Pump Selection Guideline

Pump SectionPump Section

ONE STOP SHOP PUMP SUPPLIERONE STOP SHOP PUMP SUPPLIERONE STOP SHOP PUMP SUPPLIERONE STOP SHOP PUMP SUPPLIER

Agenda for Agenda for Chemical Pump SelectionChemical Pump Selection

1.1. Recommended Pump Selection CriteriaRecommended Pump Selection Criteria

22. Chemical process centrifugal pumps. Chemical process centrifugal pumps22. Chemical process centrifugal pumps. Chemical process centrifugal pumps Mechanical Seal- ANSI vs API pump Pump for High corrosive application Canned Motor vs Magnetic drive pumps

33. Rotary Positive Displacement Pumps. Rotary Positive Displacement Pumps Gear pump Screw, Lobe, Circumferential piston, vane pump

Agenda for Agenda for Chemical Pump SelectionChemical Pump Selection

44. Reciprocating Positive Displacement Pumps. Reciprocating Positive Displacement Pumps Metering pump Air Operated Double Diaphragm pump

LIQUID characteristic VISCOSITY, specific gravity TEMPERATURE, vapor pressure CHEMICAL CORROSIVITY

LIQUID characteristic VISCOSITY, specific gravity TEMPERATURE, vapor pressure CHEMICAL CORROSIVITY

1.1. Recommended Chemical Pump Recommended Chemical Pump Selection CriteriaSelection Criteria

CHEMICAL CORROSIVITY NPSH A Application-Performance Proven Life cycle cost- investment,

operation, maintenance, opportunity cost

CHEMICAL CORROSIVITY NPSH A Application-Performance Proven Life cycle cost- investment,

operation, maintenance, opportunity cost

LIQUIDS CHARACTERISTICLIQUIDS CHARACTERISTIC

@ Hard Liquid@ Hard Liquid Toxic Toxic

CorrosiveCorrosiveFlammableFlammable

Abrasive Abrasive

@ Gentle Liquid@ Gentle Liquid

Flammable Abrasive AbrasiveExpensiveExpensivepH NaturalpH Natural

Clean Clean

LubricatingLubricating

VISCOSITY EFFECTWater 28

Diesel oil 38

Vegetable oil 100

Lube oil SAE 40 750

Bunker oil 1750

Gear oil 2,500

Molasses 25,000

Asphalt cement 45,000

Latex100,000

Grease150,000

Unit: SSU

CENTIPOISE = (SSU / 4.55) X S.g.

PPipe Size & Viscosity ipe Size & Viscosity EFFECT..EFFECT..28 100 750 2500 25,000 75,000 100,000 (SSU)

2+ 0.080 0.13 0.28 1.0 2.5 3.5 6.0

Flow rate 100 GPM with losses equivalent PSI/ft of pipe.Pipe Dia.(Inch)

3+

4+

6+

0.0028 0.0046 0.018 0.045 0.60 1.6 2.3

0.011 0.019 0.053 0.21 1.7 5.4 6.9

--- --- --- --- 0.11 0.35 0.44

TEMPERATURE EFFECT..@ Viscosity@ Type of shaft seal

BUNA-NI-----!-----!-----!-----!-----!-----!-----!-----!-----!-----!-----!-----!-----!-----!

-20 #################### 225Unit: OF

BUNA-N

VITONTEFLON

NEOPRENE

KALREZGRAFOIL

-20 #################### 225

-40 #################### 225

0 ############################ 3500 #################################### 4500########################################500

-100##################################################### 750

Unit: OF

PH EFFECT TO MATERIAL

PUMP CONSTRUCTION..

@ Bronze@ Cast iron@ Cast iron

@ Ductile iron@ Steel

@ Stain less steel

Material Compatability

Shaft Sealing

Packing Seal.

Mechanical Seal.

NPSH is criticalNPSH is criticalNPSHa = A - Hfs - Hv - Hs - Hmax

NPSHa > NPSHr = no cavitationNPSHr > NPSHa = cavitation

NPSHa = NPSH availableNPSHr = NPSH required Hs = ( 0.5 -1 m 2m)

API API API API 610610610610For Petrochemical

ANSI ANSI ANSI ANSI B B B B 73737373....1111For Chemical process

22. PROCESS CENTRIFUGAL PUMP. PROCESS CENTRIFUGAL PUMP

Rotodynamic Pump StandardRotodynamic Pump Standard

API 610/ 8th Edition, 1996 Petrochemical and Heavy Duty Chemical Process OH1-6, BB1-5, VS1-7,

ANSI / ASME B73.1 M - 1991ANSI / ASME B73.1 M - 1991 Chemical Process Horizontal End Suction Centrifugal Pumps

ANSI / ASME B71.1 M - 1991 Chemical Process Vertical Inline Pumps

ISO, EN, DIN ISO 9905 Class I (most severe)

Rotodynamic Pump StandardRotodynamic Pump Standard

ISO 9905 Class I (most severe) EN 5199 Class II ISO 9908 Class III (least severe) ISO 2858 End suction Pumps, 16bar

(mainly used in chemical application)

ANSI / ASME B73.1 MANSI / ASME B73.1 M

Design and Construction Features Pressure / Temperature Limits Flanges, Casing Impeller, Shaft Impeller, Shaft Shaft Sealing Bearings Materials of Construction Corrosion Allowance Direction of Rotation Dimensions Miscellaneous

General DesignGeneral Design

ANSI API

Center-line Discharge all types Horizontal, end suction Horizontal, end suction Single stage

20 sizes not standardised Dimensional interchange ability

Mounting dimensionsSize and location of Suction /Discharge-nozzlesBase platesFoundation bolts holes

Pressure / Temperature LimitsPressure / Temperature LimitsANSI API

Pressure / Material Cast iron, 125 lbs, B16.1 I1, I2 Cast ductile iron, 150 lbs, B16.5 I1, I2 Cast steel, ( carbon or st.st ) S1-9, C6, A7-8, D1 Cast steel, ( carbon or st.st ) S1-9, C6, A7-8, D1

Temperature limits T < 260C T max = 450C T < 150C ( cast iron )

Nozzle Loads not mentioned special requirements

Single StageOH2

Vertical Inline OH3

Single Stage Double Suction

BB2

Example of API Example of API 610 610 PUMP TYPE PUMP TYPE

Verticals Pumps:Verticals Pumps: API API 610 610 -- VSVS66

Pipeline Booster PumpsCrude OilNatural Gas LiquidsPetroleum Condensate

Refinery High Pressure Hydrocarbon PumpsPropane/Butane BoostersCrude Oil TransferDemethanizer Columns PumpsFlare Knock Out Pumps

Tank FarmLoading

Corrosive Pump ApplicationCorrosive Pump Application Acids Slurries Gas cleaning Steel pickling plants Titaniumdioxide plants Chlorine electrolysis Galvanic processes Galvanic processes Zinc-, Nickel- and Copper plants Precious metals production Waste water treatment Sea water demineralisation Ultra pure water technology

Corrosion TypesCorrosion Types1. General Corrosion Passivation

film !" #$%&'( Cl, Br2. Crevice Corrosion )*)&+,* oxygen -.!/03. Stress Corrosion ,12.3 #4"5 anode 1 46

spring4. Galvanic Corrosion )( 3476)$4. Galvanic Corrosion )( 3476)$5. Cavitation 6. Pitting corrosion "5$ -. 2 /0 5 83.))-,

9+4"53 , 2&,11 483.":;&!.

Pump Material options for high corrosive fluidPump Material options for high corrosive fluidMetallic pump Stainless Steel Cd4MCu Alloy 20 Hastelloy

Non-metallic pump Rubber lined FRP PFA lined PP, PVC Hastelloy

Titanium Etc.

PP, PVC UHMWPE, PVDF,

PFA with outer metallic casing

Etc.

Chemical standard pump to ISO 2858/ DIN EN 22858 made of non-metallic materials PP, UHMWPP, UHMW--PE, PVDF or PTFEPE, PVDF or PTFE with mechanical seal,

and magnetic coupling

Modernize NonModernize Non--metallic heavy duty pumpmetallic heavy duty pump

Vertical submersible pumps of UHMW-PE or PVDF ... cantilever type

UHMWUHMW--PE = Ultra High Molecular Weight PolyethylenePE = Ultra High Molecular Weight Polyethylene

Design features non-metallic pump casingProcess design

Completely enclosing annular casing of

GGG 40.3Thick-walled,

interchangeable plastic parts, pump casing with integrated suction and integrated suction and

discharge flange

Multi-functional retaining ring (split )

Metallic reinforcement of plastic parts and

seals

Optional: casing drain

Design features impeller and shaft sealIncreased chlorine resistant impeller

(UHMW-PE), screwed to the shaft, semi-open

Unique WERNERT bellows-type axial face seal, different designs seal, different designs

available

Bellows holder (tighten before start-up!)

Stationary seal ring

Rotating seal ring

The Differences Between Canned Motor Pump,The Differences Between Canned Motor Pump,Magnet Drive Pump and Pump with a mechanical seal.Magnet Drive Pump and Pump with a mechanical seal.

Canned motor pump

Pump with a mechanical seal

No Leakage

WHEN YOU NEED SEALLESS PUMP!WHEN YOU NEED SEALLESS PUMP!

Magnet drive pump

No Leakage

No Leakage

Leakage

CasingMechanicalSeal

Shaft

ImpellerLeakage Coupling

Conventional PumpConventional Pump

Casing

Magnetic Drive PumpMagnetic Drive Pump

Canned Motor PumpCanned Motor PumpImpeller Casing

Frame Stator Assy

Rotor Assy

Bearing

Conventional Pump

Magnetic Drive Pump

MOTORMOTOR

SEALLESS CANNED MOTOR PUMPSEALLESS CANNED MOTOR PUMPCompliance with Compliance with API API 685685/ ANSI B / ANSI B 7373..33

ZERO LEAKAGE!ZERO LEAKAGE!

PUMPPUMPPump and Motor are in one bodyPump and Motor are in one body

Sectional View (standard type)Sectional View (standard type)

BearingsStator Can(Rotor Can)

Shaft Sleeve

Gaskets

R.B.Housing

F.B.Housing

Comparison ofCanned Motor Pump and Magnet Drive Pump.

1. Operation with high temperature liquid

Canned Motor Pump Magnet Drive Pump(Non-Metallic)Magnet Drive Pump

(Metallic)

Maximum Temperature

842F(450)

NormallyAround 250F

NormallyAround 500F

Canned motor pump Magnet drive pump

Temperature (450) (121) (260)

2. Volatile Applications

Reverse Circulation type can handle volatile fluids


Vertical In-Line type is also available

Canned motor pump

Magnet drive pump

Unsuitable for handling volatile fluids

3. High Pressure Applications


Canned Motor Pump Magnet Drive Pump(Non-Metallic)Magnet Drive Pump

(Metallic)Maximum Allowable Working

Max. pressure rating ever experienced

55MPa

NormallyAround 2.6MPa

NormallyAround 4MPa


Working Pressure

55MPa(7900psi)

Around 2.6MPa(375psi)

Around 4MPa(580psi)



4. Pump Efficiency

Loss LossLoss

LossLoss

Loss

Thickness of Can = 0.4 0.8 mmThickness of Can = 1.0 mm or more

Big LossSmall Loss


5. Maintenance


Simple DesignNo AlignmentNo GroutingNo Elaborated FoundationNo Special Tool for Maintenance

Complicated DesignNeed AlignmentNeed GroutingNeed Elaborated FoundationNeed Special Tools for Maintenance


6. BearingCanned Motor

PumpMagnet Drive

PumpThe number of

Bearings 2 Many

Canned motor pump Magnet drive pumpCarbongraphite Bearings Silicon Carbide Bearings


7. Monitoring

Bearing Wear Monitor makes it possibleto see conditions of the Bearings.


There is no way of seeing conditions of the Bearings.


8. Noise


Low because of no cooling fan High due to cooling fan

65 to 80 dbA 83 dbA

CANNED MOTOR PUMP CANNED MOTOR PUMP APPLICATIONSAPPLICATIONS

HIGH TEMPHIGH TEMP HIGH VOLATILEHIGH VOLATILE

SLURRY SLURRY LIQUID LIQUID

HIGH MELTING POINTHIGH MELTING POINT

CANNED MOTOR PUMP AdvantageCANNED MOTOR PUMP Advantage

No leakage No Shaft Seal / No Mechanical seal No External Lubrication 7.5 years average bearing life (Teikoku) Reliable bearing wear monitor and other safety

options

When you have to compareWhen you have to compareCanned Motor Pump?Canned Motor Pump?

Larger flow through bearings Longer motor life More Reliable bearing monitor More Reliable bearing monitor Every pump is performance-tested. Many protection devices for an option.

33. Rotary Positive Displacement Pumps. Rotary Positive Displacement Pumps

Pump Characteristics

When do you need PD pump?When do you need PD pump? Need constant flow rate with potential

differential pressure changes viscosity and/or specific gravity too high

for a centrifugal pumpfor a centrifugal pump Require High differential pressure Shear sensitive liquid

For the pumping of viscous liquids such as lubricating and fuel oil, ROTAN gear pumps are the right choice.

Applications DO transfer FO transfer LO pump HFO transfer Dirty oil pump

ROTAN pumps

Special feature

Good reliable and competitive alternative to normal screw pumps.

Available with MAG-drive, the choice for ultimate protection against leakage.

Dirty oil pump Asphalt/Bitumen Chocolate/Molasses/ Paint/Lacquer/Polyester Soap/Grease Oil Additives

Rotan Internal Gear Pumps

HDHeavy Duty pumps, for a wide

range of viscous, non-corrosive liquidsEDEnvironmental Duty, magnetically coupled pumps

for ultimate protection against leakage

GPGeneral Purpose pumps in cast iron

for clean, non abrasive liquids

The Family Of ROTAN - Internal Gear

Pumps

PDPetrochemical Duty pumps in carbon steel,designed

for refinery and petrochemical applications

CDChemical Duty pumps in stainless steel,

designed to handle corrosive liquids

HD - Cast iron

Heavy Duty 1-8

PD - Cast Steel

Petrochemical Duty

1-8

ROTAN internal gear pump series

UKPPT0101A

CD - Stain.

Steel

Chemical Duty

1-8

ED - Mag-drive All

mat.

Environmental Duty1-6

GP - Cast Iron

General Purpose 1-

4

ROTAN Pumps "working principle"

INTERNAL GEAR PUMPADVANTAGES / DISADVANTAGES

Only two moving parts. Only one stuffing box. Positive suction, non-pulsating

discharge. Ideal for high viscosity liquids. Constant and even discharge

Usually requires moderate speeds.

Medium pressure limitations. One bearing runs in the

product pumped.

AdvantagesAdvantages DisadvantagesDisadvantages

Constant and even discharge regardless of pressure conditions.

Operates well in either direction. Low NPSH required. Single adjustable end clearance. Easy to maintain. Flexible design offers application

customization.

Overhung load on the shaft bearing.

EXTERNAL GEAR PUMPOPERATING PRINCIPLE

EXTERNAL GEAR PUMPADVANTAGES/DISADVANTAGES

Advantages High speed. Medium pressure. No overhung bearing

loads.

Disadvantages Four bushings in liquid

area. No solids allowed. Fixed End Clearances.loads.

Relatively quiet

operation. Design accommodates

wide variety of materials.

Fixed End Clearances.

Low Flow High Pressure High Viscosity

Low Flow High Pressure High Viscosity

Metering Customer

Preference

Metering Customer

Preference

GEAR PUMPGEAR PUMPGEAR PUMPGEAR PUMP ApplicationApplicationApplicationApplicationGEAR PUMPGEAR PUMPGEAR PUMPGEAR PUMP ApplicationApplicationApplicationApplication

High Viscosity Constant Flow vs

Pressure

High Viscosity Constant Flow vs

Pressure

Preference Self Priming

Preference Self Priming

Lobe Pump

Rotary Lobe PumpsRotary Lobe Principal

1. Atmospheric or other external pressures transfer the fluid into the partial vacuum created by the diverging rotor lobes.2. As the lobes continue to rotate, 2. As the lobes continue to rotate, liquid is trapped within the cavity between the rotor lobes and transported to the discharge side.3. The action of the converging lobes displaces fluid into the discharge port.

LOBE PUMPADVANTAGES/DISADVANTAGES

Advantages Pass medium

solids. No metal-to-metal

contact.

Disadvantages Requires

timing gears. Requires two

seals. contact. Superior CIP/SIP

capabilities. Positive suction,

nonpulsating discharge.

seals. Reduced lift

with thin liquids.

Circumferential Piston PumpCircumferential Piston Pump

The Circumferential Piston Pump is a The Circumferential Piston Pump is a Rotary Positive Displacement principleRotary Positive Displacement principle

As the cavity increases on the suction As the cavity increases on the suction side, product is drawn into the pumpside, product is drawn into the pump

Operating PrincipleOperating Principle

Fluid is transferred from inlet to outlet Fluid is transferred from inlet to outlet positively through the cylinder by the positively through the cylinder by the rotating pistonsrotating pistons

Fluid is discharged on the pressure side Fluid is discharged on the pressure side as the cavity contractsas the cavity contracts

Circumferential Piston Pump Advantages: Good solids handling Self priming Little to no pulsation No compressive forces Low slip Efficient on low viscosity Efficient on low viscosity Can handle abrasives Long sealing path Remanufacturing

Disadvantages: Complex design Cleaning Non front-loading seals

Rotor turns in casing with cam profile

Cavity forms at suction side to draw liquid in

Rotary Vane PrincipleIntroduction

Market Need

Rotary Vane Principle

Specifications

Features and Benefits

draw liquid in Vanes move liquid

through casing Cavity decreases

at discharge to force liquid out

Benefits

Competitor Comparison

Markets and Applications

Product Introduction

Maintenance

Compare Compare 4 4 types of Rotary PD pumptypes of Rotary PD pump

Pump Selection Guide

AbrasivesThin

LiquidsViscous Solids Dry Prime

Internal GearInternal GearInternal GearInternal Gear GGGG GGGG EEEE PPPP AAAA

External GearExternal GearExternal GearExternal Gear PPPP GGGG GGGG PPPP AAAA

LobeLobeLobeLobe GGGG AAAA EEEE EEEE AAAA

VaneVaneVaneVane PPPP EEEE AAAA PPPP GGGG

E = Excellent, G = Good, A = Average, P = Poor

GEAR PUMP SELECTION 10 STEPS

1. MATERIALS REQUIRED2. JACKETING REQUIRED3. PUMP PRINCIPLE4. GENERAL PURPOSE

5. PUMP SERIES 6. PUMP SIZE7. MATERIALS OF

CONSTRUCTION4. GENERAL PURPOSE vs

HEAVY DUTY8. SPECIAL FEATURES9. SHAFT SEALING10. DRIVE SELECTION

Special Consideration Special Consideration for Gear Pump Selectionfor Gear Pump Selection

Viscosity Temperature Corrosion Abrasion High pressure Seal environment Liquid specific requirement Flush requirement Pump environment Customer preference

Progressive Cavity PumpProgressive Cavity Pump

Typical ApplicationTypical ApplicationTypical ApplicationTypical ApplicationTypical ApplicationTypical ApplicationTypical ApplicationTypical ApplicationSludge ServiceSludge ServiceSludge ServiceSludge ServiceSludge ServiceSludge ServiceSludge ServiceSludge ServiceSlurry LiquidSlurry LiquidSlurry LiquidSlurry LiquidSlurry LiquidSlurry LiquidSlurry LiquidSlurry LiquidHigh Viscosity LiquidHigh Viscosity LiquidHigh Viscosity LiquidHigh Viscosity LiquidHigh Viscosity LiquidHigh Viscosity LiquidHigh Viscosity LiquidHigh Viscosity Liquid

are easy flowable to highly viscous/pasty

Progressive Cavity PumpsProgressive Cavity Pumps

Progressive cavity pumps are positive displacementpumps which can handle products that

are easy flowable to highly viscous/pasty contain solids are abrasive or corrosive have low shear characteristics require accurate metering with minimum pulsation

The rotor

Rotating pumping element

How progressive cavity pumps work?

The stator

Stationary pumping element Single external helix Circular cross section Eccentrically manufactured

Double internal helix Helices are 180 opposed

Thread pitch length is twice as long as the thread pitch

length of the rotor

When rotor and stator are combined, cavities

Two complementary cavities are formed, so as one cavity is

How progressive cavity pumps work?

are combined, cavities are created As the rotor revolves, these cavities progress in a spiral motion through the pump

formed, so as one cavity is finishing it's cycle another is beginning it's cycle This results in an uninterrupted, continuous flow

How to select a progressive cavity pump?

Which pump data need to be calculated?

Calculate technical pump data

1. Pump speed2. Power absorbed3. Starting power4. Axial forces

How to select a progressive cavity pump?

Check assembly possibilities A critical point which can easily lead to mistakes and has in any case to

be checked is the fitting possibility between pump and drive

Selection Table for Variable Speed Geared Motors Selection Table for Drives

Twin & Three Screws PumpTwin & Three Screws Pump

44. Reciprocating Positive Displacement Pumps. Reciprocating Positive Displacement Pumps

Pump Characteristics

Metering Pump Characteristics Low to Medium Flow Rates

Positive Controlled Volume

Accuracy

Repeatability Repeatability

High Pressure

Variable Capacity

>

>

> Boiler

water treatment

> Boiler

>

>

> !

> "!"#" pH &

> '(),

+ ,-."

> !/0())

> "!"#(1,!() #,20

> )(" !3!

> "!&

> + ,-."!"

> "!"#,)(4(1&

> Wastewater treatment

water treatment

> Cooling towers

> Coagulation> Flocculation> pH-control

> Anti-scaling, corrosion, fouling> Microbiological control

> Boiler >

water treatment

> pH-control/ internal treatment> Oxygen scavenging> Softening

> pH-control> Coagulation/Flocculation> Disinfection (chlorination)

Traditional solenoid dosing pump> Solenoid spring return

Solenoid pump

Diaphragm pumps driving mechanism> Solenoid spring return > Cam drive spring return

Diaphragm

Piston

Piston/diaphragm

Positive pumps

Digital Dosing> Crank drive

Digital Dosing drive mechanism> Crank drive

Crank drive

> Diaphragm

Positive displacement pumps

> Piston/ Plunger

> Hydraulic Piston diaphragm

> Others?

Hydraulic Diaphragm PumpsAdvantagesZero chemical leakageTFE diaphragm material -standard316 Stainless Steel available for high pressuresPressures to 6,000 psi (15,000

DisadvantagesHigher initial costLimited to medium viscosity fluids (20,000 cPs max)Slightly lower discharge pressure capabilities vs plungerMore Complex than plungerPressures to 6,000 psi (15,000

psi with 316 SS)Low maintenance (no packing to change)Up to 0.5% accuracyDouble diaphragm protection / redundancyRupture alarm availableLow Life Cycle Cost (LCC)

More Complex than plungerSubject to zero shift of 5-10% per 1,500 psi, 100 bar

Metering Pump Installation Guidelines

Conclusion for Metering pump SelectionConclusion for Metering pump Selection Level of Accuracy Types of pump

Turndown ratio

Material of construction

Valve type

Stroke Adjustment type Control Philosophy

Alarm option

Installation

Oil & Gas, OffshoreOil & Gas, OffshoreOil & Gas, OffshoreOil & Gas, Offshore

High Pressure !UP TO 4000 BARS

Horizontal Triplex Reciprocating PumpsHorizontal Triplex Reciprocating Pumps

Oil & Gas, OffshoreOil & Gas, OffshoreOil & Gas, OffshoreOil & Gas, Offshore Hydraulic Press DriveHydraulic Press DriveHydraulic Press DriveHydraulic Press Drive Steel Mill DeSteel Mill DeSteel Mill DeSteel Mill De----scalingscalingscalingscaling

Components of the triplex piston pumpConstruction design:Basically, the 3-Plunger Pump consists of two main components.These components are:- Power end- Fluid end, consisting of three cylinders and one valve body

Application: On- and OffshoreService pumps on FPSO's(Floating - Production - Storing - Offloading)

14

Applications: Particle boards for furniture fabrication.

Plastics for car industry and privateutilization

Press water - emulsion plantsApplication: HYDRAULIC PRESS DRIVE

utilization

Break lining for cars Rubber articles Steel- and nonferrous industry Drives for forging- and deep-draw presses.

Cooling effect

Hydromechanical descaling:

Application: STEEL MILL DESCALING

Cooling effect Evaporation effect Breaking effect Flushing effect

Application: Water hydraulic - Deburring

Deburring with water jet technology

26

AODD Pump ApplicationAODD Pump Application Chemical handling , Caustic toxic and corrosive material Waste Sludge & Slurries Paint, Coating and Surface finishing Ceramic and Slip Mining, Construction and utilities

Graco Diaphragm Pumps

End-Porting

Aluminum or Stainless Steel Center Section

Easy Access Husky Air Valve

316 Stainless Steel

Bolted Construction

Aluminum or Stainless Steel Center Section

-For abrasive & shear-sensitive material-For high viscosity fluids-Solid up to 3 line size-Sealless-Self-priming

Advantage of AODD pumpAdvantage of AODD pump

-Self-priming-variable flow & pressure-Run dry without damage-Dead head against close discharge-Portable & submersible-Hazardous area/ air operated

Process Pump ApplicationsIndustrial Process Equipment Oil Drilling Natural Gas Drilling Paint Manufacturing Commercial Laundry Plating Gun Washers Mining Waste Water

Sanitary Process Equipment Wine

Caramel Tomato

Dairy Peanut Butter

Sauces Salad Dressing Fruit Concentrate

95

Waste Water

Car/Truck Wash Leather Tanning Textile Yarn Dyeing Wood Cabinets/Furniture Electronics

Marine

Tire Filling Chemical Plant Lube Truck Ceramics Can Coating

Fruit Concentrate Dough Conditioning Cosmetics Pharmaceutical

Frosting Cream Cheese

Metallic, Plastic, Sealless, Screw-optionMotor type- Electric, Explosion proof, Air

NOTE:NOTE: BOTH CENTRIFUGAL & SCREW TYPES ARE AVAILABLE BOTH CENTRIFUGAL & SCREW TYPES ARE AVAILABLE

Why do you need Drum Pump?Why do you need Drum Pump?>?@AB drum pump CDEFGHIJBKL MNOPN?QRSST> U?VNMNOPN?Q

WM XYZ>?@AB X?FF>Z[ZL\HF]>?O[M^ U?VN@AB_`aMXIIMVNUMbZ OZVENFc> OUPbdWJHFPeNR_Z^f1. %)2&"

Drum Pump ApplicationDrum Pump Application>?@ABF>ZYHEKR_

B*/2/ 200 )7, /1 , Tote Tank, D D B day tank, **> > 3#7-.B4*&$ )7>?@ABF>ZXIIghOij

- , multi-stage 7.1B 6 B* biocide -.- , multi-stage 7.1B 6 B* biocide -. cooling tower -**2&B 3#7.B*44! - , feed screw 86.B*2&3#B !./0 10,000 Cps- , magnetic coupling 3* gaseous 3# 27- , != (sealess) 3*1 47,1

Again- Conclusion of Pump Selection Criteria LIQUID characteristic VISCOSITY, specific gravity TEMPERATURE, vapor pressure CHEMICAL CORROSIVITY

LIQUID characteristic VISCOSITY, specific gravity TEMPERATURE, vapor pressure CHEMICAL CORROSIVITY NPSH A Application-Performance Proven Life cycle cost- investment, operation,

maintenance, opportunity cost

NPSH A Application-Performance Proven Life cycle cost- investment, operation,

maintenance, opportunity cost

Reference site/ presentationReference site/ presentation Grundfos Wernert Teikoku Ruhrpumpen Desmi Rotan PCM PCM Pulsafeeder Wepuko Graco Grun

High quality products, Sincere service High quality products, Sincere service High quality products, Sincere service High quality products, Sincere service High quality products, Sincere service High quality products, Sincere service High quality products, Sincere service High quality products, Sincere service

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Pump Selection Guideline