VAM SLIJ II TM The Semi-Flush connection from a name you trust

Transcription

1 Integral connections VAM SLIJ II TM The Semi-Flush connection from a name you trust Vallourec Oil and Gas France

2 VAM SLIJ-II TM is a gas tight expanded box premium connection combining maximum external and internal pressure resistance with increased compression. The tapered two-step thread design means that VAM SLIJ-II TM stabs deep with very low risk of crossthreading. The slim OD is about 2-3% above pipe body, making it ideal for use in tight clearance wells. VAM SLIJ-II TM is the ideal solution when you need maximum clearance and optimum joint strength for production and intermediate casing, drilling liners and tie-backs. Applications Production and intermediate casing Production tie-back Production liner Contingency string Drilling liners Benefits Dual gas tight sealing system to isolate internal and external pressure. High clearance semi-flush design. Performances Internal and external pressure resistance up to pipe body ratings. Tension rating of 70% to 80% of pipe body yield strength. Compression rating equal to 70% of the joint strength. Excellent jump-out resistance with 10 degree hooked load flank. Sealability validated to ISO 1379, field proven in extreme deepwater wells.

3 Design Features Pressure (% Pipe body) % VME Connection CYS -70% CYS 100% Pipe API C3 CYS = from 7.7% to 82% PBYS Axial Load (% PBYS) External Seal Taper 1/3 Main Features Two step thread form for easy stab and reduced makeup time. Internal center step torque shoulder for make-up verification. Hooked thread form for maximum structural capacity. Independent internal and external radial seals for enhanced pressure requirements. Steep taper design on seals to enhance make-up performance. Thread form Middle shoulder Internal seal Square shoulder Taper 1/ Vallourec Oil and Gas France

4 Joint Yield Strengths are calculated from the minimum specified material yield strength and the critical joint cross sectional area. pin or box. as appropriate. Size (OD) inch Nom. weight INSIDE diameter DRIFT diameter pipe body section MAKE-UP LOSS JOINT EFFICIENCY Wall thickness BOX O.D. PIN I.D. THREADS PER INCH mm lb./ft. inch mm inch inch sq. in. sq. in. inch inch % Joint Yield Strength (100 L80 N80 C90 C9 T9 4 1/ / / / / / / * * * *Special Drift 1000 lb = kn

5 Joint Parting Loads are calculated from the minimum specified material ultimate strength and the critical joint cross sectional area. pin or box. as appropriate. Collapse Pressures are calculated from API Bul. C 3 Section 1. Minimum Internal Yield Pressures are calculated from API Bul. C 3 Section 3. formula lb) Joint Parting Load (1000 lb) Collapse Pressure (psi) C110 P110 Q12 L80 N80 C90 C9 T9 C110 P110 Q Minimum Internal Yield Pressure (psi) Nominal weight lb./ft. Size (OD) inch mm / / / / / / / Joint Parting Load calculated on minimum ultimate strength. L80 U=9 ksi, N80/C90 U=100 ksi, T9 U=10 ksi, C110 U=11 ksi, P110 U=12 ksi, Q12 U=13 ksi 1 ksi = 1000 psi 1 psi = Mpa bar

6 Joint Yield Strengths are calculated from the minimum specified material yield strength and the critical joint cross sectional area. pin or box. as appropriate. Size (OD) inch Nom. weight INSIDE diameter DRIFT diameter pipe body section MAKE-UP LOSS JOINT EFFICIENCY Wall thickness BOX O.D. PIN I.D. THREADS PER INCH mm lb./ft. inch mm inch inch sq. in. sq. in. inch inch % Joint Yield Strength (1000 lb) L80 N80 C90 C9 T9 C110 P110 Q12 9 / / / / / / / / / / , * 8.37* * * 8.00* * * * * 10.2* * * * * * *Special Drift 1000 lb = kn J L P

7 Joint Parting Loads are calculated from the minimum specified material ultimate strength and the critical joint cross sectional area. pin or box. as appropriate. Collapse Pressures are calculated from API Bul. C 3 Section 1. Minimum Internal Yield Pressures are calculated from API Bul. C 3 Section 3. formula L80 Joint Parting Load (1000 lb) N80 C90 C9 T9 C110 P110 Q12 80 Collapse Pressure (psi) Minimum Internal Yield Pressure (psi) Nominal weight lb./ft. Size (OD) inch mm / / / / / / / / / / oint Parting Load calculated on minimum ultimate strength. 80 U=9 ksi, N80/C90 U=100 ksi, T9 U=10 ksi, C110 U=11 ksi, 110 U=12 ksi, Q12 U=13 ksi 1 ksi = 1000 psi 1 psi = Mpa bar

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