Süper Dubleks Malzemede Dikişsiz Paslanmaz Çelik Borular. Boyut 1/2″ 6'ya kadar″
Süper Dubleks Malzemede Dikişsiz Paslanmaz Çelik Borular. Boyut 1/2″ 6'ya kadar″
Dikişsiz Borular/Bağlantı Parçaları & Karbon Çelik Malzemeden Flanşlar. Boyut 1/2″ 18'e kadar″
Karbon Çelik Malzemeden BW Bağlantı Parçaları. Boyut 2″ 32'ye kadar″
Geçit, Küre & Karbon Çelik A216 WCB Çek Valfler. Boyut 6″ 12'ye kadar″
Dikişsiz/Kaynaklı Borular, Bağlantı parçaları & Karbon Çelik Flanşlar. Boyut 3/4″ 42'ye kadar″
Project Background
A gas field development project in the Black Sea required subsea high-pressure gas pipelines using H2S-resistant seamless steel pipes with 3LPE coating to ensure long-term performance under deep-sea conditions (15MPa pressure and saltwater exposure)34.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
API 5L X80 Seamless Pipe | Malzeme: API 5L X80 (C≤0.12%, Mn≤1.8%) Boyutlar: Φ762×25.4mm Çekme Dayanımı: ≥620MPa15 |
Toplam: 120kilometre Teslimat: 180 days5 |
3LPE Coated Pipe | Kaplama: FBE + Yapıştırıcı + Polietilen Kalınlık: ≥3.2mm Cathodic Disbondment: ≤8mm (30V, 48h)34 |
Prefab: 18m/joint Ambalajlama: Double-layer moisture barrier4 |
Key Innovations
✅ In-line Coating Continuous Production: Synchronized FBE spraying and polyethylene extrusion reduced coating defects to 0.3%46.
✅ AI Welding Monitoring: Real-time visual inspection achieved 99.6% weld pass rate56.
Outcomes
Project Background
A European hydrogen hub required 70MPa hydrogen pipelines using ASTM A519 mechanical tubes with Inconel 625 liners to prevent hydrogen embrittlement and microcrack propagation16.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
ASTM A519 Mechanical Tube | Malzeme: AISI 4130 Cr-Mo Steel Boyutlar: Φ219×12mm Sertlik: sıcak rulo 22-26 Surface Roughness: Ra≤1.6μm16 |
Toplam: 80kilometre Test: ISO 11114-41 |
İnkonel 625 Liner | Malzeme: İçinde 58% + CR 20% + Ay 8.5% Hydrogen Permeability: ≤0.1mL/cm²·h (70MPa)6 |
Kurulum: Hydraulic expansion Hoşgörü: ±0.05mm6 |
Key Innovations
✅ Gradient Heat Treatment: Two-stage quenching (950℃ water-cooled + 650℃ tempered) reduced hydrogen embrittlement susceptibility by 62%16.
✅ Dual Sealing: Nano-ceramic interlayer between liner and base pipe achieved hydrogen leakage ≤0.001%vol/day46.
Outcomes
Project Background
A North Sea oil platform retrofit utilized EN 10219 welded pipes with FBE coating to withstand salt spray and wave loads23.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
İÇİNDE 10219 S355J2H Welded Pipe | Malzeme: S355J2H (Yield ≥355MPa) Boyutlar: Φ508×16mm Impact Toughness: ≥50J@-40℃23 |
Toplam: 2,500 ton Preprocessing: Beveling2 |
FBE Kaplamalı Boru | Kalınlık: 250μm Yapışma: ≥15MPa (Pull-off) Salt Spray Resistance: ≥5,000 hours34 |
Kaplama: Electrostatic spray Kürleme: 230℃3 |
Key Innovations
✅ Dynamic Load Optimization: FEA-adjusted thickness gradients doubled fatigue life to 2×10⁶ cycles26.
✅ Robotic Coating Line: 6-axis robotic arms reduced thickness variation to ≤±10μm and material waste to 3%36.
Outcomes
Project Background
Moscow’s heating system upgrade employed ASTM A213 boiler tubes with polyurethane insulation for -45℃ environments and 10MPa pressure13.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
ASTM A213 T22 Boiler Tube | Malzeme: 2.25Cr-1Mo (C≤0.15%) Boyutlar: Φ323.9×12.7mm High-Temp Strength: ≥415MPa@500℃16 |
Toplam: 65kilometre NDT: 100% UT1 |
Polyurethane Insulation | Yoğunluk: ≥60kg/m³ Isı İletkenliği: ≤0.028W/m·K Water Absorption: ≤3%34 |
Foaming: High-pressure injection Jacket: HDPE3 |
Key Innovations
✅ In-process Normalizing: On-line heat treatment (890℃ air-cooled) eliminated residual stress16.
✅ Modular Insulation: Prefab insulated sections cut field time by 32% with ≤2% heat loss34.
Outcomes
Project Background
Permian Basin shale gas development required API 5CT casing and drill pipes with SSC resistance and ≥110MPa collapse strength15.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
API 5CT P110 Casing | Malzeme: P110 Grade (Yield ≥758MPa) Boyutlar: Φ177.8×10.36mm Collapse Strength: ≥110MPa15 |
Toplam: 80,000M İplik: BTC5 |
S135 Drill Pipe | Malzeme: AISI 4145H (sıcak rulo 30-34) Torsional Strength: ≥35kN·m Fatigue Life: ≥5×10⁵ cycles16 |
Yüzey İşlem: Fosfatlama + Cu-plating1 |
Key Innovations
✅ Sulfide Stress Control: Ca-treated steel (Ca/S≥1.5) inhibited H2S cracking15.
✅ Digital String Management: RFID-tracked casing depth/stress improved drilling efficiency by 19%56.
Outcomes
Project Background
Russia’s Yamal LNG export pipeline used API 5L X70 seamless pipes with 3LPP coating for -60℃ permafrost conditions34.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
API 5L X70 Seamless Pipe | Malzeme: X70 Microalloyed Steel (Mn 1.6%, Not 0.08%) Boyutlar: Φ914×22mm Low-Temp Impact: ≥200J@-60℃34 |
Toplam: 300kilometre Logistics: Icebreaker transport4 |
3LPP Kaplamalı Boru | Kaplama: FBE + Yapıştırıcı + Polipropilen Kalınlık: ≥3.5mm Freeze-Thaw Resistance: ≥100 cycles34 |
Prefab: Murmansk Coating Center3 |
Key Innovations
✅ Cryogenic Pre-straining: -20℃ end-expansion compensated 12% permafrost settlement34.
✅ Modular Arctic Installation: Hydraulic sled system achieved 1.2km/day laying rate4.
Outcomes
Project Background
China-Kazakhstan gas pipeline upgrade utilized LSAW pipes with IPN8710 coating for desert temperature swings (ΔT=50℃) and sand erosion12.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
LSAW Boru | Malzeme: API 5L X65 (Yield ≥450MPa) Boyutlar: Φ1016×17.5mm ovallik: ≤0.6%D12 |
Toplam: 450kilometre Kaynak: Lincoln L-61 flux1 |
IPN8710 Coating | Kalınlık: ≥500μm Aşınma Direnci: ≤5mg/1000 rev (ASTM D4060) Temp Range: -30℃~120℃2 |
Başvuru: Two-component spray2 |
Key Innovations
✅ Sandflow Optimization: CFD-adjusted burial depth reduced erosion rate by 41%2.
✅ Smart Pigging: Magnetic flux leakage pigs located corrosion within ±0.5m12.
Outcomes
Project Background
Indonesia’s Java geothermal plant deployed ASTM A213 T91 alloy pipes with PTFE liners for 350℃ H2S-laden steam4.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
ASTM A213 T91 Alloy Pipe | Malzeme: 9Cr-1Mo-V (C 0.08-0.12%) Boyutlar: Φ323.9×20mm High-Temp Strength: ≥100MPa@600℃4 |
Toplam: 25kilometre Test: 100% hardness sorting4 |
PTFE Lined Fittings | Liner Thickness: 3mm Friction Coefficient: ≤0,04 Kimyasal Direnç: pH 1-144 |
Şekillendirme: 380℃ thermoforming4 |
Key Innovations
✅ Gradient Annealing: Three-stage heat treatment (760℃→690℃→620℃) achieved ASTM 8 grain size4.
✅ Thermal Barrier: Expansion graphite layer minimized PTFE/steel thermal mismatch (≤0.02)4.
Outcomes
Project Background
Gulf of Mexico deepwater operations required S135 drill pipes and C110 casing for 3,000m depth and 175℃ well conditions34.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
S135 Drill Pipe | Malzeme: AISI 4145H (Yield ≥930MPa) Torsional Strength: ≥40kN·m Fatigue Life: ≥1×10⁶ cycles34 |
Yüzey: Plasma nitriding3 |
API 5CT C110 Casing | Malzeme: C110 Grade (CR 0.8%, Ay 0.3%) Collapse Strength: ≥140MPa H2S Compliance: NACE MR017534 |
İplik: VAM TOP3 |
Key Innovations
✅ Hyperbaric Quenching: 2,500m water pressure simulation ensured ≤2HRC hardness variation34.
✅ Digital Twin Drillstring: Real-time downhole/onshore data sync enabled ≤5s trajectory correction4.
Outcomes
Project Background
Germany’s Ruhr industrial area modernization used EN 10219 pipes with 2LPE coating and smart leak detection24.
Ürün Tipi | Technical Parameters | Procurement Details |
---|---|---|
İÇİNDE 10219 S275J2H Welded Pipe | Malzeme: S275J2H (Yield ≥275MPa) Boyutlar: Φ219.1×6.3mm Darbe Enerjisi: ≥27J@-20℃24 |
Toplam: 800kilometre NDT: Phased array2 |
2LPE Kaplama | Base Layer: FBE (≥150μm) Outer Layer: PE (≥2.5mm) Scratch Resistance: ≥5N/mm²24 |
Başvuru: 12m/min line speed2 |
Key Innovations
✅ Fiber Optic Sensing: Embedded fiber achieved ±1m leak localization24.
✅ Trenchless Replacement: Pneumatic bursting simultaneously removed old pipes and installed new ones2.
Outcomes
Citations integrated from multiple sources per technical parameter/outcome, örneğin, material specs from API/EN standards13, coating processes from NACE/DNV protocols12, and operational data from project timelines12.