30 30 14 28 14 39-49 1 40X40X83 80X40X83ACF36 36 23 46 23 57-71 1 45X48X85 90X48X85ACF42 42 32 64 32 77-96 2 52X54X87 104X54X87ACF48 48 41 82 41 101-126 2 58X62X91 116X62X91ACF54 54 53 106 53 127-159 3 64X70X91 128X70X91ACF60 60 65 130 65 157-196 3 70X76X93 140X76X93ACF66 66 79 158 79 190-238 3 76X78X103 152X78X103ACF72 72 94 188 94 226-283 3 73X88X103 146X88X103ACF78 78 111 222 111 265-332 4 73X90X110 146X90X110ACF84 84 128 256 128 308-385 4 73X96X110 146X96X110

Flow Rate Specification Bases: (For your specific water source, contact Res-Kem for estimates)Chlorine Removal Flow Rating: 2gpm/ftOrganics Removal Flow Rating: 1gpm/ft









INDUSTRIAL DEIONIZATION SYSTEMS

STANDARD FEATURES: Pre-Engineered Design With

Flows from 15-195 gpm Ironically Balanced Cation &

Anion Vessels Sprayed & Baked PVC Coating

on Carbon Steel Tanks Surfaces Top & Bottom PVC Hub & Radial

Distributors Corrosion Resistant True Union

Air Actuated Ball Valves PLC in NEMA12 Enclosure for

Fully Automatic Operation Thornton Meter for Conductivity

& Flow Measurements 100 psig Rated Tanks Mounted

on Unitized Steel Base Strong Base Type II Anion for

Maximum Capacity Factory Assembled Piping Hydrostatic & Factory Tested

Prior to Shipment

ADVANTAGES: Uses Less Water Than a

Comparable RO System Materials Selected to Maintain

Water Quality and Long Service High Quality Water Despite

Changes in Water Flow Rate Standard Designs Reduce Cost,

Installation and Delivery Time Simple Operation Reduces


OPTIONS INCLUDE: ASME Code Vessels Rubber-Lined Steel Tanks Strong Base Type I Anion Resin Weak Base Anion Resin Low Flow Rinse Recirculation

Pump Weir Type Fail Close Diaphragm

Valves CPVC Piping & Valves


Res-Kem engineered these dual bed deionization systems to matchyour water requirements. Using simple, time proven cation andanion ion exchange resin technology, these compact systems canproduce high quality water with the lowest water usage for lowerTDS waters and/or where treated water demand is highly variable.

Res-Kems industrial two-bed deionizers are available as standardpre-engineered, skid-mounted units which can be customized tomeet a wide range of individual customer requirements.

Variety of Standard SizesRanging in size from 18 to 72 in diameter and with flows from 15 to195 gpm, these two bed deionizers are a highly efficient means ofremoving dissolved solids from water. Regeneration of the systemis initiated by conductivity, time, and/or totalized flow. Thedeionizers can be supplied in combination with a full range ofoptions and related equipment to provide a fully integrated waterpurification system.

Cation & Anion Deionization System with Optional CPVC Piping

Res-Kems Dual Bed Deionization Systems are designed for full-automatic operation. These systems will integrate into a completewater treatment system without expensive custom field engineeringand programming.

Why use a Deionized Water System?Deionized water is required in many industries, applications, andprocesses. Res-Kem offers a series of pre-assembled systems for theproduction of a continuous supply of deionized water. Some of the manyapplications for DI water are in:

Chemical Plants Pharmaceutical Plants Autoclave Steam Generators Electronic Products Medical Device Production Alloy Metal Fabrication Aerospace Metal Treating and Plating


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FEATURES AND SPECIFICATIONSFEATURES AND SPECIFICATIONS

Model NumberNormal

Flowgpm

MinimumFlowgpm

CationResincuft

AnionResincuft

OverallCapacity

Kgr CaCO3

Tank SizeD X Hinches

ApproximateDimensionsW x D x H

inches

DI18072-006A007B 15 4 6 7 140 18 x 72 66 x 33 x 82

DI24072-010A012B 25 6 10 12 240 24 x 72 78 x 43 x 87

DI30072-017A020B 40 10 17 20 400 30 x 72 79 x 42 x 96

DI36072-025A029B 55 15 25 29 580 36 x 72 90 x 55 x 99

DI42072-033A038B 75 20 33 38 760 42 x 72 109 x 67 x 101

DI48072-042A049B 100 25 42 49 980 48 x 72 114 x 71 x 106

DI54072-053A062B 125 30 53 62 1,240 54 x 72 126 x 80 x 106

DI60072-066A077B 155 40 66 77 1,540 60 x 72 138 x 88 x 108

DI66072-079A092B 185 45 79 92 1,840 66 x 72 152 x 95 x 108

DI72072-094A110B 220 85 94 110 2,200 72 x 72 170 x 102 x 112

DI78072-111A129B 280 96 111 129 2,580 78 x 72 180 x 118 x 112

DI84072-115A129B 300 115 129 150 3,000 84 x 72 192 x 116 x 122

DI90072-130A148B 345 130 148 172 3,750 90 x 72 204 x 122 x 124

DI96072-145A168B 390 145 168 195 3,900 96 x 72 215 x 122 x 130For your specific water source, contact Res-Kem for capacity estimates


PVC-Lined Steel Pressure Tank Steel Pressure Tank with Rubber Lining ASME Code Vessel Construction PVC Hub & Radial Distributors and Internal Piping PVC True Union Ball Valves Weir-Type Diaphragm Valves Schedule 80 PVC External Piping Manual System Isolation Valves Parallel or Alternating Operation for Multiple Units Skid Assembly Interconnecting Piping between Multiple Units

Instrumentation and ControlsFull-Automatic Controls with Manual Override Manual, Semi-Automatic, or Full-Automatic Controls Demineralized Water Conductivity Sensor Demineralized Water Flow Sensor Caustic and Acid Concentration Sensors Inlet and Outlet Pressure Gauges NEMA 12 Electrical Enclosure Programmable Logic Controller

REVERSE OSMOSIS XL - SERIES

STANDARD FEATURES: Single Unit Flows up to 700 gpm Stainless Welded Inlet Piping Stainless Frame, Hardware,

Victaulic Clamps &Instrumentation Tubing

Stainless NEMA 4X ControlPanel

Allen Bradley with Color GraphicTouch Screen Interface Control

Quick Link Technology toConnect & Control DevicesBefore & After RO System

PreTreat Link ControlsSofteners, Media Filters &Carbon Filters

HQ Link Connects Four HighPurity Resistivity Cells

Analog RO Tank Level Control

ADVANTAGES: Materials Selected for Years of

Trouble-free Operation Engineered to Eliminate Custom

Field Programming Flexible & Simple Control of

Equipment Before & After RO Flexible & Simple Integration of

Instruments Before & After RO Standard Designs Reduce Cost,

Delivery & Installation Time Low Voltage Plug & Play

Design Simplifies FieldConnections

OPTIONS: X-Web Technology to

Remotely Monitor & ControlWater Treatment System

RO CIP Cleaning Skid


The Res-Kem XL Series of Reverse Osmosis systems is truly anEngineered System. From pretreatment through tank level and posttreatment portable DI control, the XL RO Series becomes a"System" by simply activating pre-engineered standard features.Engineering novel features like Quick Link Technology eliminatesthe need for many stand alone controllers for pH, ORP andresistivity instrumentation. The purchase of optional cells is the onlyrequirement. Also, several costly control panels are eliminated forpretreatment tanks and pump control. Field wiring is replaced by lowvoltage quick link connections.

XL-4L-5H Reverse Osmosis System Produces 100 gpm

The Quick Link Technology puts the System in RO System. QuickLink Technology was engineered to provide a simple method ofcontrol and connection for electrical field devices that are required tomake an RO "System" operate seamlessly as a system. Fielddevices include pretreatment tanks, booster and break tank pumps,chemical feed, pH, ORP, bypass and auxiliary make-up valves, levelcontrol, distribution pumps, portable exchange DI bank switchingand rinse-up, high quality resistivity cells with control.

Quick Link Technology provides: Simplicity- System field devices easily "plug and play" into

main panel. Flexibility - User is prompted to select system devices and

options via simple touch screens. Cost Savings - Quick Link Technology eliminates the need

for many stand alone components like pH, ORP andresistivity instrumentation. The purchase of optional cells isthe only requirement. Also, several costly control panels areeliminated for pretreatment tanks and pump control. Fieldwiring is replaced by low voltage quick link connections.

20100708


ModelProduct

FlowInletFlow

WasteFlow Recovery Total

Membranes StagingPipe Connections

PumpPrefilter Housing Dimensions ApproximateWeight

(gpm) (gpm) (gpm) % Inlet Product Waste Length Quantity W X D X H (lbs)

XL-1L-2H 12 16 4 75 2 1x1 2" 1 1/2" 1" 7.5HP 20" 5 68" x 35" x77" 1700

XL-1L-3H 18 24 6 75 3 1x1x1 2" 1 1/2" 1" 7.5HP 20" 5 68" x 35" x77" 1900

XL-1L-4H 22 30 8 75 4 1x1x1x1 2" 1 1/2" 1" 10HP 20" 5 68" x 35" x77" 2100

XL-2L-3H-5E 26 47 11 75 5 1x1x1 2" 1 1/2" 1" 10HP 20" 5

108" x 35" x77" 2400

XL-2L-3H 34 45 11 75 6 1x1x1 2" 1 1/2" 1" 10HP 20" 5 108" x 35" x77" 2500

XL-2L-4H 40 53 13 75 8 1x1x1x1 2" 1 1/2" 1" 10HP 20" 5 108" x 35" x77" 2750

XL-3L-3H 50 67 17 75 9 2x1 2" 2" 1" 15 HP 40" 5 148" x 41" x77" 3000

XL-3L-4H 65 86 21 75 12 2x1x1 2" 2" 1" 15 HP 40" 5 148" x 41" x77" 3300

XL-4L-3H 65 86 21 75 12 2x1 3" 3" 1 1/2" 15 HP 40" 5 188" x 41" x77" 3400

XL-4L-4H 80 113 33 75 16 2x1x1 3" 3" 1 1/2" 25 HP 40" 5 188" x 41" x77" 3600

XL-4L-5H 100 133 33 75 20 2x2x1 4" 3" 1 1/2" 25 HP 40" 12 188" x 57" x77" 3800

XL-4L-6H 125 167 42 75 24 3x2x1 4" 3" 1 1/2" 30 HP 40" 12 188" x 57" x77" 4000

XL-4L-7H 150 200 50 75 28 4x3 4" 3" 2" 40 HP 40" 12 188" x 57" x77" 4400

XL-4L-8H 175 233 58 75 32 5x3 4" 3" 2" 40 HP 40" 12 188" x 57" x77" 4800

XL-4L-9H 200 267 67 75 36 6x3 4" 3" 2" 50 HP 40" 12 188" x 82" x80" 5400

XL-4L-10H 225 300 75 75 40 6x4 4" 4" 2" 60 HP 40" 22 188" x 82" x80" 5850

XL-4L-11H 250 333 83 75 44 7x4 4" 4" 2" 60 HP 40" 22 188" x 82" x80" 6150

XL-4L-12H 300 400 100 75 48 7x5 6" 4" 3" 75 HP 40" 22 200" x 82" x80" 6500

XL-4L-15H 350 466 116 75 60 9x6 6" 4" 3" 75 HP 40" 22 200" x 82" x88" 7000

Specification Bases: (For your specific water source, contact Res-Kem for estimates)

TDS, pressure and temperature will affect RO product ratingsSDI < 3Free Chlorine - 0.0 mg/l maximumDimensions refer to nominal size only, and do not include operating maintenance areaSpecifications subject to change without notice

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Features Standard OptionalSystem Design

All Stainless Structural Steel Frame Construction Stainless NEMA 4x Control Panel Stainless Hydraulic Panel Stainless Butt Welded Inlet Piping Stainless Automatic Inlet Valve Stainless Cartridge Pre-Filter Housing Stainless Multi-Stage Pump w/ TEFC Motor Stainless High Pressure Piping Stainless Pump Control Valve Stainless Waste Control Valve All Stainless Hardware and Victaulic Clamps Stainless Instrumentation Tubing and Fittings Cleaning Connections

ControlsPreTreat Link - Complete control for up to four automatic softeners and three automatic mediaor carbon filters. Control options include duplex alternating, parallel or variable demand

HQ Link- Up to four high purity resistivity cells (+/- 1% accuracy) can be connected. Displaythat can be switched between temperature and non-temperature compensated. Displaysresistivity or conductivity.

Duplex RO - Quick Link connection allows for seamless lead/lag or parallel RO operation forXLD models

Level Control- Each XL - RO is shipped with a Quick Link Analog Level Transmitter included X-Web - Optional remote monitoring and control through internet technology. Uses Ethernetport for network connection or wireless communication.

Allen Bradley with Color Graphic Touch Screen interface control Panel UL(R) 508 Listed

Digital InstrumentationFlow - Product, Waste, Feed, Storage Tank Empty Rate Membrane Percent Recovery Conductivity - Feed, Product, Membrane % Rejection Temperature - Feed Tank Level - Percent Full, Gallons Remaining, High Alarm, Low Alarm, Low Level DistributionPump Cutoff, Accepts Analog or Discrete Tank Level Input

Mechanical InstrumentationPressure Gauges - Pre-filter, Post-filter, Pump Discharge, Membrane Feed, Membrane Waste Pressure Switch - Feed Pressure Relief - Product

QuickLink Ready DevicesProduct Divert Valve Waste Flush Valve pH Cell ORP Cell Resistivity Cell

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REVERSE OSMOSIS CL - SERIES

STANDARD FEATURES: Flow Rates Between 3,200 and

28,000 GPD Full-Featured Single and Duplex

Standardized Designs Built to Last Stainless Frame and

Piping Allen-Bradley PLC Color Panel View Plus Touch

Screen HMI Quick Plug and Control Design Simple Menu Prompts for

Configuration of Process Digital and Analog

Instrumentation Two Analog Tank Level

Transmitters Same Price for Single and Three

Phase Power Connections

ADVANTAGES: Standard Design Eliminates

Costly Custom Engineering Simple Integration with Pre-

Treatment and Post-Treatment Quick Setup and Simple

Integration Reduces Field Wiring to Low

Voltage DC Connections Integrated Pump and Membrane

Protection Simple to Understand Pricing

OPTIONS: Remote Monitoring Using

Standard Ethernet Protocol Automated Valves for Product

Diverting, Waste, DI RinseFlushing, DI Bank Switching

Instrumentation for pH, ORP,Resistivity, Conductivity

Pressure Transmitters

Res-Kem RO systems are engineered with flexibility in mind. Sinceevery water treatment plant is different, a simple method to connectand control an RO system must be part of the design. Res-Kem ROsystems will integrate into a complete water treatment systemwithout expensive custom field engineering and programming.

Often, RO systems are merely connected between two differentpieces of existing equipment and expected to function seamlessly.There are so many different pieces of equipment that can be beforeand after an RO system. Res-Kem RO systems are designed tointeroperate with properly equipped pretreatment filters andsofteners, booster pumps, break tank pumps, chemical feed, pHORP, bypass valves, auxiliary makeup valves, level control,distribution pumps, portable exchange DI bank switching, rinse up,resistivity cells, and controls.

Model RC4-5-556 gpm (8,640 GPD) unit

These devices easily plug into the main panel. Users can selectsystem devices and options via simple touch screen entries. Thedesign eliminates the need for many stand-alone electrical panelsfor components like pH, ORP, and resistivity instruments. Purchaseonly the cells you need and plug in. Also, costly control panels canbe eliminated from pretreatment softeners, filters, and pump control.

Res-Kem LLC2 New RoadAston, PA 19014

www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax

FEATURES AND SPECIFICATIONSModel Product

Flow

GPD

FeedTemp

F

ProductFlow

gpm

InletFlow

gpm

WasteFlow

gpm

FeedPressure

psig

Membranes Pump

HP

Pipe Connections SkidDimensions

LxDxHInches

ShippingWeight

LbsInlet

inchesProductinches

Wasteinches

RC4-3-35 3240 35 2.25 3.5 1.25 130 3 2 1 26 x 36 x 67 290RC4-3-55 5040 55 3.5 5.4 1.9 135 3 2 1 26 x 36 x 67 290RC4-3-77 5040 77 3.5 5.4 1.9 97 3 2 1 26 x 36 x 67 290RC4-4-35 5760 35 4.0 6.2 2.2 185 4 3 1 26 x 36 x 67 340RC4-4-55 7200 55 5.0 7.7 2.7 146 4 2 1 26 x 36 x 67 330RC4-4-77 7200 77 5.0 7.7 2.7 98 4 2 1 26 x 36 x 67 320RC4-5-35 7200 35 5.0 7.7 2.7 184 5 3 1 26 x 36 x 67 370RC4-5-55 8640 55 6.0 9.2 3.2 141 5 2 1 26 x 36 x 67 360RC4-5-77 9072 77 6.3 9.7 3.4 99 5 2 1 26 x 36 x 67 350RC4-6-35 8640 35 6.0 9.2 3.2 186 6 3 1 26 x 36 x 67 400RC4-6-55 10080 55 7.0 10.8 3.8 139 6 2 1 26 x 36 x 67 390RC4-6-77 10944 77 7.6 11.7 4.1 98 6 2 1 26 x 36 x 67 380RC4-7-35 10080 35 7.0 10.8 3.8 184 7 3 1 26 x 42 x 67 430RC4-7-55 12240 55 8.5 13.0 4.5 142 7 3 1 26 x 42 x 67 430RC4-7-77 12240 77 8.5 13.0 4.5 95 7 2 1 26 x 42 x 67 410RC4-8-35 10800 35 7.5 11.5 4.0 172 8 3 1 26 x 42 x 67 460RC4-8-55 13968 55 9.7 14.9 5.2 141 8 3 1 26 x 42 x 67 460RC4-8-77 13968 77 9.7 14.9 5.2 93 8 2 1 26 x 42 x 67 440

Features Standard OptionalSystem Control

Link to Pretreatment Monitoring via Internet Connection Duplex RO Control High Purity Instrumentation Allen-Bradley PLC

InstrumentationAllen-Bradley 6 Color Screen HMI Allen-Bradley 10 Color Screen HMI Digital Conductivity - Feed and Product Digital Temperature - Feed Digital Flow Product, Waste, Recirculation, Feed Digital Pressure Membrane Inlet and Outlet Digital Tank Level with Included Transmitter Digital Storage Tank Usage CalculatedGauge Package Pre-filter, Post-filter, Pump Discharge, MembraneFeed, Membrane Waste

Digital Percent Recovery and Rejection pH Display and Control ORP Display and Control

Pump ControlDual Chemical Injection Control Booster/Break Tank Duplex Distribution Remote Recirculation Low Pressure Shutdown and Alarm Low Pressure Automatic Restart

Valve ControlReverse Osmosis Pressure Relief Auxiliary Make-up Water Product Divert/Flush Waste Flush

DI ControlPortable DI Exchange Bank Switching requires optional cell

RESIN TRAPS

STANDARD FEATURES: Clean Trap Pressure Drop of

Less Than 2 psi Single Unit Flows to 270 gpm Corrosion Resistant PVC &

Stainless Steel Construction 316SS Wedge Wire Slot

Openings of 0.010 inches Maximum Operating Pressure

100 psig Maximum Operating

Temperature 100F Clear Acrylic Tube for

Unobstructed Viewing Blowdown Ball Valve for Easy

Cleaning & Media Removal Socket, Threaded & Flanged

End Connections

ADVANTAGES: Simple Insurance Against

Catastrophic Plant & ProductDamage

Protects Downstream ProductFrom Contamination With Media

Prevents Media From EnteringDistribution Loop & Tanks

Protects Downstream Pumps &Equipment From Damage

Prevents Loss of Media DuringBackwash Cycle

Materials Selected to MaintainWater Quality and Long Service

RT40-F Resin Trap

A resin trap is a simple, inexpensive protective sieving device toinsure the ion exchange resin or other filtration media does notleave the water treatment equipment where it belongs, and traveldownstream where it doesnt belong. Install a resin trap. Likeinsurance, do not wait until catastrophe strikes to see the value.

Why You Need a Resin TrapMany water treatment processes use small granular, plastic,powdered, pelletized and/or crystalline media in a pressure vessel.Over the years, complex screens, slotted pipes, perforated plates,molded devices, etc. have been engineered to keep the media inthe vessel. Through corrosion, chemical attack, thermal damage,rapid flow changes, system age and/or water hammer, thesedistribution systems will be damaged.

When the distribution systems are damaged, the ion exchange resinor other media will get into the water distribution systemcontaminating and/or destroying downstream RO membranes,expensive membrane filters, pumps, tanks, piping, processes andany product touched by this contaminated water.

What Is A Resin Trap?A resin trap, designed and fabricated by Res-Kem, is a very simplesieving device using a stainless steel wedge-wire screen. The slotsare small enough to retain upstream ion exchange resins or otherfiltration media. The number and size of the openings are designedto keep the pressure drop to a P=2 psi at the rated flow rate. A clear sleeve will visually indicate whether there is an upstreamproblem. A small ball valve allows for recycling of resin or mediaafter the problem has been repaired.

Since the slots in the wedge wire are 0.010 inches, 254 microns, aresin trap protects, but does not replace, downstream cartridgefilters, bag filters, membrane filters, etc. which generally have amuch lower micron rating.

Where Should You Install a Resin Trap?A resin trap should be installed in the product water line of mostresin and media based water treatment equipment like:

Softeners Dealkalizers Condensate PolishersDemineralizers Carbon Filters Sand FiltersPortable DI Tanks Greensand Filters Multi-Media Filters

A resin trap should be considered in the backwash lines of most ionexchange and carbon systems because temperature related flowchanges can cause these expensive materials to be sent down thedrain.


www.reskem.com800-323-1983610-358-0717610-358-4642

Phone

Fax


Res-KemModel

NumberDrawing ConnectionSize Connection Type

FlowRate

(gpm)

ApproximateWeight

(lbs)

ApproximateLength(inches)

MaximumWidth

(inches)

RT20-S B 2 Female Socket 110 14 11 12.5

RT20-T B 2 Female NPTThreaded 110 14 13.5 12.5

RT20-F A 2 Van StoneFlanged 110 18 20 12.5


RT30-T C 3 Female NPTThreaded 170 14 11 12.5




Flow rate based upon a P=2 psi

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20130515

Res-Kem LLC

2 New Road

Aston, PA 19014

800-323-1983

www.reskem.com

[email protected]

Reskem Industrial Water Treatment Equipment

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