Process Valves, Pumps & Compression
Progressive Cavity Pumps for Oilfield Service
Progressive Cavity Pumps for Oilfield Service for viscous crude, produced fluids, sludge, polymers and multiphase liquids where a low-shear positive-displacement pump is suitable, with RFQ fields covering required flow, differential pressure, viscosity curve, solids size and concentration, gas content, inlet pressure, temperature, stator elastomer compatibility, rotor material, speed, drive, seal, connections and installation orientation.
RFQ selection reference
Reference fields for quotation comparison. Final values must be confirmed in the signed manufacturer datasheet.
| Selection field | Typical input | Typical input | Typical input | Buyer note |
|---|---|---|---|---|
| Process duty | Rated flow and differential pressure | Viscosity across operating temperature | — | Provide minimum, normal and maximum conditions |
| Fluid compatibility | — | Solids, gas, abrasives and chemistry | Rotor and stator material | Confirm elastomer swelling and temperature limits |
| Package | Speed, torque and driver power | Connections, seal and orientation | — | State VFD range and dry-run protection |
Product scope
Progressive Cavity Pumps for Oilfield Service are presented as a quotation-ready product family for viscous crude, produced fluids, sludge, polymers and multiphase liquids where a low-shear positive-displacement pump is suitable. This page supports early technical comparison; it does not identify one guaranteed model, stocked unit or universal configuration. The final supplier and manufacturer must confirm the ordered design against the buyer's datasheet, project specification and signed quotation.
Selection basis
The main selection inputs are required flow, differential pressure, viscosity curve, solids size and concentration, gas content, inlet pressure, temperature, stator elastomer compatibility, rotor material, speed, drive, seal, connections and installation orientation. These fields affect equipment fit, performance, safety, documentation and total package price. For replacement equipment, include the installed maker, model, serial number, original part number, clear nameplate photographs and interface drawings. For new projects, attach the governing project datasheet and the latest approved standard editions.
Configuration reference
The table above is a structured RFQ reference rather than a model list. It shows the information needed to compare technically responsive quotations. Published manufacturer examples and industry standards are used only to identify common equipment architecture and purchasing fields; they do not imply dealership, authorization, stock ownership or identical performance across manufacturers.
Documents and inspection
Define the document package before commercial evaluation. Depending on the product, request a signed datasheet, general arrangement and interface drawings, material certificates, pressure or performance test reports, NDT records, hazardous-area certificates, inspection and test plan, preservation procedure, packing list, marking photographs and certificate of conformity. When a standard or certification is mandatory, verify the exact edition, product scope, manufacturing facility and certificate status rather than relying on a website statement.
RFQ checklist
- •Product family, service, quantity and required delivery date
- •Operating cases, pressure or load, temperature, flow and process media
- •Dimensions, connections, materials and approved standard edition
- •Site utilities, ambient conditions and hazardous-area classification
- •Required testing, third-party inspection, traceability and document language
- •Destination, Incoterm, packing, lifting and transport restrictions
- •Target unit price or budget range and acceptable technical alternatives
Upload the specification, drawing, equipment list or replacement photographs with the inquiry. Open technical points should be closed before price comparison and purchase-order release.
Technical reference trail
These public references support the equipment family and selection context. They do not imply dealership, authorization or a guaranteed order specification.
Frequently Asked Questions
What information is required to quote Progressive Cavity Pumps for Oilfield Service?
Provide required flow, differential pressure, viscosity curve, solids size and concentration, gas content, inlet pressure, temperature, stator elastomer compatibility, rotor material, speed, drive, seal, connections and installation orientation, quantity, destination, delivery target and the required document package. Attach the project datasheet or matching equipment drawing whenever available.
Are the displayed specifications guaranteed values?
No. They are RFQ reference fields. The final manufacturer datasheet, approved drawings, test procedure and purchase specification control the ordered equipment.
Can an equivalent configuration be quoted?
Yes, when the buyer permits alternatives. Every deviation in standard, rating, material, interface, certification, testing or delivery scope should be listed clearly for technical review.
Technical and RFQ References
Check common units, standards and purchasing terminology, then build a structured request for this equipment.
Submit RFQ for Progressive Cavity Pumps for Oilfield Service
Send product, quantity, specification and destination details so the requirements can be reviewed with potential suppliers.
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