Measurement SK-CTF While Drilling Product Features Max. working temperature: 150 °C / 175°C Max. working pressure: 20,000 psi Flexible matching with the MWD tool string, can be used to connect the upper suspension MWD or the lower seat key MWD, and connectors can be customized according to customer needs. 400KHz depth measurement: measurement is conducted from two antenna spacings of 19 inches and 41 inches. The 400KHz depth measurement is more conducive to geosteering applications, and oil reservoir boundaries can be detected with the combination of 2MHz shallow resistivity data 2MHz high vertical resolution measurement: 2 MHz high-frequency measurement is used to achieve excellent vertical resolution and identify thin layers SK-CTF compensated resistivity measuring instrument is compatible with Tensor standard MWD, adopts industry standard four-transmitter and dual-receiver design of symmetrical compensation, and provides eight compensated resistivity curves for different detection depths. These curves can be arbitrarily combined and transmitted in real time to achieve geosteering applications 150ºC/175ºC 20000 psi SK-CTF Compensated Resistivity Mea- suring Instrument Max. working temperature Max. working pressure 300 h More than 300 hours of drilling time Measurement SK-CTF While Drilling Mechanical Specifications Tool connection Equivalent stiffness Makeup torque Working displacement 4.75 in. Antenna 5.0 ″ Wear-resistant belt 5.25 ″ 14.5 ft (174 in.) 31/2 in. IF (NC-38) 5.00 in. x 2.81 in. 9,600 lbf-ft 100 - 350 usgpm 12.2º/100 ft 25º/100 ft 150ºC/175ºC 160ºC/185ºC 20,000 psi 1% (volume) 40-50 lb/bbl evenly mixed, any size 6.91 in. 14.5 ft (174 in.) 41/2 in. IF (NC-50) 6.58 in. x 2.81 in. 30,000 lbf-ft 300 - 750 usgpm 8º/100 ft 17º/100 ft 8.25 in. 15.16 ft (182 in.) 65/8 in. API Reg 8.25 in. x 2.81 in. 54,000 lbf-ft 450 - 1200 usgpm 7º/100 ft 14º/100 ft Sensor Characteristics ± 2% (0.1 to 20 ohm-m) ± 1 mmho/m (>20 ohm-m ± 2% (0.1 to 10 ohm-m) ± 2 mmho/m (>10 ohm-m) ± 1% (0.1 to 10 ohm-m) ± 1 mmho/m (>10 ohm-m) ± 3% (0.1 to 5 ohm-m) ± 6 mmho/m (>5 ohm-m) ± 5% (0.1 to 16 ohm-m) ± 3 mmho/m (>16 ohm-m) ± 3% (0.1 to 3 ohm-m) ± 10 mmho/m (>3 ohm-m). ± 5% (0.1 to 8 ohm-m) ± 6 mmho/m (>8 ohm-m) ± 5% (0.1 to 3 ohm-m) ± 15 mmho/m (>3 ohm-m) 0.1 to 2,000 ohm-m 0.1 to 500 ohm-m 0.1 to 1,000 ohm-m 0.1 to 250 ohm-m 0.1 to 50 ohm-m 0.1 to 10 ohm-m 0.1 to 50 ohm-m 0.1 to 10 ohm-m Phase difference Amplitude ratio Vertical resolution 6 in. 1 (less than 10ohmde conductive layer) Interval Frequency 2 MHz 41 in. 19 in. 41 in. 19 in. 400 kHz 2 MHz 400 kHz 2 MHz 400 kHz 2 MHz 400 kHz Range Accuracy Outer diameter of tool Length Antenna 6.91″ Wear-resistant belt 7.16″ Antenna 8.25″ Wear-resistant belt 8.5″ Max. overall angle change rate rotation Max. overall angle change rate slip Max. working temperature Max. withstand temperature Max. working pressure Max. sediment content Max. plugging material content
In recent years, China's oil and gas exploration and development has become increasingly advanced, encountering geological conditions that are becoming more complex and generally featuring deep reservoirs, high temperatures, and high production rates, as well as containing hydrogen sulfide and carbon dioxide corrosive gases. These acidic gas deposits cause severe corrosion to the equipment on the well site and require equipment that can withstand high impact wear. Conventional wellhead devices are difficult to meet these oil and gas production requirements. Materials used for high-sulfur-resistant wellheads are all special corrosion-resistant materials and adopts super nickel-based alloy flow channel welding technology. They use full-metal sealing devices suitable for high-pressure, corrosion-resistant, and harsh working conditions, which maximizes the safety of the wellhead operation. With super nickel-based alloy flow channel welding technology, hard-surface spraying technology, and polishing technology, 140Mpa gas-tight sealing can be achieved, and a true full-metal sealing device can be used for high-pressure, corrosion-resistant, high-displacement, and sand-proof working conditions. Equipped with a safety valve and wellhead control cabinet, the well can be shut down within 5 seconds at the fastest, maximizing the safety of the wellhead operation.
Pressure grade
Maximum working pressure
Product specification level
PSL1,PSL2,PSL3(PSL3G),PSL4
Performance requirements
PR1,PR2F
HH-level wellhead device and Christmas tree Product Features It can be used in Puguang and Yuanba in Sichuan, as well as overseas such as in Uzbekistan and Kazakhstan. The working pressure can be up to 105MPa, HH-NL,PU,PSL3G,PR2 The H2S content can be as high as 65% and the CO2 content can be as high as 35%. The all-metal sealed device is suitable for working in conditions of high pressure, corrosion and other harsh conditions. This product is suitable for the use in working conditions with highly corrosive media such as hydrogen sulfide. The materials used for the device are specially corrosion-resistant materials. 105MPa Working pressure up to 105MPa, HH-NL,PU,PSL3G,PR2 65% H2S content up to 65% 35% CO2 content up to 35% Reference standards: API 6A, ISO10423, GB/T22513 and NACE 0175 It can be used in Puguang and Yuanba in Sichuan, as well as overseas such as in Uzbekistan and Kazakhstan. WELLHEAD CHRISTMAS TREE EQUIPMENT Wellhead Oil Recovery Medium and high-end wellhead equipment and manifolds
High-sulfur-resistant BOP Stack High-sulfur oil and gas fields in Southwest China, and Kazakhstan Reference standards:API 16A,GB/T 20174 Suitable for environments with high sulfur content, such as land and offshore platforms, which have special requirements for the anti-sulfur performance of the BOP stack. The inner cavity of the equipment that contacts the well fluid is welded with high sulfur resistance alloys. Key non-metallic sealing components, such as the rubber core and side door seal, that come into contact with well fluids are made of special materials suitable for high sulfur content environments. Inconel is done by using imported equipment and assisted by sophisticated testing and monitoring methods to ensure product quality. Product Applicability: For well control operations under high-sulfur conditions, the BOP stack has a corrosion resistance meeting the requirements for resistance to high hydrogen sulfide, and is suitable for occasions with hydrogen sulfide content ≥ 35%, equivalent to the HH level hydrogen sulfide in API 6A. ≥35% Suitable for occasions with hydrogen sulfide content 138MPa Rated working pressure: ram preventer 177ºC Highest temperature level WELL CONTROL BOP STACK EQUIPMENT Product Features Technical Parameters Nominal diameter 179.4-679.45mm (7 1/16″-26 3/4") 13.8-138Mpa (2000-20000psi) Recommended operating pressure 10.35Mpa(1500psi) Temperature Ratings for Metallic Materials Ram BOP Highest T-20/350 Annular BOP Highest T-20/250 Temperature Ratings for Non-Metallic Sealing Materials Ram BOP Highest BFF Annular BOP Highest BBD Performance level PR2 Sulfur resistance Level Applicable H2S Content:≥35% (API 6A HH level) Rated working pressure of hydraulic control system 20.7Mpa(3000psi) Rated working pressure
20000PSI Ultra-high-pressure BOP Stack 20000psi Ultra high pressure 177ºC Highest temperature level PR2 Performance level Application Cases:High pressure oil and gas fields in Xinjiang and Southwest China, Russia high pressure oil field The floating sealing structure is adopted between the intermediate flange and the shell, which ensures stable sealing performance and reduces the tightening torque of the side door bolts The ram is replaced by taking out from the side, and reducing the overall height of the BOP stack, which easier to replace the ram The shell, intermediate flange, hydraulic cylinder, piston rod, cylinder sleeve, and ram shaft are subject to corresponding advanced surface treatment to improve the anti-corrosion of the parts and the reliability of the BOP FHZ28-105/140 Annular BOP is mainly composed of shell, piston, bonnet and other main parts. The bonnet is connected with the shell by jaw chunk, the packing element is taper type, and the sealing parts are exchangeable with imported products Product Applicability: Deep, Ultra-deep wells are mined with high formation pressure, should use ultra-high pressure BOP stack to ensure well control safety Manufacturing Standards: API 16A, GB/T 20174 WELL CONTROL BOP STACK EQUIPMENT Technical Parameters Nominal diameter 279.4mm (11″) Rated working pressure of hydraulic control system 20.7Mpa(3000psi) Recommended operating pressure 10.35Mpa(1500psi) The pressure of hydrostatic proof test Ram BOP 207MPa (30000psi) Annular BOP 155.25MPa (22500psi) Rated working pressure Ram BOP 138MPa (20000psi) Annular BOP 103.5MPa (15000psi) Temperature Ratings for Metallic Materials Sulfur resistance level Ram BOP Highest T-20/350 Annular BOP Highest T-20/250 Temperature Ratings for Nonmetallic Sealing Materials Ram BOP Highest BFF Annular BOP Highest BBD Performance level PR2 NACE MR0175
){kind=link}
){kind=link}