general product catalog - ptbmtk.com · operating parameters • capacities up to 25000 (m3/h)...
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GENERAL PRODUCT CATALOG
CAN TYPE (VC)ENCLOSED SHAFT (ES)
OPERATING PARAMETERS
• Capacities up to 25000 (m3/h) (95000 gpm)
• Head up to 600 (m) (1968 Feet) • Power through 2.237 (kW) (3,000 hp) • Frequency 50/60 Hz• Temperatures to 200 (°C) (400 °F).
DESIGN FEATURES
• Low NPSH first stage construction• Thrust balanced impellers available• Packing or mechanical seal • Independent axial-thrust bearing assembly• VS1, VS2, VS3, VS6 & VS7 according to
API 610 available.
DISCHARGE CONFIGURATIONS
• Multiple discharge configurations and sizes.
SERVICES
• Primary Water Supply – Fresh water or Sea water
• Mining Processes - Solvent Extraction/Electro-Winning (SX/EW), Dewatering, Tailings & Post Processed Solutions
• Oil & Gas Production – Onshore, Offshore and Pipeline
• Pulp and Paper• Municipal Water & Wastewater• Agriculture - Irrigation.
MATERIALS
• Bronze, Cast Iron, Carbon Steels• Stainless Steels - 316, 317 SS• Duplex - 2205• Super Duplex - 2507• Super Austenitic - 254 SMO, 654 SMO• Nickel-Based Super Alloys - Hastelloy• I-1, I-2, S-1, S-3, S-4, S-5, S-6, S-8, C-6,
A-8 and D-1 (According to API 610).
OPEN SHAFT (OS)
VERTICAL TURBINE PUMP (VTP)
Q [m³/h]
8800 13200 22000 44000
Q [gpm]
8800044002200100
50
40
30
20
10
5
300 500 1000 2000400 3000 5000 10000 20000
20
30
40
50
100
200
H [
ft]
(1 S
tag
e)
H [
m]
(1 S
tag
e)
www.vtpselector.com
Flanged Column Assembly• Flanged ends for ease of assembly• Custom fabricated to fit any size
Pumpshaft• Fully machined and sized for
application thrust and torque• Different engineered alloys for
aggressive applications
Lineshaft Coupling• Threaded or sleeve available depending
on shaft diameter and horsepower • Locks lineshafts sections together
Hydrodinamically design for high efficiency
Enclosing Tube• Provides lineshaft protection from
pumped liquid and support
Driver• Vertical Solid Shaft (VSS)• Fixed or variable speed drives• Specified to customer needs and
location data
Coupling• Flexible with spacer or rigid (flange
adjustable)• Allows servicing the thrust bearing and
mechanical seal as needed
Independent Axial Thrust Bearing Assembly• Withstands the total hydraulic thrust as
well with the rotor weight• Allows servicing with standard drives
Suction Can• Fabricated Suction Can for optimum
hydraulic conditions • Provides uniform and adequate velocity
flow downstream along the can length
Bearing Retainer / Lineshaft Bearing• Provides shaft support and maintains
alignment• Retainers spaced between column
sections• Polymer or metal bearings available
Suction Bell• Provides efficient flow into first stage
impeller• Basket strainer available to restrict
large solids from entering the pump
Suction/Discharge Head• Fabricated or fully Casted Heavy-Duty
and Low-loss design• Fabricated segmented elbow available
for efficiency improvement• Flanges ratings of ASME Class150
-300 depending on pressure requirements
Driver Stand• Mechanical cartridge seal or stuffing
box arrangements with piping plans• Reliable sealing and simple
maintenance
Mechanical Seal• John Crane®
Type RREP High Duty Cartridge
Discharge Head• Fabricated or fully Casted Heavy-Duty
and Low-loss design• Fabricated segmented elbow available
for efficiency improvement• Flanges ratings of ASME Class150 -300
depending on pressure requirements
Flanged Column Assembly• Flanged ends for ease of assembly• Custom fabricated to fit any size
Impellers• Precisely trimmed and balanced to
reduce vibration and wear• Located with either collet or keyed
construction depending on horsepower • Wear rings for extended operation life
Coupling• Flexible with spacer or rigid (flange
adjustable)• Allows servicing the thrust bearing and
mechanical seal as needed
Independent Axial Thrust Bearing Assembly• Withstands the total hydraulic thrust as
well with the rotor weight• Allows servicing with standard drives
Bowls• Fully investment casted to provide
smooth passageways for low-loss fluid flow
• Wear rings and bearings available in a wide range of materials for extended operation life
Suction Bell• Provides efficient flow into first stage
impeller• Basket strainer available to restrict large
solids from entering the pump
Bearing Retainer / Lineshaft Bearing• Provides shaft support and
maintains alignment• Retainers spaced between
column sections• Polymer or metal bearings available
Lineshaft Coupling• Threaded or sleeve available depending
on shaft diameter and horsepower • Locks lineshafts sections together
Hydrodinamically design for high efficiency
Driver• Vertical Solid Shaft (VSS)• Fixed or variable speed drives• Specified to customer needs and
location data
External Lubrication System• Allows flow of lineshaft bearing lubricant
into enclosing tube
Pumpshaft• Fully machined and sized for
application thrust and torque• Different engineered alloys for
aggressive applications
Impellers• Precisely trimmed and balanced to
reduce vibration and wear• Located with either collet or keyed
construction depending on horsepower • Wear rings for extended operation life
Bowls• Fully investment casted to provide
smooth passageways for low-loss fluid flow
• Wear rings and bearings available in a wide range of materials for extended operation life
Mechanical Seal• John Crane®
Type RREP High Duty Cartridge
OPERATING PARAMETERS
• Capacities up to1500 (m3/h) (5000 gpm)
• Head up to 1000 (m) (3280 Feet)• Power through 750 (kW) (1000 hp)• Frequency 50/60 Hz• Temperatures to 150°C (300 °F)• Discharge sizes from 3” to 12”.
DESIGN FEATURES
• Modular design concept for maximum interchangeability
• Both ends bearings and axial thrust balancing
• Packing or mechanical seal.
HORIZONTAL MULTISTAGE PUMP (HR)
FLANGE ORIENTATION
• Different suction and discharge flange orientation.
SERVICES
• Primary Water Supply – Fresh water or Sea water
• Mining Processes - Solvent Extraction/Electro-Winning (SX/EW), Dewatering, Tailings & Post Processed Solutions
• Oil & Gas Production – Onshore, Offshore and Pipeline
• Pulp and Paper• Municipal Water & Wastewater• Agriculture - Irrigation.
MATERIALS
• Bronze, Cast Iron, Carbon Steels• Stainless Steels - 316, 317 SS• Duplex - 2205• Super Duplex - 2507• Super Austenitic - 254 SMO, 654 SMO• Nickel-Based Super Alloys - Hastelloy.
NEPTUNO BARGE PUMP SYSTEM™
OPERATING PARAMETERS
• Capacities up to 6700 (m3/h) (34000 gpm)
• Head up to 400 (m) (1312 Feet) • Power through 1500 (kW) (2000 hp) • Frequency 50/60 Hz• Temperatures to 200 (°C) (400 °F)
DESIGN FEATURES
• Low NPSH first stage construction• No priming required• Thrust balanced impellers available• Product lube or enclosed lineshaft• Minimum space requirement• Packing or mechanical seal• Independent axial-thrust bearing assembly.
DIFFERENT BARGE CONFIGURATIONS
• Multiple barge configurations and sizes.
SERVICES
• Primary Water Supply – Fresh water or Sea water
• Mining Processes - Solvent Extraction/Electro-Winning (SX/EW), Dewatering, Tailings & Post Processed Solutions
• Oil & Gas Production – Onshore, Offshore and Pipeline.
MATERIALS
• Bronze, Cast Iron, Carbon Steels• Stainless Steels - 316, 317 SS• Duplex - 2205• Super Duplex - 2507• Super Austenitic - 254 SMO, 654 SMO• Nickel-Based Super Alloys - Hastelloy.
0
0 1000 2000 3000 4000 5000 6000
5000450
400
350
300
250
200
150
100
50
0
90
80
70
60
50
40
30
20
10
0
10000 15000 20000 25000 30000 35000
Q [gpm]
Q [m³/h]
H [
ft]
(1 S
tag
e)
H [
m]
(1 S
tag
e)
Q [m3/h]
Q [gpm]
65 100 200 300 400 600 1000 1500 2000 3000 4000 60004000
3000
2000
15001250
1000
800
600500
400
300
200
150
100
8000
1000
800
600500
700
400
300
200
100
80
60
50
40
3010 20 30 40 60 80 100 200 300 400 600 800 1000 2000
H [
ft]
H [
m]
Suction Casing• Fully casted Heavy-Duty and Low-loss design• Smoothly transitions fluid• Multiple flange orientations• Suction sizes from 3” to 12”
High Strength Tie Rods • High tensile strength steel bolting
for easy maintenance
Diffusers• Fully investment casted to provide smooth
passageways for low-loss fluid flow• Eliminates radial loads for long bearing life• Available in different engineered alloys
Oil-Lubricated Bearing Assembly• Withstands the total hydraulic thrust • Easily replaceable radial bearing
Discharge Casing• Fully casted Heavy-Duty and
Low-loss design• Smoothly transitions fluid• Multiple flange orientations• Discharge sizes from 3” to 12”
Impellers• Fully investment casted to provide smooth passageways for
low-loss fluid flow• Precisely trimmed and balanced to reduce vibration and wear• Located with either collet or keyed construction depending on
horsepower • Wear rings for extended operation life
Pumpshaft• Fully machined and sized for
application thrust and torque• Different engineered alloys for
aggressive applications
• Special material selection for standard or abrasive/corrosive service
• Packing or mechanical seal • Independent axial-thrust bearing
assembly• Multiple discharge configurations and
sizes
• Always at proper submergence• Different configurations depending on
operation conditions• Free-Floating Barge Design requires no
civil works• Optional rails and access platform
available
Driver• Vertical Solid Shaft (VSS)• Fixed or variable speed drives• Specified to customer needs and location
data
Base Plate• Serves as base or support for the pump
and attaches it to the barge
Vertical Turbine Pump• Maximum versatility and reliability• Low NPSH first stage construction• No priming required• Minimum space requirement
Barge System• High Density Polyethylene (HDPE) non-
collapsible flotation chambers• Foam filled chambers for long term
applications• Eliminates chances of catastrophic
failure from a chamber leak• Modular design for quick on site setup
and commissioning
Mechanical Seal• John Crane®
Type 5860 Slurry Seal
Mechanical Seal• John Crane®
Type 5860 Slurry Seal
OPERATING PARAMETERS
• Capacities up to 25000 (m3/h) (10000 gpm)
• Head up to 280 (m) (850 Feet)• Power through 1000 hp (750 kW)• Pressures up to 1,180 psi (8,148 kPa)• Frequency 50/60 Hz• Temperatures to 300°F (150°C)• Discharge sizes from 3” to 14”.
DESIGN FEATURES
• Axially split casing for ease of maintenance
• Heavy duty single row bolting• Opposed impeller arrangement
for thrust balancing• BB1 according to API 610 available.
Offshore and Pipeline• Pulp and Paper• Municipal Water & Wastewater• Agriculture - Irrigation.
MATERIALS
• Bronze, Cast Iron, Carbon Steels• Stainless Steels - 316, 317 SS• Duplex - 2205• Super Duplex - 2507• Super Austenitic - 254 SMO, 654 SMO• Nickel-Based Super Alloys - Hastelloy• I-1, I-2, S-1, S-3, S-4, S-5, S-6, S-8, C-6,
A-8 and D-1 (According to API 610).
PUMP ORIENTATION
• Different pump and motor arrangement and orientation.
SERVICES
• Primary Water Supply – Fresh water or Sea water
• Mining Processes - Solvent Extraction/Electro-Winning (SX/EW), Dewatering, Tailings & Post Processed Solutions
• Oil & Gas Production – Onshore,
AXIAL SPLIT CASE DOUBLE SUCTION PUMP (HA-DS)
OPERATING PARAMETERS
• Capacities up to 2400 (m3/h) (11000 gpm)
• Head up to 1200 (m) (3937 Feet) • Power through 2237 (kW) (3000 hp)• Frequency 50/60 Hz• Temperatures to 300°F (150°C).
DESIGN FEATURES
• Axially split casing for ease of maintenance• Heavy duty single row bolting• Opposed impeller arrangement for thrust
balancing• Different suction and discharge• BB3 according to API 610 available.
SERVICES
• Primary Water Supply – Fresh water or Sea water
• Mining Processes - Solvent Extraction/Electro-Winning (SX/EW), Dewatering, Tailings & Post Processed Solutions
• Oil & Gas Production – Onshore, Offshore and Pipeline.
MATERIALS
• Bronze, Cast Iron, Carbon Steels• Stainless Steels - 316, 317 SS• Duplex - 2205• Super Duplex - 2507• Super Austenitic - 254 SMO, 654 SMO• Nickel-Based Super Alloys - Hastelloy• I-1, I-2, S-1, S-3, S-4, S-5, S-6, S-8, C-6,
A-8 and D-1 (According to API 610).
IMPELLER ARRANGEMENT
• Double suction + 2 impellers in parallel
• Double suction + 4 back-to-back impellers.
AXIAL SPLIT CASE MULTISTAGE PUMP (HA)
Q [m³/h]
Q [gpm]
25001500100080050040030020015010080504030201560
70
8090
100
150
200
300
400
500
600
700
800900
1000
1500 4900
4100
320029002600
2300
2000
1700
1500
1300
1100
900
700
500
400
310280250
200
100007000500030001500100070050030015010070
H [
ft]
H [
m]
300
800
500
350
200
100
70
50
40
30
20
200
150
100
80
50
30
20
40 50 80 100 150 200 300
200 400 800 1200 2600 4000 8000 15000 26000 40000 80000
500 1000 2000 3000 5000 8000 15000 30000
15
10
8
5
Q [m³/h]
Q [gpm]
H [
ft]
H [
m]
Horizontal Vertical
Heavy-Duty Casing• Rugged foot-mounted fully casted Heavy-
Duty and Low-loss design• Discharge connections are in the lower half
casing, allowing removal of upper half casing for ease on-site inspection and/or reparation.
Pumpshaft• Fully machined and sized for
application thrust and torque• Designed for minimum deflection
Oil-Lubricated Bearing Assembly• Engineered bearing arrangements to meet
specified operating requirements.• Withstands the total hydraulic thrust • Easily replaceable radial bearing
Renewable Casing and Impeller Wear Rings• Eliminates casing wear• Easy maintenance• Proper running clearances for maximum
efficiency operation.
Double Suction Impeller• Fully investment casted to provide smooth
passageways for low-loss fluid flow• Precisely trimmed and balanced to reduce
vibration and wear• Wear rings for extended operation life
Opposed Impeller Arrangement• Provides permanent axial
hydraulic balance.
Split Stage Center Bushing• Allow dynamic balancing of
assembled rotating element.• Can be removed for
inspection of wear surfaces without disassembling rotor assembly.
Hydraulic Crossover• Minimum friction loss,
maximum efficiency.• Provides permanent
axial hydraulic balance.
Oil-Lubricated Bearing Assembly• Engineered bearing
arrangements to meet specified operating requirements.
• Withstands the total hydraulic thrust
• Easily replaceable radial bearing
Dual Volute Heavy-Duty Casing• Smoothly transitions fluid• Assures radial balance for minimum
shaft deflection.• Discharge connections are in the lower
half casing, allowing removal of upper half casing for ease on-site inspection and/or reparation.
Double Suction First Stage Impeller• Fully investment casted to provide
smooth passageways for low-loss fluid flow
• Precisely trimmed and balanced to reduce vibration and wear
• Available for low NPSH service requirements.
Single Row Bolting• All nuts located
on top for ease of maintenance.
Pumpshaft• Fully machined and sized for
application thrust and torque• Different engineered alloys for
aggressive applications
Mechanical Seal• John Crane®
Type 1900 Cartridge
Mechanical Seal• John Crane®
Type RREP High Duty Cartridge
OPERATING PARAMETERS
• Capacities up to 4000 (m3/h) (19000 gpm)
• Head up to 350 (m) (1000 Feet) • Power through 1000 hp (750 kW)• Frequency 50/60 Hz• Temperatures to 300°F (150°C)• Discharge sizes from 3” o 12”.
DESIGN FEATURES
• High-quality investment cast impellers and volute
• Special material selection for standard or abrasive/corrosive service
MATERIALS
• Bronze, Cast Iron, Carbon Steels• Stainless Steels - 316, 317 SS• Duplex - 2205• Super Duplex - 2507• Super Austenitic - 254 SMO, 654 SMO• Nickel-Based Super Alloys - Hastelloy• I-1, I-2, S-1, S-3, S-4, S-5, S-6, S-8, C-6,
A-8 and D-1 (According to API 610).
• Mechanical sealing• OH1 & OH2 according to API 610 available.
SERVICES
• Primary Water Supply – Fresh water or Sea water
• Mining Processes - Solvent Extraction/ Electro-Winning (SX/EW), Dewatering, Tailings & Post Processed Solutions
• Oil & Gas Production – Onshore, Offshore and Pipeline
• Pulp and Paper• Municipal Water & Wastewater• Agriculture - Irrigation.
END SUCTION PUMP (HV)
Casing • Investment cast volute for maximum
hydraulic performance and integral casing feet prevent pipe load misalignment
• Special volute design reduces radial loads
• Back pull-out design• Foot-mounted with large casing and
bearing frame feet for improved driver alignement and absorption of system vibration
Impeller • Fully open or closed impeller
depending on application. • Reduce life cycle costs and
downtime costs• Renewable wear rings
Heavy-Duty Thrust Bearings • For maximum bearing fatigue life
Optimized Oil Sump Design • For best heat transfer for
reduced oil temperature• Prevent premature bearing
failure caused by lubricant contamination or loss
Heavy-Duty Shaft • Rigid shaft designed for
minimum deflection• Dry shaft by sealing from
pumpage
Q [gpm]
2 4 6 10 25 40 60 100 200 400 600 1000 2000 4000
200
400
100
60
40
20
10
6
4
20
40
60
100
200
400
600
1000
10 20 40 60 100 200 400 600 1000 2000 4000 6000 10000 20000
Q [m³/h]
H [
ft]
H [
m]
Mechanical Seal• John Crane®
Type RREP High Duty Cartridge
ORIGINAL SPARE PARTS
High-integrity and correctly fitted original or upgrades spare parts with worldwide guaranteed supply for all our models.
• Restores high operational efficiency• Optimizes energy consumption• Assures compatibility• Minimizes unexpected failures• Fast & reliability
Capabilities
• Shafts• Diffusers• Impellers• Bowls / Volutes• Discharge heads
Typical Process:
• Overall condition• Detailed examination of all critical parts• Estimate of time and cost of work needed• Re-machining• Hydrostatic tests• ISO 1940 dynamic balancing• ISO 9906 performance tests
REPAIR & OVERHAUL
Our ISO 9001:2008 Certified Pump Repair Center provides rapid turnaround, high-quality repair services.
SPARES & SERVICES
For more information about our award winning energy efficient pumpling solutions, energy saving services and CO2 emission reduction, please visit us at:
Technical Innovation of the Yearw w w . n e p t u n o e n e r g y . c o m
WORLD’S LARGEST ENGINEERING & MINING COMPANIES
Water Booster Pumping Station Horizontal Multistage Pumps HR 150™-6E
Reclaim Water Pumping System Vertical Turbine Pumps VTP 2200M™-4E
Reclaim Water Pumping System Vertical Turbine Pumps VTP 3400™-2E
Water Distribution PumpsAxial Split Case Pumps HA 475™-5E
Reclaim Water Pumping System Axial Split Case Pumps HA-DS 4500™
In-Line Water Booster Pumping System Vertical Can Type Pumps VC 2200™-2E
Source: Hydraulic Institute, Europump & Office of Industrial Technologies Energy Efficiency and Renewawble Energy, U.S. Department of Energy.
Energy Efficienct Pumping Solutions
90% of a pump’s Life Cycle Cost (LCC) represents energy consumption and maintenance, relegating to the background initial purchase cost to a second plane.
Implementing the award winning recommendations of Neptuno Energy™ you can achieve reductions in energy consumption of up to 30% and the following benefits:
• Reduce maintenance cost• Increase productivity• Reduce production cost• Improve utilization of installed
capacity• Improve reliability• Improve process safety.
Energy cost: 0.1 (US$/kW)Power: 800 (kW)
Hours per year: 8750 (h)Annual Savings: US$ 7.500
Annual Savings by 1% Improvement in Efficiency
Power (kW)
200 400 600 800 12001000
2000
4000
6000
8000
10000
14000
12000
1400 1600
Energy cost: 0.43 (kg CO2/kW)Power: 800 (kW)
Hours per year: 8750 (h)Annual Savings: 30.000 kg CO2
Annual CO2 savings by 1% Improvement in Efficiency
Power (kW)
200 400 600 800 12001000
10000
20000
30000
40000
50000
1400 1600
Ann
ual C
O2
Em
issi
on R
educ
tion
- kg
ENERGY EFFICIENT PUMPING SOLUTIONS
By using proven techniques for assessment of his pumping system, Neptuno Energy™ offers a complete solution for energy savings. Efficiency
improvements as minimum as 1% can lead to significant results in terms of cost savings and reduced CO2 emissions.
90%Operation andMaintenance
Neptuno Pumps®, Innovation that flows.™, VTPSelector™, Neptuno Barge Pump System™ and any and all Neptuno Fluid Technology Ltd. brand, product, service and feature names, logos and slogans are trademarks or registered trademarks or trade-marks of Neptuno Fluid Technology Ltd. All other brand, product, service and feature names or trademarks are the property of their respective owners. This brochure is for general presentation only. All performances and/or applications shown are only for general information and may not be applied for every case. For actual pump performance and information please contact us. This brochure does not provide any warranty or guarantee of any kind. Directions for use and safety will be given separately with any purchase. We are constantly improving the performance of our equipment and therefore reserve the right to make alterations to the information without previous notice. This publication is the property of Neptuno Fluid Technology Ltd. Reproduction of all or any portion of this material is prohibited by law.
Copyright © Neptuno Fluid Technology Ltd. All Rights Reserved.
CORPORATE HEADQUARTERSAvda. Circunvalación 64B - P. O. Box 358 - Iquique, Chile
Tel: (+56) (57) 2424685 - Fax: (+56) (57) 2425504
e-mail: [email protected]
Local Representative
w w w . n e p t u n o p u m p s . c o mw w w . n e p t u n o e n e r g y . c o m