Don't have an account? Join for free
For advertising on
Interest to become a seller? Get info
Cart
Tubing hanger with electrical feedthrough for ESP applications
The tubing hanger holds a feed-through mandrel equipped with the proper seals. Feed-through mandrel seals contain well pressure and prevent gas leaks at the surface. Power cables are connected to the two ends of this device via their three-phase connectors (also called: lower and upper pigtails). The feedthru portion of the system provides a fluid block at the wellhead permitting electrical power to pass safely and reliably through the well’s pressure barrier. The connector works with the wellhead manufacturer to assure proper fit and material compatibility. View DetailsIsolation Packer HP-2 Hydraulic Set 5 1/2" Packer 20-23 PPF
The Ballycatter WC-HP-2 Isolation Packer is a hydraulic-set, single-string tandem packer designed for multiple-zone well completions.
Its primary function is to act as the upper packer in a stacked packer system, working in conjunction with a lower hydraulic retrievable packer to create a sealed isolation zone between them.
This allows for selective treatment, injection, or production within specific well intervals. Additionally, the WC-HP-2 packer can be used to seal off casing holes or perforations, providing an effective solution for low-pressure well applications.
View DetailsCSA 36 unit Locking FAST charger rack
Enhance Charging Security and Efficiency with the CSA 36 Unit Locking FAST Charger Rack from Provix Provix is proud to offer the CSA 36 Unit Locking FAST Charger Rack (Part # NWI-NWCR-36BLC), an advanced charging solution designed to cater to the needs of mining, construction, and industrial professionals. This charger rack is an ideal blend of speed, security, and capacity, perfect for medium to large-scale operations. Swift Charging for Continuous Operations The CSA 36 Unit Charger Rack is engineered for quick and efficient charging, reducing downtime to a minimum. It boasts a charging time of just 4 hours for the WISE LITE2 and 5 hours for the LAMP3A/4A models. This rapid charging capability ensures your team's equipment is promptly ready for use, enhancing overall productivity. Secure Locking Mechanism for Added Safety With its locking feature, the CSA 36 Unit Charger Rack provides an extra layer of security, safeguarding your valuable equipment during charging. This is especially crucial in environments where the risk of theft or tampering is a concern. The locking mechanism ensures that the equipment remains secure, offering peace of mind and improved safety in the workplace. Space-Efficient Design for Organized Workspaces Despite its capacity to charge 36 units, this charger rack is designed with space efficiency in mind. Its compact form factor makes it an excellent fit for equipment rooms and charging stations where space is at a premium, helping maintain an organized and clutter-free environment. Durable Construction for Industrial Environments Built to withstand the harsh conditions typical of mining and industrial settings, the CSA charger rack is both durable and reliable. Its robust construction ensures it can endure daily wear and tear, offering long-term, dependable performance. Ideal for Varied Operational Needs Whether you’re managing a mining operation, a construction site, or an industrial facility, the CSA 36 Unit Locking FAST Charger Rack is an excellent choice. It accommodates a considerable number of units, making it suitable for operations that require efficient and secure charging solutions. Upgrade Your Charging Setup with Provix Invest in the Wisdom CSA 36 Unit Locking FAST Charger Rack to streamline your charging processes and enhance the security of your equipment. Visit Provix at www.provix.net to learn more about this high-capacity, secure charging solution and explore our range of specialized mining equipment. View DetailsIn oil and gas well operations, the 2 ½” Tubing End Locator plays a critical role in confirming the exact depth at which production tubing terminates within the wellbore. Accurately identifying the tubing endpoint is essential during various well intervention activities, including maintenance, workovers, and the installation or retrieval of downhole tools and equipment.
During operations such as setting packers, deploying plugs, running logging tools, or performing fishing jobs to recover stuck equipment, precise knowledge of tubing length ensures that tools are positioned correctly. This prevents accidental over-pumping or tool deployment beyond the tubing into the open hole section of the well, where damage to equipment or tool loss can occur.
The 2 ½” Tubing End Locator is designed specifically to fit tubing with an outer diameter of approximately 2 ½ inches. It features a compact maximum outside diameter of around 1.750 inches, allowing it to pass easily within the tubing without causing obstruction. The tool employs a spring-loaded finger mechanism that activates mechanically upon reaching the tubing bottom. This signal does not rely on electronic sensors or depth measurement devices, making the tool highly reliable even in harsh downhole environments where electronics may be compromised by pressure, temperature, or fluid conditions.
Standardized threaded connections on the tool—typically a 15/16 - 10 UN pin on the top and a 1 - 11 1/2 NPT box on the bottom—enable it to be seamlessly integrated into a wide range of intervention toolstrings. These common connection types ensure compatibility with existing downhole equipment and facilitate quick assembly and deployment.
Manufactured from high-strength alloy steel or similar materials, the tubing end locator is built to withstand typical downhole conditions, including high pressure, elevated temperatures, and corrosive fluids commonly found in oil and gas wells. Its purely mechanical design minimizes maintenance requirements and reduces the risk of failure compared to electronic alternatives.
This tool is particularly valuable in wells where tubing length may have changed due to wear, repairs, or previous interventions, offering an essential measure of control and confidence in complex well environments.
View DetailsOilHungry oil absorbent big pad
Oil absorbent pads are designed to selectively absorb oil-based liquids while repelling water. They are commonly used in various industries, including automotive, marine, and manufacturing, to clean up and control oil spills or leaks. These pads are crucial for preventing environmental contamination and ensuring workplace safety. The size of oil absorbent pads can vary, and this specific product, Oil Absorbent big pad 22" x 23", is designed with dimensions of 22 inches by 23 inches. This size is suitable for addressing larger spills or leaks. It works very well and easy, when oil leaks occur, simply place the absorbent pad in the affected area to efficiently clean up and contain the spilled oil. And After use, follow proper disposal guidelines, on the packaging. The primary purpose of OilHungry Oil Absorbent pad is to effectively clean up oil spills. Whether it's a minor leak or a more substantial oil spill in an engine, the absorbent pad is designed to capture and contain the oil, preventing it from spreading further. Leaking oil can happen with every boat or vessel. And oil leaks pose a significant threat to the environment. The absorbent pad helps mitigate this threat by quickly and efficiently absorbing the leaked oil. This proactive approach protects water bodies, preventing the oil from contaminating rivers, lakes, or oceans. Having an Oil Absorbent big pad (22" x 23) is a valuable tool to address and solve challenges related to leaks in engines. the absorbent pad offers a targeted and effective solution for managing oil spills in various industrial and marine settings. Having the Oil Absorbent big pad prepared in your boat, is the same as having a plan for unexpected leaks. View DetailsS-KWIK Control Line and Cable Protector
Cross coupling protectors are essential tools used in the oil and gas industry during the installation of completions in oil and gas wells. These protectors provide a variety of benefits that make them a necessary investment for any oil and gas company. Protects Control Lines: Cross coupling protectors help protect control lines from damage that can be caused by the installation process, environmental factors, and other external factors. By providing an extra layer of protection, the control line can last longer and reduce the need for costly repairs or replacements. Prevents Fluid Contamination in Cables: Cross coupling protectors prevent fluid contamination by keeping debris and other unwanted materials out of electrical cables during installation. This is particularly important in the oil and gas industry where contamination can lead to significant safety risks, equipment damage, and production losses. Reduces Maintenance Costs: The installation of cross coupling protectors can help reduce maintenance costs. By protecting control lines and cables the completion is less likely to require maintenance or repair. This can result in significant cost savings over the long-term. Improves Efficiency: Cross coupling protectors help to improve the efficiency of the installation process. By providing a secure connection and preventing contamination, the installation process can be completed more quickly and with fewer re-work. This can help to reduce downtime and increase productivity. Enhances Safety: Cross coupling protectors enhance safety by reducing the risk of equipment failure and fluid contamination. This can help to prevent accidents and injuries, and ensure that the installation process is completed safely. The use of cross coupling protectors is critical to the successful installation of tubing in oil wells. They provide numerous benefits including protecting tubing joints, preventing fluid contamination, reducing maintenance costs, improving efficiency, and enhancing safety. By investing in cross coupling protectors, oil and gas operators can ensure the long-term success of their operations while improving their bottom line. View Details2 9/16" Coiled Tubing Hanger, Rated 5M
The 2 9/16” 5M Coiled Tubing Hanger is a tool designed to securely hold coiled tubing in place during well operations where pressure can be high—up to 5,000 psi. It is built to support heavy coiled tubing and the equipment attached to it when performing tasks deep inside the well.
This hanger works with coiled tubing sizes of 1 inch, 1¼ inches, 1½ inches, and 1¾ inches in outside diameter, making it suitable for a range of tubing types used in different well operations. It connects to the wellhead using standard flanged connections.
A special feature of this hanger is its wireline entry sub. This part acts as an extra seal around the tubing to maintain pressure control in the well while allowing wireline tools to pass safely through the tubing. The wireline entry also prevents the tubing from moving upwards during operations, which helps protect the equipment and maintain well safety.
The hanger is powered by electricity, which supports reliable operation in the field. Overall, the 2 9/16” 5M Coiled Tubing Hanger helps keep the tubing stable, maintain well pressure, and allow tool access during important tasks like cleaning the well, stimulating production, or running diagnostic tools.
View DetailsWell Flow Control Valve Direct Response 4.36 inch
The WI retrievable injection valve is a high-performance, high-flow rate injection valve. High throughput is achieved by a unique valve configuration that minimizes turbulent and potentially erosive flow. Operation is not dependent on a specific flow rate, pressure, or setting depth, thus negating the need for adjustment over time. The valve incorporates a metal-to-metal valve and seat energized by the combination of an integral spring and well pressure acting from below. The WI injection valve can be deployed on a wireline lock or through-tubing pack-off device, providing flexibility not available with alternative injection valve systems. As a result of the simple design with fewer parts, redress and repair costs are considerably lower than those for other injection valve systems. Applications The WI injection valve is primarily used in water injection applications as an alternative to conventional tubing or wireline-set safety valves. The valve is also commonly used as a retrofit solution in water injectors in which a tubing to annulus leak has occurred. The valve can be deployed below the leak point to eliminate uncontrolled annulus pressure increases when the injection stops. Features » Compatible with all known lock systems » Dedicated designs to suit Halliburton EB0 intervention packers » Enhanced internal flow profile » Simple design and construction » Flow-loop testing performed to establish pressure drop versus pump rate *information referenced from supplier catalog. View DetailsHR & Performance Management Platform
KEY360 Inc offers a single integrated Business Management Platform comprising Business Intelligence, Project Management, Big Data & Analytics, ERP, Behaviour and Strategy Modification. - Over 140 Business and Project Management Systems on one platform available - Unique and extremely effective workflow engine - Remarkable “BIG DATA” and bulk transaction capability - Integrated Real Time reporting and dashboarding - Multi-company platform allows all project users to integrate seamlessly KEY Differentiators: - KEY360 Provides an exceptional opportunity for your organisation to attract new clients and build long terms relationships. - KEY360 is a Microsoft Gold Partner and Approved Microsoft Co-Sell Partner and can be purchased directly from the below online marketplaces: - Microsoft AppSource: KEY360 Capital Management Projects - Azure Marketplace: KEY360 Capital Management Projects - KEY360 is reputedly the most comprehensive and versatile Capital Project Management, Business Digitalization & Business Optimization solution available. View DetailsThe LM2500 High Pressure Turbine (HPT) Vertical Stand is a support fixture designed to hold the HPT module of the LM2500 gas turbine in a vertical position. It is mainly used during maintenance, inspection, or transport of the turbine module.
By keeping the turbine upright, the stand helps ensure that the module stays stable and properly aligned while work is being done. This setup also makes it easier for technicians to access certain areas of the HPT that would be harder to reach if the module were lying flat.
The stand is built to handle the weight of the HPT and includes features like mounting points or forklift slots for safe and easy movement within a workshop or maintenance area. It is commonly used in the oil and gas industry where LM2500 turbines are found in power generation or mechanical drive applications.
In short, the HPT Vertical Stand is a practical tool that helps keep the turbine secure, makes maintenance tasks safer, and supports good handling practices.
View DetailsHDI 3300 Temperature Gauge System
The HDI 3300 Temperature Gauge System is an intrinsically safe, battery-powered electronic temperature measurement device commonly used in oil and gas operations requiring precise temperature monitoring. Typical applications include high-pressure nitrogen pumping, geothermal and mud-based drilling, well control manifolds, flare stacks, and bulk liquid storage.
The system consists of a digital gauge display, sensor assembly, and interconnecting cable. The sensor, usually a Resistance Temperature Detector (RTD), is housed in a durable stainless steel case with various mounting options like 2-inch Male NPT, hammer unions, or flanges, allowing flexible installation near the temperature source.
The display features an LCD with numeric and analog bar graph outputs, providing temperature readings with 0.1-degree resolution and ±0.5% full-scale accuracy over a range of -50 to 150°C (-50 to 300°F). Users can switch between Celsius and Fahrenheit. It includes 4-20mA and 0-1 VDC output options for integration with remote monitoring, data logging, or control systems, and supports external power inputs.
Designed for ease of maintenance, the system is field-repairable with a replaceable battery pack. The sensor and display are factory-matched and calibrated, requiring recalibration if components are replaced. The gauge fits standard 6-inch panel cutouts and supports multiple mounting patterns. Cable lengths are customizable up to 200 feet or more.
The system operates reliably in temperatures from -40°C to +70°C and is certified for hazardous environments, with a rugged stainless steel sensor housing to withstand harsh field conditions.
The 3300 is well-suited for environments requiring precise, continuous temperature monitoring, including high-pressure drilling, well control, and fluid storage applications. Its intrinsically safe design provides dependable operation in hazardous locations without compromising safety. The solid-state electronics and durable construction reduce maintenance and downtime, while versatile mounting options allow placement close to the measurement point for accurate readings. Featuring clear numeric and bar graph displays along with remote output capabilities, the system supports timely decision-making and integrates easily with larger monitoring setups, enhancing process control and operational safety in demanding conditions.
View DetailsHDI 2100 Pump Stroke Counter System
When it comes to accurate and reliable monitoring of mud pumps, the HDI 2100 Pump Stroke Counter stands as the industry's leading solution. Designed as an intrinsically safe, certified, solid-state electronic stroke counter, the HDI 2100 ensures precise tracking and display of total accumulated mud pump strokes and stroke rates. Seamless Integration with the HDI 9000 Choke Console System: The HDI 2100 is most commonly found within the HDI 9000 Choke Console System, where it plays a vital role in monitoring and displaying the stroke data of up to four individual mud pumps simultaneously. With its advanced capabilities, this stroke counter provides real-time insights into pump performance, enabling operators to make informed decisions for efficient drilling operations. Uncompromising Precision and Reliability: Equipped with a quartz crystal oscillator, the HDI 2100 delivers high-precision stroke counts with zero drift. This ensures accurate and reliable measurement, even in harsh environments and high vibration conditions encountered in land and offshore drilling. Constructed with a stainless steel case and stainless steel piezo switches, the HDI 2100 is built to withstand the toughest conditions for long-lasting performance. User-Friendly and Low Maintenance: Once installed, the HDI 2100 requires virtually no maintenance or calibration, allowing you to focus on your operations with confidence. The solid-state display provides clear and reliable information, while the simple interface allows for easy calibration when needed. Battery-powered operation ensures portability and convenience, while a low battery indicator keeps you informed about power levels. Versatile Configuration Options: The HDI 2100 offers various configuration options to suit your specific needs. You can choose between micro-switch or proximity sensor inputs, depending on your preference and operational requirements. Dual sensors are also available for seamless integration with HMI/PLC systems, enhancing the automation capabilities of your drilling processes. Certifications You Can Trust: The HDI 2100 Pump Stroke Counter is CSA certified as Intrinsically Safe Class 1, Division 1, Groups A, B, C, and D. Additionally, an optional ATEX certification (II 1 G, Ex ia IIC T4) is available for enhanced safety in hazardous environments. Experience the HDI Advantage: With the HDI 2100 Pump Stroke Counter, you gain access to unrivaled accuracy, reliability, and ease of use. Our commitment to excellence ensures that all HDI Gauges provide safety, accuracy, reliability, and low maintenance for our valued customers. Contact our experienced team today to discuss your specific monitoring requirements and discover how the HDI 2100 can revolutionize your mud pump operations. Trust Houston Digital Instruments for the ultimate monitoring solution. Where Safety Meets Performance - HDI, your partner in precision measurement. View DetailsHDI V9000 Virtual Choke Console System
The HDI V9000 Virtual Choke Console System is a PLC-based control and monitoring platform that provides a digital representation of the traditional hydraulic choke console used in oil and gas operations. It integrates Human-Machine Interface (HMI) technology with electronic joysticks, enabling operators to monitor and control choke valves both locally and remotely.
This system supports flexible configurations to meet client requirements, including various console layouts and customizable language options. It is designed to interface not only with standard choke control components but also with additional monitoring equipment such as gate valve position indicators, mud gas separator pressure monitors, and environmental sensors for riser and sub-sea temperatures.
By digitizing choke control, the V9000 enhances operational oversight, allowing for precise valve positioning and real-time status feedback. Its modular architecture permits scalability and adaptation to complex wellsite setups, supporting improved safety and efficiency. The system\'s data logging and reporting features facilitate compliance tracking and operational analysis, making it a comprehensive solution for modern well control management.
View Details2 7/8" SCSSSV – Surface Controlled Subsurface Safety Valve – 5,000 PSI – ISO
Available sizes: 2 3/8”, 2 7/8”, 3 1/2”, 4”, 4 1/2”, 5”, 5 1/2'” and 7”.
The 2 7/8" Surface-Controlled Subsurface Safety Valve (SCSSSV) is designed to shut in a well to prevent uncontrolled flow caused by equipment failure or damage. It is installed in the upper wellbore to provide emergency closure of the production tubing, isolating the wellbore if there is a failure in the surface production control system or downhole equipment.
The valve operates on a fail-safe principle, closing automatically when control pressure is lost. It features a flapper-type mechanism and is surface-controlled through hydraulic pressure. The design is self-equalizing, which helps maintain pressure balance across the valve during shut-in and restart, ensuring consistent performance.
This valve is wireline retrievable, meaning it can be removed or serviced without pulling the entire tubing string, reducing well intervention time. It is compatible with landing nipples having seal bore diameters of 2.125", 2.188", or 2.313", allowing flexibility in well design.
The valve is rated for working pressures up to 5,000 psi and offers internal flow passage options of 0.81" or 1.12". The sealing surfaces are located outside the flow path when the valve is open, minimizing erosion and wear. The flapper is made from solid bar stock to provide mechanical strength and durability.
This configuration is commonly applied in wells where emergency shut-in is necessary and regular maintenance without tubing retrieval is preferred.
View Details3” Sleeve Style Gas Blowoff Valve
The Blowoff Valve is a 3-inch sleeve-style gas blowoff valve designed for use in aero-derivative industrial gas turbines. Its primary function is to isolate gas fuel during turbine shutdowns or emergency events, helping prevent overspeed conditions and damage caused by uncontrolled combustion.
This valve features a solenoid-pilot actuation system and operates with either 24 VDC or 95–140 VDC electrical input. It is designed with a 3-inch outlet flange and built entirely from stainless steel materials to ensure durability and compliance with NACE standards for sour gas environments.
Performance characteristics include a 110 millisecond full-stroke opening time and 1 second full-stroke closing time, meeting the rapid response requirements necessary for turbine protection. The valve is capable of withstanding heat soak temperatures up to 400°F, allowing it to function reliably in high-temperature turbine enclosures.
For safety in hazardous environments, the blowoff valve is certified to CE-ATEX Group IIA, Category 3, Zone 2, T3, supporting its use in oil and gas facilities with potentially explosive atmospheres.
This valve is often used in redundant pairs to provide dual isolation capability, increasing system reliability. Its application is critical to turbine safety systems, ensuring that fuel flow can be quickly and reliably shut off when required.
View Details2-1/2 inch Annular Vent and Sleeve
An annular vent sleeve valve communicates between the casing annulus and producing formation. The valve is a hydraulically operated sliding sleeve device like a surface controlled subsurface safety valve with a hydraulic piston and a power spring to maintain the valve in a normally closed position. The valve is used with a bull plug on top or as an annular safety valve by providing annular bypass while control pressure is applied. With an electrical feedthrough device, this valve functions through a single packer mandrel as an electric power cable passage and annular bypass. On a dual hydraulic packer, the valve operates by a common hydraulic control line that sets the packer and operates the tubing-retrievable safety valve. Hydraulic pressure from the control line shifts the valve open to create a flow path across the packer in the annulus. Spring force closes the valve upon loss of control-line pressure to the piston. If the valve becomes inoperable or closed, an emergency shear feature allows fluid to be pumped into the producing formation from the annulus. Applications » Gas lift and electric submersible pump situations Features » Accurate fluid level shot during pumping because of large ported area through the vent sleeve » Maximum gas vent flow area allows increased gas flow rates and lower circulating pressures » Valve will shut off flow from either direction — production or injection *description excerpted from manufacturers catalogue. View DetailsThe 2″ Gas Metering Valve is designed to precisely control the flow of gas fuel in aero-derivative gas turbines, including the LM2500. By adjusting fuel delivery based on operating conditions, it maintains the optimal fuel-to-air ratio essential for safe, efficient, and reliable turbine operation.
Fuel metering valves act as the throttle control for gas turbines. Since turbines generate power by burning fuel mixed with compressed air, accurate regulation of this mixture directly impacts power output, efficiency, and emissions such as nitrogen oxides (NOx) and carbon monoxide (CO).
This valve delivers exceptional accuracy within ±1% of the flow point, ensuring consistent fuel delivery and optimal combustion. It is built to perform reliably in demanding environments and meets safety standards including ATEX, PED, and UL, certifying it for use in hazardous and extreme conditions.
The fuel metering valve is a two-inch right-angle style valve commonly used on aero-derivative turbines. It integrates easily into existing systems without requiring hydraulic or electrical changes. With millions of hours of proven field performance, it offers dependable, precise fuel control that enhances turbine efficiency and reduces fuel consumption.
View Details6 5/8" Mech-2 Double Grip Mechanical Set Packer
Ballycatter Mech-2 Double Grip Mechanical Packer
Available sizes: 5”, 5 1/2”, 6 5/8”, 7”, 9 5/8”, and 10 3/4”
The Ballycatter Mech-2 is a retrievable, compression-set double-grip mechanical packer designed for applications where pressure differentials from below are anticipated, such as combined stimulation and production operations. Featuring opposing slips above and below the packing element, the Mech-2 ensures secure bi-directional anchoring within the casing under varying well conditions.
The tool incorporates a built-in hydraulic hold-down system located beneath the face-seal bypass valve, enabling it to resist upward forces during stimulation treatments. A unique “Differential Lock” mechanism utilizes pressure from below the packer to actuate a balance sleeve, generating additional downward force that maintains bypass valve integrity and ensures a reliable seal.
The Mech-2 is mechanically set using a long-stroke mandrel and a J-slot mechanism. Once positioned, right-hand rotation and applied set-down weight close the bypass valve, engage both slip sets, and compress the sealing elements. The formation below the packer is then fully isolated and accessible only through the tubing. To retrieve, the tubing is raised the full packer length, automatically re-engaging the J-slot and reopening the bypass for pressure equalization and circulation.
With its dual-grip design, hydraulic hold-down, and controlled setting and release process, the Mech-2 offers a robust and dependable solution for demanding applications requiring secure annular isolation and enhanced downhole stability.
View DetailsMS-52 EC Extraction Condensing Steam Turbine
Revolutionize Your Power and Steam Needs with the Kessels MS-52 EC Extraction Condensing Steam Turbine: Efficiency Redefined In the dynamic world of the oil and gas industry, where precision, reliability, and efficiency are paramount, Kessels Steam Turbines presents the MS-52 EC Extraction Condensing Steam Turbine. This technological marvel is designed to surpass your expectations, setting new standards in steam turbine technology. Mastery of Extraction Condensing Turbines Extraction condensing turbines are the lifeblood of industries that demand a constant pressure steam flow for diverse processes. The MS-52 EC shares structural characteristics with condensing turbines, making it the ideal choice when you need a dependable source of constant pressure steam for your operations. Efficiency at Its Zenith What sets the MS-52 EC apart is its unique ability to inject low-pressure steam from the second admission valve chest. This ingenious feature optimizes the utilization of available plant resources to meet power demands, making our turbine an indispensable asset in co-generation scenarios. Steady Power, Unwavering Performance In co-generation settings, where maintaining a consistent power supply despite fluctuations in process steam demands is paramount, the MS-52 EC excels. This turbine ensures your power generation remains steady, providing a rock-solid foundation for your operations. The Ultimate in Versatility At Kessels, we understand that each industry has its unique needs. In some cases, you may require both bleed and controlled extraction steams from the condensing turbine. Our MS-52 EC is designed to meet these demands, offering the flexibility of a bleed cum extraction condensing turbine. Why Choose Kessels? Choosing Kessels Steam Turbines isn't just a business decision; it's a commitment to excellence, innovation, and reliability. Our MS-52 EC Extraction Condensing Steam Turbine embodies these principles, offering you: Unmatched Efficiency: Harness low-pressure steam resources efficiently, reducing energy waste and maximizing productivity. Reliability Beyond Question: Crafted with precision and subjected to rigorous testing, our turbine ensures uninterrupted operations, even in the most demanding industrial environments. Consistent Power Supply: Experience uninterrupted power generation, regardless of variations in process steam demands, ensuring your operations run seamlessly. Exceptional Versatility: Adapt effortlessly to your unique requirements, whether you need bleed or controlled extraction steams, with the confidence that Kessels' expertise provides. Expert Support: Our team of specialists is at your service, ready to assist with installation, maintenance, and troubleshooting. Empower Your Future with Kessels In the fiercely competitive landscape of the oil and gas industry, every advantage counts. Step into a future of efficiency, reliability, and sustainability with the Kessels MS-52 EC Extraction Condensing Steam Turbine. Contact us today to discover how our turbine can revolutionize your operations and lead you toward unprecedented success. Kessels Steam Turbines – Powering Progress, Powering You. View DetailsTubing Hanger Coupling - 4 ½” to 2 7/8”
The 4 ½ x 2 7/8” Tubing Hanger Coupling is a specialized connection component used in oil and gas wellhead systems to join two different sizes of upset tubing—4 ½-inch and 2 7/8-inch. This size combination is commonly selected when there is a need to transition from a wider tubing hanger profile to a smaller production string, without significantly restricting flow or compromising mechanical strength. The slightly larger 2 7/8” production tubing allows for greater internal flow area than smaller alternatives, making this configuration well-suited for completions that aim to support moderate to high production rates.
The coupling is designed with a union nut mechanism, which enables installation without rotating the Christmas tree or disturbing other surface equipment. This simplifies operations, especially in space-limited or sensitive surface environments. Both the top and bottom threads of the coupling can be manufactured to meet specific customer requirements, ensuring compatibility with a range of tubing string designs. Additionally, the coupling is threaded to accommodate a back pressure valve, offering an important safety feature by allowing well pressure to be managed during maintenance or pressure control procedures.
Constructed from high-grade steel and compliant with API standards, the 4 ½ x 2 7/8” Tubing Hanger Coupling offers high durability, corrosion resistance, and the mechanical integrity required for challenging downhole conditions. By supporting a secure, pressure-tight connection between tubing sizes, it plays a key role in maintaining well integrity and operational efficiency in various oil and gas production scenarios.
View Details5.5 inch Depthstar Surface Controlled Subsurface Safety Valve
Unlike other TRSVs, the DepthStar valve functions completely independent of well pressure; therefore, it is able to operate at consistently low hydraulic pressures, making it an ideal solution for deepwater completions. The DepthStar® tubing-retrievable safety valve (TRSV) is a revolutionary concept in the realm of surface controlled subsurface safety valves. Previously, solutions to wellbore isolation of the piston required additional seals and/or gas-charged chambers where their reliability is heavily dependent on elastomeric seals and the permanent, long-term containment of a dome charge. The DepthStar valve, through the use of a revolutionary magnetic coupler, allows for positioning the hydraulic actuator completely out of the tubing wellbore. By repositioning the hydraulic actuator outside the tubing wellbore, the DepthStar valve becomes the world’s first 100% metal-to-metal (MTM) safety valve that contains no moving seals within the tubing wellbore. This reduction in seals combined with an intrinsically simple design makes the DepthStar TRSV inherently reliable. The DepthStar TRSV operates with a low operating pressure, making it an ideal solution for deep-set applications. Features » No moving seals exposed to the tubing wellbore » 100% MTM sealing within the tubing wellbore » Less than 5,000-psi maximum valve opening capability regardless of setting depth or pressure » Minimized number of body connections » Proven MTM, non-elastomer hydraulic actuator » Isolated flow tube *information referenced from supplier catalog. View DetailsHigh Density Fibre cable splicing
Enabling Seamless Connectivity through High-Density Fiber Cable Splicing at Nulux Network Solutions In the interconnected world of the oil and gas industry, where vast swaths of data traverse through networks, orchestrating the symphony of myriad operations, Nulux Network Solutions establishes itself as the maestro, ensuring every note, i.e., data byte, flows seamlessly, securely, and efficiently. The Core of Energy Sector: Data Transmission Navigating through the contemporary oil and gas sector necessitates not just the flow of energy, but the incessant, uninterrupted, and secure transmission of data. Nulux, proffering state-of-the-art products, solutions, and services across the comprehensive energy value chain, takes the lead in facilitating this vital data flow. Our commitment extends beyond providing robust solutions - we forge a pathway toward a more sustainable future, infusing every facet of your operations with technology that ensures your data travels not only with speed but also with uncompromised security. Nulux’s High-Density Fiber Cable Splicing: Where Technology Meets Excellence Fiber optic communication stands out as a linchpin in the modern digital world, especially within the realms of the oil and gas sector. Amidst the vast landscapes, both onshore and offshore, where operations unfold, ensuring that data connects every operational node is pivotal. Here, our High-Density Fiber Cable Splicing service comes to the forefront as a beacon of technological excellence and operational efficacy. Enhanced Connectivity: Our high-density fiber cable splicing ensures that your operations are interlinked with a network that offers enhanced, unfaltering connectivity, even in the most challenging terrains and under stringent conditions. Bandwidth Prowess: Harness the power of expanded bandwidth, facilitating the swift flow of large volumes of data across your operational network, ensuring every decision is backed by real-time data. Robust and Reliable: With a focus on durability and reliability, our fiber cable splicing ensures your network withstands the challenges, providing a robust platform for data transmission. Crafting Futures with Sustainable Data Management In the sprawling domains of the energy sector, where sustainability is progressively becoming a cardinal focus, enabling operations that are not only efficient but also eco-conscious is paramount. Our High-Density Fiber Cable Splicing embodies this principle, ensuring your data management is not only optimal but also leans toward sustainability. Navigating Through the Digital Terrain Together At Nulux, we do not merely offer a service; we extend a partnership. A partnership wherein your aspirations for operational efficiency, data security, and sustainable practices are realized through our technological solutions. Our High-Density Fiber Cable Splicing is more than a service – it is a commitment to ensuring your data flows through a network that is as steadfast, secure, and efficient as the operations it facilitates. Conclusion In a world where data permeates every operational stratum, ensuring it flows through a network that epitomizes reliability, security, and efficiency is crucial. Navigate the intricate digital landscapes of the oil and gas industry with Nulux, where your data is transmitted through networks forged from technological excellence and a commitment to sustainability. Join hands with Nulux Network Solutions, and let’s traverse through the digital journey towards a sustainable, data-driven future together. Because at Nulux, your data is not merely transmitted; it is cared for, safeguarded, and facilitated through a network where every byte is crucial in crafting a sustainable future. Let's illuminate the path towards a robust, interconnected, and sustainable operational future, together. View DetailsPumpjack C-320D-256-144 for application in the majority of oil wells
The Conventional Crank Balanced Pumping Unit, widely known and accepted, is the old reliable “Work Horse” of the oil patch. This is the most universally adaptable unit. These units are simple to operate and require minimum maintenance. Unit Size C-320D-256-144 A 120.00 B 180.00 C 260.00 E 215.25 F 353.75 H 398.00 I 32.75 J 110.00 L 72.50 M 76.00 N 21.13 N1 16.13 R 136.88 T 34.00 U 98.63 V 52.00 W 43.00 X 112.50 AA 53.625 AB 93.00 UU 31.00 VV 48.25 In addition to being the world’s leading manufacturer and supplier of sucker rod pumping units, all brands – Lufkin, Churchill, American, LeGrand, Bethlehem, National, etc. – are supported. View Details