Industrial pumps.Engineered around your duty.
Explore centrifugal, reciprocating and specialist pumping configurations for oil and gas, petrochemical, power, water and mining applications.

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Start with the pumping technology. Explore the family page for configurations, applications and technical information.
01 / 13 entriesCentrifugal pumps
Overhung, between-bearings and vertically suspended configurations for process and utility duties.
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02 / 11 entriesReciprocating pumps
Steam-driven, piston, plunger and drilling pump configurations for demanding transfer duties.
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03 / 2 entriesSubmersible pumps
Submerged pumping configurations for water, wastewater, drainage and pit-cleaning applications.
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04 / 4 entriesGear & screw pumps
Rotary positive-displacement configurations for petroleum products and viscous fluid service.
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05 / 3 entriesSlurry pumps
Hard-material and rubber-lined configurations for solids-laden liquids and abrasive service.
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06 / 4 entriesSpecial pumps
Fire protection, hot-oil circulation and portable trash-pump configurations for specific duties.
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Search a type, series or application. Each result opens the matching configuration or family section.
Showing 37 of 37 portfolio entries
Try a pump type such as OH2, a wider search term, or reset the filters.
Centrifugal pumps
Overhung, between-bearings and vertically suspended configurations for process and utility duties.
Centrifugal pumpsOH1
Horizontal, single-stage overhung pump with foot support and a flexible coupling.
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Centrifugal pumpsOH2
Horizontal, single-stage overhung process pump supported at the casing centerline.
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Centrifugal pumpsOH3
Vertical inline overhung pump with its own bearing housing and a flexible coupling to the driver.
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Centrifugal pumpsOH4
Vertical inline overhung pump with a rigid coupling between the pump and driver shafts.
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Centrifugal pumpsOH5
Vertical inline overhung pump with the impeller mounted on the driver shaft.
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Centrifugal pumpsBB1
Between-bearings pump with an axially split casing, in single- or two-stage arrangements.
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Centrifugal pumpsBB2
Between-bearings pump with a radially split casing, in single- or two-stage arrangements.
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Centrifugal pumpsBB3
Multistage between-bearings pump with an axially split casing.
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Centrifugal pumpsBB4
Multistage, radially split, single-casing between-bearings pump, commonly in ring-section construction.
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Centrifugal pumpsBB5
Multistage, radially split, double-casing between-bearings pump with an outer barrel.
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Centrifugal pumpsVS1
Vertically suspended diffuser pump with a single casing and discharge through the column.
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Centrifugal pumpsVS4
Vertically suspended, single-casing line-shaft pump with a separate discharge pipe.
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Centrifugal pumpsVS6
Vertically suspended diffuser pump with a double-casing, can-type arrangement.
View configuration & details ↗Reciprocating pumps
Steam-driven, piston, plunger and drilling pump configurations for demanding transfer duties.
Reciprocating pumpsReciprocating Steam Driven Pump
Steam-driven reciprocating configuration for industrial transfer duties where suitable steam utilities are available.
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Reciprocating pumpsSteam-03 Reciprocating Pump
Steam-powered reciprocating configuration for fluid-transfer service, specified against the available steam and process conditions.
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Reciprocating pumpsTH 1600 Triplex 300
Triplex reciprocating configuration for drilling-fluid circulation. Liner, stroke rate and power requirements define the selected duty.
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Reciprocating pumpsReciprocating Pump 3
Reciprocating configuration for drilling and injection duties. Confirm the liquid-end arrangement and rating against the model datasheet.
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Reciprocating pumpsF1600 Triplex Pump
Triplex mud-pump configuration for drilling service. Confirm the liner, stroke, speed and pressure envelope for the proposed unit.
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Reciprocating pumpsMild Steel Triplex Plunger
Triplex plunger configuration for petroleum and industrial transfer duties, with fluid compatibility and liquid-end details reviewed per order.
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Reciprocating pumpsRDP Plunger RP-1
Plunger reciprocating configuration for process-fluid and water duties, selected to the required pressure and flow.
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Reciprocating pumpsReciprocating Pump 1
Plunger-type reciprocating configuration for industrial transfer, subject to the operating fluid and duty review.
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Reciprocating pumpsIndustrial Triplex Pump
Triplex positive-displacement configuration for industrial process and transfer applications.
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Reciprocating pumpsReciprocating Pump 1654
Double-acting piston configuration for water supply and industrial fluid transfer.
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Reciprocating pumpsReciprocating Pump 2651
Double-acting piston configuration for industrial water and transfer service.
View configuration & details ↗Submersible pumps
Submerged pumping configurations for water, wastewater, drainage and pit-cleaning applications.
Submersible pumpsVertical motor-pump assembly
A vertical assembly with an integrated motor, lifting point and side discharge. Check dimensions and connections against the proposed installation.
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Submersible pumpsSubmersible centrifugal configuration
A motor-pump arrangement for review against the liquid and operating duty. The impeller and motor execution must be identified for the application.
View configuration & details ↗Gear & screw pumps
Rotary positive-displacement configurations for petroleum products and viscous fluid service.
Gear & screw pumpsGPI Series
External gear-pump series for lubrication, fuel transfer and industrial fluid duties.
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Gear & screw pumpsGPHI Series
Gear-pump series for process and industrial transfer duties requiring a project-specific pressure and capacity review.
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Gear & screw pumpsGPE Series
Rotary gear-pump series for lubrication, chemical and transfer applications, subject to fluid compatibility.
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Gear & screw pumpsTwin Screw Series
Twin-screw rotary positive-displacement configurations for fluid-transfer and process duties.
View configuration & details ↗Slurry pumps
Hard-material and rubber-lined configurations for solids-laden liquids and abrasive service.
Slurry pumpsHard-Material Slurry Pump
A starting point for reviewing abrasive slurry service. Match the wetted alloy and hydraulic arrangement to particle size, shape, hardness and operating conditions.
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Slurry pumpsNodular Iron Slurry Pump
Review nodular iron construction against the carrier liquid, solids loading and required pressure. Material designation alone does not establish abrasion or corrosion suitability.
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Slurry pumpsRubber-Lined Slurry Pump
Consider a lined arrangement where particle characteristics and chemistry suit the elastomer. Compound selection matters as much as the pump size.
View configuration & details ↗Special pumps
Fire protection, hot-oil circulation and portable trash-pump configurations for specific duties.
Special pumpsHot oil centrifugal pumps
Circulate heat-transfer oil with selection based on the fluid properties at operating temperature. Review thermal behaviour, seal arrangement and the required duty curve together.
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Special pumpsPortable Petro Fire water-mist unit
A gasoline-engine-driven, high-pressure reciprocating package with gearbox for portable fire-response applications. Assess the complete pump, hose, nozzle and water-supply arrangement.
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Special pumpsStationary fire-water pump packages
A project-specific fire-water package for a fixed installation. Define the pump, electric or diesel driver, controller and installation around the facility’s fire-protection requirements.
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Special pumpsTrash & flood centrifugal pumps
Portable engine-driven pumps for flood response, pit dewatering and accumulated-water removal. Match the selected size to site head, suction lift, priming conditions and the expected debris.
View configuration & details ↗Type codes describe pump configurations. Applicable standards, materials, performance, driver and certification requirements are confirmed against the project specification and agreed datasheet.
Your next engineering step.
Review the catalog, explore the selection tool, or send a duty specification to our engineering team.
Technical catalogs
Product information in PDF format. For a specific duty or configuration, request the applicable technical datasheet.
Petropedam product catalogPDF↗Gear pump catalogPDF↗Hot-oil pump catalogPDF↗Start with your
flow and head.
Explore the available pump curves and selection results, then discuss the proposed duty with engineering.
Open selection softwareProducts connected to projects.
Tell us what
your process needs.
A clear duty specification helps our engineering team review the configuration, materials, sealing and drive requirements.
Discuss your pump requirement- Flow & headDuty point and operating range
- Pumped fluidDensity, viscosity and solids
- TemperatureNormal and design conditions
- Suction conditionsAvailable NPSH and inlet pressure
- Materials & sealsFluid compatibility and site needs
- Project requirementsDrive, standards and testing
Before you specify a pump.
How do I choose between a centrifugal and a positive-displacement pump?
Start with the fluid properties, required flow and pressure, and the operating range. Centrifugal configurations serve many process and transfer duties. Reciprocating, gear and screw configurations are considered where the duty, pressure or fluid viscosity calls for a positive-displacement solution. Final selection requires the applicable performance data and an engineering review.
What information should I include in a pump enquiry?
Provide flow, total differential head or differential pressure, fluid composition, density, viscosity, temperature and suction conditions. Include solids data where relevant, plus materials, sealing, driver, site and testing requirements. Send your duty to engineering.
Where can I find the technical details for a configuration?
Open a product family from the cards above, or review the PDF catalogs. For duty-specific curves, general arrangement drawings, material selections and compliance requirements, request the applicable datasheet from engineering.
Configuration and availability are subject to technical review for the specified duty.





