TENCARVA supplies  SEEPEX Progressive Cavity Pumps for various locations in the Southeast, including Arkansas, Florida, Georgia, Tennessee, North Carolina, South Carolina, Mississippi, and Virginia.


SEEPEXSEEPEX Progressive Cavity Pumps develops, manufactures and globally markets progressive cavity pumps for delivering low to highly-viscous, aggressive and abrasive media in the chemical, food, paper, petroleum and gas as well as environmental engineering and numerous other industries. SEEPEX progressive cavity pumps, macerators and control systems are incorporated into a state-of-the-art quality management system. With reliable quality and high-quality material, the products meet utmost technical and qualitative customer demands.

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Tencarva provides commercial industrial pumps including SEEPEX progressive cavity Pumps for Richmond, VA, Memphis, TN and the Southeast. Our sales staff of over 50 qualified engineers can provide innovative equipment selections and system design recommendations to give you the lowest possible life cycle cost for your applications.

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    Let Us Help You Find the Right Seepex System For You

    SAI Smart Air Injection

    • Low capital expenditure and low operating costs
    • Reduced energy consumption: low pressure in discharge pipework
    • Open hopper pumps with Smart Conveying Technology reduce maintenance costs to a minimum
    • Maintain-in-Place: no disassembly of discharge pipework necessary
    • Easy to integrate into existing automation and control systems
    • All system functions regulated by the control logic
    • Enclosed pipework system without unpleasant odors or rainfall dilution
    • Easily manages directional changes and height differences in the pipework

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    SCT Smart Conveying Technology

    • Quick maintenance, easy handling during assembly/disassembly
    • Integrated tensioning device extends the rotor and stator’s life by up to 200%
    • Reduces maintenance time by up to 85%
    • High productivity due to less maintenance downtime
    • Significantly reduced life cycle costs
    • Ease of maintenance: due to the two-piece Smart Stator and quick release Smart Rotor, which leaves the joint in place and eliminates the need to remove pipe work
    • Small footprint for all service activities: no space required for stator dismantling
    • Environmentally friendly: separate disposal of elastomer and steel components

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    MIN Mine dewatering unit

    • Maintain-in-Place-design
    • Robust pumps for small spaces
    • Lightweight components
    • Quick and easy maintenance
    • Patented rotor connection for quick assembly
    • Shorter rotor/stator unit using equal wall technology
    • Equal wall stators provide increased pressure capability
    • Bi-directional skid design
    • No dismantling of pipework

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    N Standard Pump

    • Various rotor/stator geometries 
(conventional, 6L and Tricam geometry)
    • Low pulsation, uniform flow
    • High self-priming capabilities even with a mixture of liquid and air or gas up to a 9 meter water column
    • Numerous installation options
    • Large spherical entrance port
    • Reversible rotation and flow

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    T Open Hopper Pump

    • Open hopper and auger feed screw design
    • Optimum product handling: open hopper and auger feed screw adjustable for each processing task
    • Easy maintenance due to quick access to the joints and plug-in connection

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    D Metering Pump

    • Modular system for quick and easy conversion
    • Low pulsation pumping
    • High metering accuracy (deviation ±1%)
    • Easy maintenance due to the plug-in connection
    • Material combinations available for all conveying products
    • Multiple drive combinations possible

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    CS Food Pump

    • High product safety: stator material and secondary seals are FDA approved (Food and Drug Administration, USA)
    • CIP (Clean In Place) with high velocity flow in the suction casing
    • US 3-A Sanitary Standards and EHEDG compliance
    • Particularly easy to maintain due to easy-to-assemble joints along with the plug-in connection between the rotating unit and drive
    • No special tools needed for assembly/disassembly
    • Optimized, dead-space-free pump casing prevents product build-up
    • High-quality casing surfaces and the rotating internal parts ensure residue-free cleaning
    • Multiple mechanical seal options ensure hygienic shaft sealing
    • SIP (Sterilization In Place) with superheated steam

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    E Semi-Submersible Pump

    • Low pulsation, uniform flow
    • Variable submersible depths
    • Increases the available NPSH value (Net Positive Suction Head)

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    W Wobble Pump

    • High product safety: stator material and secondary seals are FDA approved (Food and Drug Administration, USA)
    • CIP (Clean In Place) with high velocity flow in the suction casing
    • US 3-A Sanitary Standards and EHEDG compliance
    • Particularly easy to maintain due to easy-to-assemble joints along with the plug-in connection between the rotating unit and drive
    • No special tools needed for assembly/disassembly
    • Optimized, dead-space-free pump casing prevents product build-up
    • High-quality casing surfaces and the rotating internal parts ensure residue-free cleaning
    • Multiple mechanical seal options ensure hygienic shaft sealing
    • SIP (Sterilization In Place) with superheated steam

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    CO Control Systems

    • Standardized control functions and electronics
    • Network-capable compact control systems
    • Development of customer-specific solutions
    • Easy integration with a customer’s existing DCS or SCADA system
    • Customer-specific solution: We can develop a SEEPEX control system for your unique application. All you have to do is contact us and we’ll be happy to prepare a best fit control offer for your conveying process.

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    M Macerator

    • Flow rate: 8.8 – 660 USGPM (2 m³/h – 150 m³/h)
    • Controlled macerating due to variable output speeds and shear plates with different-sized openings
    • Easy maintenance due to simple replacement of the entire cutterhead assembly (cartridge)
    • Maceration amount adjustable by flow rate, output speed and shear plate design
    • Lower energy consumption compared to alternative macerating technologies
    • Two ranges with two sizes each

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