thermoflex tubing for esp applications for the oil and gas industry
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Thermoflex Tubing for ESP Applications for the Oil and Gas Industry. The use of reinforced polymer tubing with ESP’s to minimize cost and maximize productivity. Benefits of Thermoflex Tubing for CBM Applications. Sized to Lift Solids without Excessive Pressure drop Corrosion Resistance

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thermoflex tubing for esp applications for the oil and gas industry

Thermoflex Tubing for ESP Applications for the Oil and Gas Industry

The use of reinforced polymer tubing with ESP’s to minimize cost and maximize productivity

benefits of thermoflex tubing for cbm applications
Benefits of Thermoflex Tubing for CBM Applications
  • Sized to Lift Solids without Excessive Pressure drop
  • Corrosion Resistance
  • Ease and Speed of Installation
  • Suitable for Water/Oil/Condensate
  • Lightweight Tubing Protects Cable
requirements to lift solids
Requirements to Lift Solids
  • Liquid Velocity Greater than 2ft/sec
  • Plastics Reduce Pressure drop vs. Steel.
  • Must Dispose of Solids at Surface
reduced pressure drop
Reduced Pressure Drop
  • Surface Roughness
    • Steel . . . .005
    • Nylon . . . .00005
  • Increased Velocity Increases Pressure Drop
  • Polymers 50% Lower Pressure Drop at Greater Velocities
improved corrosion resistance vs steel
Improved Corrosion Resistance vs. Steel
  • Oil/Gas/CO2/Brine Nylon
  • H2S or High Temp (250F) Fortron (PPS)
  • No Polyethylene

Service Life in H2S Environment

Source: Merl Test Lab

new engineered plastics provide higher temperature strength not available from polyethylene pe
New Engineered Plastics Provide Higher Temperature Strength Not Available From Polyethylene (PE)

Fortron

Capron

PE

liner construction design
Liner Construction & Design
  • Multi-layer Design
    • Inner Layer for Corrosion Resistance, Low Permeation and Higher Temp Strength . . . Nylon and Fortron
    • Outer Layer for Higher Temperature Strength, Abrasion Resistance
  • Fully Bonded
  • Applications to 250F

Inner Barrier

Outer Strength and

Abrasion Layer

reinforced design and construction
Reinforced Design and Construction
  • Reinforcement Provides All of the Strength
    • Cross Braids for Burst
    • Longitudinal Braids for Stretch Resistance
    • Aramid Fibers for Low Elongation
  • Tubing Strength P=(2*F*n)/D*L
couplings and terminations
Couplings and Terminations
  • Couplings Swedged on Both Ends
  • Duplex Stainless or Zinc Chromate Plated Carbon Steel
  • Any Thread or Connection Available
  • Swedged in the Field or Plant
portable coupling machines
Portable Coupling Machines
  • 1” to 4.5” Couplings
  • Hand Pump or Enerpac
modeling wells for optimal tubing size
Modeling Wells for Optimal Tubing Size
  • Tubing Sized for Fluid Velocity (bbl/day vs ft/sec)
  • Pressure Drop Curves to Determine Dynamic Head
  • Dynamic Head for Sizing Pump
installation
Installation
  • Continuous Tubing
  • Direct Drive Spooling Truck
  • Cable Banded to Tubing
  • Hang off with Tubing Hanger or Stuffing Box
banding the cable to the tubing
Banding The Cable To The Tubing
  • Rubber or Tape Under Bands
    • Plastic on Metal Slips
    • Holds Items Prior to Banding
  • Band Every 50ft
  • 500lb or less Compression Load
hanging off
Hanging Off
  • Utilize Steel Tubing Hangers, Stuffing Box
  • Cable Pack Off
  • Tubing Lightweight Protecting Cable from Abrasion
installation timing
Installation Timing
  • 40Minutes for 1,800ft Well after Splice
  • If Pulling Pump lift cable at same rate
  • Can’t Spool Cable and Tubing Together
why it works
Why it Works
  • 1” Thermoflex . . . 1/2bbl Fluid per 1,200ft
  • Velocity Lifts Solids
  • Size vs. Fluid Flow
    • 1” . . . 250bbl/day
    • 1.25” . . . 600bbl/day
    • 1.5” . . . 1,500bbl/day
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