Don't have an account? Join for free
Cart
Surface Controlled Subsurface Safety Valve FXE 2-3/8 inch
The FXE wireline-retrievable flapper valve, which is normally closed, is held open by hydraulic control pressure from the surface. The valve operates on a hydraulic piston principle. To open, hydraulic pressure slightly higher than the well pressure is applied to move the piston downward. This pressure unseats the secondary seat, allowing pressure to enter through equalizing ports. Then, as additional hydraulic pressure is applied to the piston, it continues downward movement, pushing the flapper open. The flapper hinge assembly is designed such that the force on the piston is not applied directly on the hinge pin. Upon loss of hydraulic pressure in the control line, the valve’s large spring serves to lift the hydrostatic head of the control fluid. The flapper spring is designed to close the valve when the piston moves up past the flapper. Opening Prong Nose Seal The FXE valve uses the valve housing as the downstop for the opening prong. This metal-to-metal (MTM) interface is designed to prevent flow from passing between the valve housing and the opening prong. The MTM interface isolates the flapper and seat from fluid flow while the valve is open. This design creates an MTM interface with the full force exerted by the hydraulic piston, minus the spring compression force, holding the two metal faces in contact. Radius of Curvature at Flow Entrance Halliburton conducted a study with various curvatures on the entrance to the valve. The study tested abrasive fluids flowing through different test subs and examined the resulting wear patterns. As a result, an optimum radius of curvature was determined and implemented on the valve housings of all wireline-retrievable safety valves. Applications » General production completions Features » Equalizing-type flapper closure » Solid construction flapper made from bar stock » Spherical radius seat on flapper improves seal reliability » Sealing and seating surfaces are out of the well production flow path when valve is in the open position *information referenced from supplier catalog. View Details
Hex Reducing Couplings Female NPT are precision pipe fittings designed to connect two pipes of different sizes while maintaining a secure, leak-tight connection. The female NPT threads provide a tapered seal that ensures a tight fit when connected to a male NPT thread, making them suitable for high-pressure systems up to 10,000 PSI. The hex shape of the coupling allows for easy tightening with standard tools, providing both convenience and reliability during installation.
Reducing couplings are specifically used when there is a need to transition between different pipe sizes in a system, allowing for flexibility in design and modification of existing pipelines. They help maintain proper flow rates, pressure, and system integrity without the need for custom fittings. This makes them essential in oil and gas systems where varying pipe sizes are common.
These couplings are manufactured from high-quality materials and are compliant with recognized standards, including ASME B1.20.1, SAE AS71051, ISO 7-1, and ISO 228, ensuring consistency, traceability, and durability in demanding applications. Hex Reducing Couplings Female NPT are ideal for situations where space is limited and a reliable connection between different pipe sizes is required, supporting both operational safety and system efficiency.
View Details
Mesh Network Design and Installation
Pioneering Mesh Network Solutions for the Oil and Gas Industry: Nulux Leads the Way The oil and gas industry, characterized by its vast operations, challenging terrains, and the imperative for seamless communication, is a sector where reliable connectivity can make a profound difference. In this intricate web of operations, Mesh Network Design and Installation by Nulux Network Solutions emerges as the paramount solution for engineering professionals in the industry. Understanding Mesh Networks Unlike traditional Point-to-Point (P2P) or Multipoint configurations, mesh networks form a web of interconnected devices. Each node or device in this network is connected to multiple others, creating a network where information can take several paths to its destination. This interconnectedness ensures that even if one node fails, the network remains intact by rerouting data through other nodes, offering unparalleled reliability. Why Mesh Networks are a Game Changer for Oil and Gas Operations Robust Connectivity: Given the sprawling nature of oil and gas facilities, with sites spread across large geographic areas and often in remote locations, a mesh network ensures that there's no single point of failure. This robustness is crucial for operations where downtime can result in significant financial and operational setbacks. Scalability: As operations expand or evolve, mesh networks can be effortlessly scaled. With every new device acting as a node, the network becomes more resilient and extensive. Efficient Data Flow: With the capability to choose the quickest route for data transmission, mesh networks optimize the flow of information, ensuring timely decision-making and operational efficiency. Nulux's Expertise: Meshing Excellence with Experience Having an extensive background in various wireless infrastructures, Nulux Network Solutions has channeled its expertise into creating mesh network solutions that cater specifically to the challenges faced by the oil and gas industry. Customized Solutions: Recognizing that each operation is unique, our team tailors mesh network designs to align with the specific needs and challenges of each facility. End-to-End Service: From the initial design phase to the final installation, Nulux ensures that every aspect of the mesh network is handled with precision, ensuring optimal performance. Future-Ready: In an industry that's rapidly embracing digitization and smart technologies, our mesh networks are designed to be future-ready, compatible with emerging tech and capable of integrating with IoT devices and sensors. Driving Operational Efficiency with Wireless Solutions Beyond mesh networks, Nulux is committed to offering a comprehensive suite of wireless solutions. From designing Wireless Access Points (WiFi) that cater to bustling work environments to implementing secure and cost-effective Point-to-Point (P2P) networks, Nulux remains at the forefront of wireless tech, ensuring that the oil and gas sector is always one step ahead in its communication game. Conclusion In a sector where operational efficiency, safety, and timely decision-making are paramount, having a reliable communication network is non-negotiable. Nulux Network Solutions, with its cutting-edge Mesh Network Design and Installation services, offers the oil and gas industry a chance to revolutionize its communication infrastructure. Connect with us and let's chart a path to seamless connectivity together. View Details
Isolation 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 Details
6 5/8" Mech-1 Single Grip Mechanical Set Packer
Ballycatter Mech-1 Single Grip Mechanical Packer
Available sizes: 5”, 5 1/2”, 6 5/8”, 7”, 9 5/8”, and 10 3/4”
The Ballycatter Mech-1 is a retrievable, compression-set mechanical packer designed for low-pressure production, casing integrity testing, and well intervention operations. Built with a long-stroke mandrel and a large bypass area, it allows unrestricted fluid circulation while running in hole. The bypass is controlled by a face-seal valve that automatically closes during setting, fully isolating the annulus once the packer is engaged.
Setting is achieved via a mechanical J-slot system using standard right-hand (or optional left-hand) rotation. Once the tool is positioned, applying set-down weight activates the slips and compresses the packing elements, sealing off the formation below. Retrieval is straightforward—lifting the tubing string engages the J-slot and reopens the bypass valve for safe circulation and recovery.
The Mech-1 features a rocker-type slip design for positive casing engagement and can be repositioned if required. Its straightforward operation, reliable sealing, and retrievability make it a practical solution for conventional production completions, casing leak diagnostics, and test operations where hydraulic setting is not required.
View Details
5 1/2" HP-6 Hydraulic Set High Angle Production Packer for 13-15.5 PPF Casing
Ballycatter HP-6 High Angle Production Packer
Available sizes: 4 1/2”, 5”, 5 1/2”, 6 5/8”, 7”, 7 5/8”, and 9 5/8”
The Ballycatter HP-6 is a compact, hydraulically set production packer designed for low to medium-pressure applications in high-angle and horizontal wells. With a short body length and no tubing movement required for setting, the HP-6 is ideally suited for tight-radius deviations, stacked completions, and coiled tubing operations.
It can be run in single or multiple packer installations with sequential setting in a single trip, reducing rig time and complexity.
Rated to 7,500 psi and tested in Q125 casing, the HP-6 features a straight-pull release mechanism that is fully isolated from hydraulic pressure, allowing low shear-out force even under full differential pressure.
Built-in bypass ports equalize pressure during retrieval, ensuring smooth release and reducing swab risk. The tool can be set using rig pumps, and its economical design allows for easy redress and reuse. Optional rotational release is available for added flexibility in challenging retrieval scenarios.
Engineered with materials and elastomers for hostile environments, the HP-6 delivers dependable performance in offshore operations, high-angle wells, and cost-sensitive completions requiring reliability without unnecessary complexity.
View Details
9 5/8" HP-5 Hydraulic Set Production Packer
Ballycatter HP-5 Production Packer
Available sizes: 5 1/2”, 6 5/8”, 7”, 7 5/8”, and 9 5/8”
The Ballycatter HP-5 is a hydraulically set, mechanically held, pressure-balanced production packer engineered for deep, high-pressure oil and gas applications. Designed to withstand bi-directional pressure differentials, it performs reliably in demanding environments such as deviated wells, stacked completions, and alternate zone installations. Its internal pressure balance system offsets downhole pressure fluctuations and reversals, maintaining integrity in the set position.
The HP-5 features upper and lower mechanical slips for secure engagement with casing under all well conditions, and its packing element system delivers a robust, pressure-enhanced seal. A unique body lock mechanism prevents pre-setting during deployment, keeping all components rigidly locked as a single unit while running in hole. This makes the HP-5 particularly effective in coiled tubing completions and high-angle installations.
The packer is released via a straight pull, with field-adjustable shear pins that are unaffected by differential pressure—allowing for flexible, operator-controlled release without tool disassembly.
Compatible with a wide range of packer accessories, the HP-5 combines reliability, operational control, and downhole adaptability in a single robust solution for production and injection applications.
View Details
OilHungry 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 Details
Wisdom Lamp 4A Retail Blister Pack
Illuminate Your World with the Wisdom Lamp 4A Retail Blister Pack – Now at Provix Provix is delighted to present the Wisdom Lamp 4A Retail Blister Pack, the ultimate lighting solution for a range of activities. Whether you're into rock climbing, night fishing, diving, or need reliable lighting for construction and emergency rescue, the Lamp 4A is your go-to source of illumination. Complete Package for Versatile Use The Lamp 4A Retail Blister Pack includes a 3A or 4A Cap Lamp, a magnetic USB charger, and a head strap. This comprehensive package offers everything you need for hands-free lighting in various environments. The easy-to-use head strap ensures the lamp stays secure, whether you're scaling a cliff or navigating a dark construction site. User-Friendly and Efficient Charging Charging the Lamp 4A is hassle-free. Simply connect the magnetic head to the lamp's charging interface and the USB connector to a Wisdom power adapter or any USB port. This flexibility allows you to charge your lamp at home, in the office, or even in your car. Outstanding Technical Specifications The Lamp 4A boasts impressive technical data, ensuring it meets your lighting needs: • Rated Capacity: 7,000mAh • Rated Voltage: 3.7V • LED Working Current: HI 1,400 mA, ME 570 mA, LO 80 mA • Initial Lighting Degree in 1m: HI 25,000 lx, ME 12,000 lx, LO 1,800 lx • Light Luminous Flux: HI 533 lm, ME 265 lm, LO 50 lm • Continuous Discharging Time: HI 5 hours, ME 13 hours, LO 60 hours • Light Power: HI 4.2W, ME 1.17W, LO 0.24W • Charging Time: 5 hours • Weight: 169g (5.96 oz) • Dimensions: 84x69x50mm (3.3x2.7x2.0in) Safety and Durability With a short circuit protection time of less than 320μs and a battery lifespan of 1,200 cycles, the Lamp 4A is not only safe but also durable. Its robust construction ensures it can withstand the rigors of various activities and work environments. Your Ideal Companion for Any Adventure or Task The Wisdom Lamp 4A Retail Blister Pack is an essential tool for anyone needing reliable and versatile lighting. Available now at Provix, this pack is perfect for all your adventures and professional tasks. Visit www.provix.net to learn more and get your hands on this indispensable lighting solution. View Details
HDI 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 Details
The 6″ Butterfly Bleed Air Valve is designed to regulate the flow of compressed bleed air from the compressor section of large gas turbines, such as the LM2500. This valve uses a butterfly-shaped disc permanently attached to a robust shaft, allowing precise control over airflow to reduce pressure and temperature within the turbine system.
With an effective flow area of 19.1 square inches max, this valve accommodates higher volumes of bleed air, making it suitable for turbines with greater airflow requirements. It features a fast response time—less than 320 milliseconds for a full stroke—ensuring timely adjustments to changing operating conditions. The valve’s bearings are engineered for high cycle service, providing durability and reliability even under frequent opening and closing cycles.
The 6″ valve helps protect turbine components by managing thermal loads and maintaining optimal compressor performance, which in turn improves overall turbine efficiency and extends equipment life. It is commonly used in oil and gas applications where maintaining safe, efficient, and reliable turbine operation is critical. This valve also serves as a drop-in replacement in existing turbine systems, requiring no hydraulic or electrical modifications, simplifying installation and reducing downtime.
View Details
The 5 Valve Manifold R Type – Pipe to Pipe is designed for high-pressure oil and gas applications where differential pressure transmitters or gauges need to be connected, calibrated, and maintained safely. This manifold provides two block valves, two equalizer valves, and one bleed valve in a single assembly, allowing operators to isolate the transmitter, equalize pressure between impulse lines, and safely vent pressure when required.
The R Type configuration is particularly suitable when multiple valve functions are needed in a compact layout. By combining all five valves in one manifold, it reduces the number of separate components, minimizes potential leak points, and saves installation space compared to using individual valves.
This manifold is ideal for environments where reliability and safety are critical, offering 6000 PSI standard working pressure, metal-to-metal sealing for high-pressure and temperature performance, and compatibility with NACE MR 01 75 materials. Its design ensures smooth operation, low torque handling, and long-term durability, making it the preferred choice for complex measurement and control systems in oil and gas operations.
View Details
Distibuted Control System (DCS) Fiber Ring Upgrades
Elevating Control, Enhancing Connectivity: Distributed Control System (DCS) Fiber Ring Upgrades by Nulux Network Solutions In the dynamic panorama of the oil and gas industry, where precision, control, and uninterrupted communication play a pivotal role in sustaining optimal operational efficacy, Nulux Network Solutions emerges as a beacon of technological innovation and steadfast reliability. With our rich spectrum of products, solutions, and services encapsulating the entire energy value chain, we endeavor to escort our clients towards a future that is not only technologically advanced but also imbibes the essence of sustainability. Unraveling the Intricacies of DCS in Oil & Gas Operations The Distributed Control System (DCS) sits at the nexus of modern industrial processes in the oil and gas sector, ensuring streamlined control, enhanced safety, and optimized operational efficiency through robust and seamless communication. The very pulse of myriad operations, stretching from exploration, extraction, refining to distribution, is synchronized through a well-knit web of data and control signals that circulate through the DCS. Nulux’s DCS Fiber Ring Upgrades: Synchronizing Future with Present As technological paradigms shift, the intrinsic need to elevate the existing infrastructural capabilities becomes imminent. Nulux’s DCS Fiber Ring Upgrades service converges the realms of technological advancements with your existing control systems, ushering your operations into an era where communication is not just seamless but also expansively scalable and inherently secure. Enhanced Data Transmission: Our DCS Fiber Ring Upgrades accentuate your data transmission capabilities, ensuring real-time communication, control, and data accessibility across the entire operational landscape. Fortified Security: In an industry where data integrity is paramount, our fiber ring upgrades bolster the security framework, safeguarding your operational data against potential cyber vulnerabilities. Uninterrupted Operations: Mitigate downtimes and enhance operational continuity with a robust, reliable, and redundantly configured fiber communication network, ensuring that your control systems are always in cohesive synchronization. Scalability for Future: Navigate future expansions and integrations effortlessly with a DCS fiber infrastructure that is inherently designed to accommodate scalability, ensuring your operations are always in tandem with technological advancements. Envisioning a Sustainable Future with Nulux Our commitment at Nulux Network Solutions transcends beyond providing state-of-the-art technological solutions. We are ardently dedicated to propelling our clients on a journey towards a more sustainable future, where every operational stride is in harmony with environmental and societal well-being. Collaborative Journey Towards Excellence Nulux’s DCS Fiber Ring Upgrades is not just a service; it’s a partnership, where we walk hand in hand with our clients in their operational journey, ensuring every technological stride is secure, robust, and resonates with their overarching objectives. Wrapping Up In the fast-paced, ever-evolving domain of the oil and gas industry, let Nulux Network Solutions be your technological ally, ensuring your DCS is not just a control system but a futuristic, secure, and sustainable communication hub that seamlessly synchronizes every operational pulse. Embark on a journey where control, communication, and sustainability coalesce into operational excellence with Nulux Network Solutions. Let's forge ahead, crafting a future where technology and sustainability resonate in unison, ensuring every operational stride is a step towards a more connected, controlled, and sustainable tomorrow. Together, let's weave a network where every data byte accelerates us towards a future sculpted with precision, control, and conscientiousness. View Details
Injection Valve Subsurface Safety 4.48 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 Details
Well 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 Details
SP TR Surface Controlled Subsurface Safety Valve 6-5/8 inch
The SP™ tubing-retrievable safety valve (TRSV) is a single rod-piston non-elastomer flapper valve designed for hostile environments and extended life applications where ultimate reliability is required. Potential leak paths within the valve are minimized with the single rod-piston design. The piston achieves a metal-to-metal (MTM) seal at its uppermost and lowermost positions to seal well pressure from the control system. The SP valves incorporate flappers using spherical radius sealing surfaces that help greatly improve seal reliability. The spherical radius design provides full MTM sealing integrity. For applications where either the OD or ID is restrained, SP valves incorporate a contoured flapper. OD/ID relationships are improved by the contoured flapper design, which helps provide superior MTM sealing when compared to other forms of curved flapper technology. Applications » For applications requiring ultimate reliability and longevity, such as high-temperature/high-pressure, and subsea completions, or hostile well environments Features » Non-elastomer dynamic piston seals » MTM static seal at upper and lower piston positions » MTM body joints » Flow tube fluted guide » 100% MTM flapper » Concentric thrust bearing » Wiper ring on upper flow tube » Cleanout ports in flow tube’s upper end » Internal exercise profile » Flow tube shock absorber » MTM face seat at flow tube downstop » Setting depths to 9,000 ft (2743 m) » Critical components isolated from well debris with valve in open position » Area above flow tube free of solids buildup » Flow tube can be manipulated by slickline » Protected from high flow rate slam closures *information referenced from supplier catalog. View Details
2 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 Details
Braided Line 7/32 inch Sour Service
Superior Strength and Durability: InWaTec Combined’s 7/32" Braided Line for Sour Service Operations In the demanding and intricate world of well interventions, particularly in sour service conditions, the need for equipment that can withstand the rigors of a corrosive environment is paramount. InWaTec Combined is proud to introduce our 7/32" Supa 75 braided line, a specialized solution crafted for the harsh realities of fishing operations in sour service conditions where hydrogen sulfide (H2S) and other corrosive agents are present. Our 7/32" Supa 75 braided line is at the heart of InWaTec Combined's sour service offerings. Designed with high tensile strength and resistance to corrosive elements, this braided line ensures that fishing operations can be carried out with confidence and security, even in environments where H2S poses a significant risk to standard equipment. Resilience Under Pressure: The Supa 75 braided line is not just another cable; it's a product of rigorous engineering and quality materials, able to endure the stressors of sour well conditions without compromising performance. Corrosion Resistance: Our braided line is treated and constructed to resist the corrosive action of sour gas, ensuring longevity and reliability. This means uninterrupted operations and fewer replacements, saving time and resources. High-Performance Operations: With the Supa 75 line, fishing operations are conducted more efficiently and safely. Its robust build allows for the extraction of stuck equipment from the wellbore without the fear of line failure. Safety as a Priority: The safety of well operations is a non-negotiable aspect of InWaTec Combined’s services. The Supa 75 line's integrity in sour environments means enhanced safety for personnel and the well itself. Our commitment to innovation and customer service means that alongside the provision of the 7/32" Supa 75 braided line, InWaTec Combined offers comprehensive support and expertise. We provide tailored solutions that meet the unique challenges of each operation, ensuring that our clients have the best tools and knowledge at their disposal. Choose InWaTec Combined for your sour service operations and benefit from the advanced performance of our 7/32" Supa 75 braided line. With our technology and support, you can expect to extend the life of your well, maintain production efficiency, and uphold the highest safety standards. Trust in our braided line to deliver when it matters most, ensuring that your operations continue to flow smoothly, even in the face of adversity. View Details
Shifting Tools for Downhole Tools
Streamline Your Downhole Operations with HOCA Oil Tools' Internal Fishing Neck Pulling Tools In the constantly evolving oil and gas industry, having the right tools for specific downhole tasks can significantly enhance operational efficiency and safety. HOCA Oil Tools specializes in providing such solutions, and our Internal Fishing Neck Pulling Tools are a prime example. These tools are meticulously engineered for the safe and efficient retrieval of downhole equipment, ensuring operations proceed smoothly without unnecessary downtime or risk. HOCA's Internal Fishing Neck Pulling Tools: Engineered for Precision and Reliability Designed to latch onto internal fishing necks of downhole tools and equipment, HOCA Oil Tools' Internal Fishing Neck Pulling Tools offer unmatched precision and reliability. These tools are integral for the retrieval process, providing a secure grip without damaging the wellbore or the equipment being retrieved. Constructed from high-quality materials and designed to meet rigorous industry standards, our pulling tools ensure successful operations under a variety of downhole conditions. Experience the Difference with HOCA Oil Tools Choosing HOCA Oil Tools’ Internal Fishing Neck Pulling Tools means opting for a blend of quality, innovation, and support designed to meet the specific needs of modern downhole operations. Our commitment to excellence ensures that our tools not only meet but exceed the rigorous demands of the oil and gas industry. Integrating our Internal Fishing Neck Pulling Tools into your downhole operations translates into enhanced efficiency, safety, and cost-effectiveness. With HOCA Oil Tools, you gain more than just a supplier; you gain a partner dedicated to your success, offering cutting-edge solutions and unparalleled service. Opt for HOCA Oil Tools for your downhole needs and join the ranks of satisfied clients who trust our Internal Fishing Neck Pulling Tools for their critical operations. Elevate your downhole performance with HOCA Oil Tools – where technology, innovation, and reliability converge to drive success. View Details
Close Nipples Male NPT are precision pipe fittings designed to connect two female NPT threaded pipes in oil and gas and process systems. Their short, compact design allows installation in tight spaces while providing a reliable and leak-tight connection. Manufactured from high-quality materials such as stainless steel, brass, or carbon steel, they offer corrosion resistance and durability for demanding industrial environments.
The fittings are produced with burr-free internal surfaces to ensure smooth flow and minimize pressure drop. All threads are tapered in accordance with ASME B1.20.1 and SAE AS71051 standards, allowing secure engagement and leak-free sealing when used with appropriate thread sealants. Close Nipples are suitable for instrumentation lines, pipelines, and other fluid or gas transfer systems where precise alignment and compact installation are required.
They are rated for pressures up to 10,000 PSI, depending on material and size, and are marked with manufacturer, size, material, and heat code for traceability. The fittings are thoroughly cleaned to remove oils, grease, and loose particles, ensuring safe use in sensitive applications. Their simplicity, high-pressure capability, and space-saving design make them a reliable choice for critical connections in oil and gas operations.
View Details
HDI 2200 Choke Position Indicator System
The HDI 2200 Choke Position Indicator System is a battery-powered, intrinsically safe solid-state electronic gauge designed to monitor choke valve positions in oil and gas operations with high accuracy. It displays choke position in 1% increments from fully closed to fully open (0% to 100%) using a three-digit numeric readout alongside an analog bar graph segmented into 101 divisions for both precise measurement and quick visual trend analysis.
The system interfaces with linear, rotary, or retractable potentiometers housed in stainless steel enclosures. This flexibility allows for straightforward adaptation across many choke configurations without the need for onsite customization. The sealed stainless steel housing and solid-state electronics enable the 2200 to operate reliably in harsh field conditions, including high vibration environments typical in land and offshore drilling.
Its compact display unit measures approximately 8 by 8 by 4 inches and weighs around 5 pounds. The system is powered by an intrinsically safe 3.6V DC battery pack, with a low battery indicator to ensure timely maintenance and uninterrupted operation. Field-repairable components minimize downtime and allow for easy servicing. The system supports dual sensors for integration with human-machine interfaces (HMI) or programmable logic controllers (PLC), enabling remote monitoring and automation. The 2200 system replaces traditional pneumatic indicators, eliminating the need for air lines and reducing maintenance complexity, while offering a simple calibration interface to facilitate setup and ongoing adjustments.
View Details
3” Sleeve Style Hot Air Purge Valve
The 3-inch sleeve-style hot air purge valve is designed for aero-derivative industrial gas turbines to control the flow of hot compressor bleed air used in critical purge operations. This valve is normally closed and solenoid-pilot actuated, available in two- or three-inch sizes with elbow sleeve design. It operates on 24 or 125 VDC power and is constructed with ANSI B16.5 Class 600 raised face flanges.
Key specifications include a physical size of approximately 7.5 inches wide and 25 inches high, weighing between 84 to 91 pounds. It can handle line pressures up to 500 psig and actuation pressures between 80 and 125 psig. The valve is rated to operate in fluid temperatures ranging from 32°F to 1100°F (bleed air), and can withstand ambient temperatures between –20°F and 240°F with heat soak up to 400°F for 1 to 2 hours when de-energized.
Performance characteristics include a flow capacity of about 1.2 pounds per second of compressor bleed air with a maximum pressure drop of 0.70 psi across normal operating conditions. Internal leakage is minimal, rated at 0.00025 pounds per minute. The valve features a rapid full stroke response time of 1 second for both opening and closing cycles. It includes a position indicating switch and supports continuous duty operation.
Functionally, this valve plays a crucial role in purging residual fuels, such as diesel, from the combustor fuel lines when switching fuels, preventing deposits that can impair turbine performance or cause damage. The valve is often installed in pairs for dual redundancy to enhance safety and operational reliability. With millions of field operating hours, this design reflects high durability and precise control essential for efficient and safe turbine operation.
View Details
HP-3 Hydraulic Set High Angle 5 1/2" 14-20 PPF Packer
Ballycatter HP-3 High Angle Packer
Available sizes: 5 1/2”, 6 5/8”, 7”, and 9 5/8”
The Ballycatter HP-3 is a hydraulic-set packer engineered for high-angle and deviated well applications, where conventional mechanical or wireline-set tools are not feasible. This packer is particularly suited for single or multi-zone completions, offering flexible deployment in complex well trajectories.
Unlike mechanical systems, the HP-3 requires no tubing movement to set. This enables full well control throughout the operation, as the tubing can be landed and the wellhead installed prior to circulating or displacing fluids.
Key Features:
• Reliable Setting Mechanism: Utilizes dual balanced pistons—one actuates downward to anchor the bi-directional slips, while the other moves upward to compress a three-element packing system. This simultaneous action ensures a secure set and pack-off.
• Three-Element Seal: The packing system uses dual-durometer rubber elements to ensure long-term sealing integrity across a range of downhole conditions.
• Slips & Housing: One-piece, bi-directional slips are housed in a shear-pinned chamber, protected by a full-diameter guide to prevent damage during deployment.
• Release Options: Features a dual-method release system:
• Straight pull via shearing of pre-set screws.
• Right-hand rotation (approx. 8 turns), followed by straight pull.
• Equalization & Retrieval: Built-in equalizing valve opens automatically during release to balance pressures and enable safe retrieval. A large-diameter bypass within the mandrel allows fluid to flow during retrieval, reducing swab effects on the packing elements.
The HP-3 is engineered for reliability, operational flexibility, and full well control—making it a practical choice for complex wellbore geometries.
View Details
The LM2500+ gas turbine delivers increased power and improved efficiency by building on the proven LM2500 platform. Designed to meet the demanding needs of industrial and offshore operations, it offers a compact, reliable solution for power generation and mechanical drive applications.
The LM2500+ enhances the original LM2500 design by adding a 17-stage high-pressure axial compressor. This additional compressor stage increases airflow and raises the engine’s pressure ratio, resulting in roughly 20% more power output. The turbine uses a ring combustion chamber with advanced dry low emissions (DLE) technology, producing very low levels of NOx and CO emissions to meet strict environmental standards.
A key feature of the LM2500+ is its low-speed turbine section, which is specifically designed for offshore platforms and other space-restricted environments. This turbine’s compact size and modular design allow for easy maintenance, with split compressor casing and in-place blade replacement that reduce downtime and operational complexity. The turbine is factory-tested and pre-wired for straightforward installation, supporting both 50 Hz and 60 Hz power generation without the need for additional equipment like reducers.
Operators benefit from the LM2500+’s enhanced power and fuel efficiency, which help reduce operational costs and improve performance in applications such as combined heat and power systems, industrial power generation, underground gas storage, and gas pipelines. Its modular, space-saving design fits well in offshore installations where size and weight are critical factors.
the LM2500+ ensures continuous performance and maximizes uptime, making it a trusted solution for critical power needs across various industrial and offshore applications.
View Details
M-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 Details