Ballycatter.ca - Industrial Equipment

HDI 1522 Choke Position Indicator System

The HDI 1522 Choke Position Indicator System is an electronic instrument designed to accurately measure and display the position of choke valves used in oil and gas production. Choke valves regulate the flow of oil, gas, or water from wells by adjusting the degree of restriction in the pipeline, which directly affects pressure control and production rates. The 1522 system provides highly precise position readings in one percent increments, ranging from fully closed (0%) to fully open (100%), enabling better management of well performance and enhanced safety.

This system uses solid-state electronics to convert mechanical valve movement into electronic signals via various potentiometer types—including linear, rotary, and retractable options—making it adaptable to a wide variety of choke valve designs and configurations. The position data is presented on a four-inch liquid crystal display that combines a numeric readout with a linear bar graph, allowing clear and immediate visualization of the choke’s exact position. The display is engineered for visibility from distances up to fifteen feet, suitable for typical field environments.

Powered by an internal, field-replaceable battery with approximately one year of continuous operation, the 1522 system minimizes maintenance requirements and eliminates the need for complex wiring. It also offers optional analog output signals, such as 4-20 mA or 0-1 V, enabling seamless integration with plant control systems, programmable logic controllers, data acquisition systems, or remote display units for centralized monitoring and automation.

The enclosure is constructed from UV-stabilized, impact-resistant polycarbonate and PBT alloy materials to ensure durability in harsh outdoor conditions. It is rated to operate reliably within a wide temperature range from -40°F to 176°F (-40°C to 80°C). The internal electronics are protected by a gasket seal to prevent dust and moisture ingress, maintaining performance and longevity.

Installation flexibility is enhanced through support for cable lengths up to 1,500 feet, allowing the gauge to be mounted in the most accessible or secure locations. Multiple sensor housing options and connector orientations simplify field installation and reduce the need for onsite customization, helping to minimize downtime and installation costs.

The 1522 Choke Position Indicator System delivers accurate, real-time choke valve position information in a robust, easy-to-install package. Its reliable performance, flexible integration capabilities, and low maintenance design support improved flow control, safer operations, and optimized production.

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Fuel Nozzle for LM2500 Gas Turbine

The 2-cup Fuel Nozzle is a precision-engineered component used in gas turbines, specifically in the oil and gas industry. Its primary function is to inject liquid fuel into the combustion chamber in a fine, atomized spray, allowing for optimal mixing with air and efficient ignition. This ensures stable combustion, better fuel efficiency, and reduced emissions—key performance factors in industrial turbine applications.

The “2-cup” design refers to the nozzle’s dual flow passages, which help balance fuel distribution across the combustion zone. This promotes more uniform flame stability and lowers the risk of hot spots that can cause thermal stress to the turbine hardware. The nozzle is typically used on “base” engines and is suited for continuous-duty operations.

The L47197P05 variant is known for its compatibility with LM2500 turbine configurations and is built to endure harsh operating environments. It features durable materials and a design that withstands high temperatures and pressures commonly found in oil and gas turbine systems.

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Tank Truck for fluid hauling including potable water

Tank Trucks are used to transport a variety of liquids, such as chemicals, liquids, gases, beverages and dry goods, such as grain. Given the expensive and complex nature of tank truck equipment, the specialized skillset required of our drivers, and the increased regulatory environment facing, tank truck carriers deal with the challenges of all trucking companies and many which are unique to the tanker industry. Tank Trucks haul hazardous products, such as petroleum products, chemicals, gases, and hazardous wastes. They also haul non-hazardous materials such as bulk foods and dry bulk products such as cement. View Details

Gauge Root Valve – Female x Female – 1/4” NPT – 6000 PSI – ASME B16.34 / ISO 9001 / PED / ATEX

The Gauge Root Valve Female x Female 1/4” NPT is a small but essential valve used to protect and control pressure instruments, like gauges and transmitters, in fluid or gas systems. Its female x female connection allows it to connect directly to two male-threaded fittings, making installation simple and reducing the risk of leaks.

This valve can handle pressures up to 6000 PSI and operates safely across a wide temperature range. The internal stem is designed with a back seat and the packing is placed below the threads, keeping the threads protected from the process media. A self-centering, non-rotating tip ensures a tight seal every time, preventing leaks.

It also features a removable “T” handle for easy turning with low effort, smooth rolled threads for long-lasting use, and a dust cap to prevent dirt or debris from entering the valve. Each valve is factory tested with nitrogen at 1000 PSI to ensure it seals correctly and operates reliably. This type of valve is ideal for isolating and protecting pressure instruments in chemical, oil and gas, and industrial processes.

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HP-3 Hydraulic Set High Angle 6 5/8" 20-24 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.

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Packer Setting

Enhancing Well Efficiency: InWaTec Combined’s Precision E-line Packer Setting Services The backbone of any well’s structural integrity and operational efficiency lies in the strategic placement and setting of production packers. InWaTec Combined’s E-line Packer Setting Services provide meticulous installation of these critical components, ensuring an optimal seal and isolation within your wellbore. A production packer is not just a piece of hardware; it’s a guardian that ensures the separation of production zones, safeguards the casing from pressure, and enhances the overall management of the well. Our E-line Packer Setting Services cater to both production and service packer requirements, providing versatile solutions tailored to the unique challenges of your well operations. Production Packers: These remain in place during well production, set above the top perforations or sand screens. They are pivotal in multi-zone reservoirs, where they isolate perforations for each zone, allowing for selective production through the use of sliding sleeves. Service Packers: Employed temporarily during well servicing tasks like cement squeezing, acidizing, fracturing, and well testing, service packers are essential for the precise and safe execution of these operations. Packers are designed with a keen eye on reliability—metal slips and rubber elements, or metal rings in high-pressure scenarios, ensure a firm grip and seal against the casing ID. Our E-line Packer Setting Services employ the latest in axial load technology, whether hydraulic, mechanical, or chemical, to expand and secure these packers at the optimal depth. For permanent well configurations, our permanent packers offer a cost-effective and robust solution, boasting superior sealing and gripping capabilities. When retrievability is key, our retrievable packers provide flexibility for secondary recoveries, re-completions, or production tubing changes, with designs that ensure ease of removal and the possibility of reuse after servicing. InWaTec Combined’s commitment to excellence in E-line Packer Setting Services is unwavering. We provide not only the tools but also the strategic foresight and technical support to ensure that your packer installation enhances well performance, maintains integrity, and supports your production goals. Partner with InWaTec Combined for your packer setting needs and experience the assurance that comes from precision, durability, and adaptability. Our services are designed to secure your well’s future, one packer at a time. View Details

Casing Inspection

Safeguarding Well Integrity with InWaTec Combined’s Advanced E-Line Casing Inspection Services At InWaTec Combined, we understand that maintaining the structural integrity of well casings is paramount to the uninterrupted production and long-term viability of any well. That’s why we are committed to offering comprehensive E-Line Casing Inspection Services, employing an array of sophisticated diagnostic techniques to detect and prevent casing failures before they compromise well operations. Casing failures can arise from a variety of factors, including deformation, physical wear, and corrosion. These issues, if not identified and addressed promptly, can lead to diminished well production or catastrophic failures. Recognizing the critical nature of this aspect of well maintenance, InWaTec Combined utilizes four industry-standard techniques for casing inspection, each offering unique insights into the condition of the wellbore structure: Cased-Hole Calipers: Our E-Line delivered cased-hole calipers provide precise measurements of the internal dimensions of the casing, identifying areas of deformation and wear that may not be immediately apparent. Flux-Leakage Tools: These tools detect flaws in the casing by identifying areas where magnetic flux leakage occurs, indicative of potential corrosion or metal loss. Electromagnetic Phase-Shift Tools: By measuring variations in electromagnetic fields, these tools can pinpoint defects within the casing structure, offering an early warning against integrity breaches. Ultrasonic Tools: Our ultrasonic inspection tools use high-frequency sound waves to assess the thickness of casing walls, detecting thinning that could lead to potential collapse. In addition to these methods, InWaTec Combined also employs ultrasonic radial-cement-evaluation devices and modified openhole-imaging devices. These specialized tools are invaluable in evaluating the casing for signs of internal or external metal loss—a critical step in preventing unexpected downtime and ensuring the integrity of the well. Our E-Line Casing Inspection Services are about more than just diagnostics; they provide a strategic approach to well maintenance. By utilizing these advanced tools, we offer a detailed assessment of the casing's condition, enabling operators to take preemptive action to rectify issues before they escalate into more significant problems. In choosing InWaTec Combined for your casing inspection needs, you are selecting a partner dedicated to the highest standards of well integrity and operational safety. We provide a comprehensive, E-Line delivered, diagnostic service that ensures your well remains productive, safe, and profitable for years to come. Trust in the precision of our technology and the expertise of our team to maintain the backbone of your well operations—because at InWaTec Combined, we believe that prevention is the key to sustainable production. View Details

3 1/16" Coiled Tubing Hanger 10M Pressure Rated

Coiled tubing is a continuous, flexible steel pipe widely used in well intervention and maintenance operations, allowing operators to clean, stimulate, log, or deploy tools inside the wellbore without shutting down production. This capability makes coiled tubing an efficient and cost-effective solution to maintain well health and improve productivity.

The 3 1/16” 10M Coiled Tubing Hanger is designed to support larger diameter coiled tubing and heavier tool strings required for more demanding or deeper well operations. The size “3 1/16”” refers to the wellhead bore size that the hanger fits into, while the “10M” indicates its pressure rating of 10,000 psi, meaning it is built to withstand high-pressure environments typically found in advanced well interventions.

This hanger is rated to maintain pressure containment during interventions in high-pressure wells, ensuring safe operations and protecting well integrity. It accommodates coiled tubing sizes ranging from 1 inch up to 1¾ inches outer diameter, which allows the deployment of heavier and more complex downhole tools needed for challenging well conditions. Its rugged construction is engineered to withstand mechanical stresses from heavy tool strings and high pressures without compromising performance.

Designed with flanged connections compatible with API 6B and 6BX standards, the hanger integrates seamlessly with existing wellhead equipment, simplifying installation and maintenance. An important feature of this model is the wireline entry sub, which guides wireline tools into the tubing bore, facilitating additional intervention tasks. The wireline entry sub also provides a secondary annulus seal that prevents fluid or gas leaks and restricts any upward movement of the tubing, enhancing operational safety.

The hanger maintains a secure secondary annulus seal around the tubing, which is critical for isolating pressure zones and protecting against leaks during live well operations. This versatility makes the hanger suitable for various well intervention activities such as well cleanouts, acidizing, logging, and tool deployment, particularly in situations where larger tubing and higher pressures are involved.

The 3 1/16” size strikes a balance between tubing size and wellhead bore capacity. It is larger than smaller hanger sizes, allowing operators to use coiled tubing capable of handling more demanding operational requirements. Its high-pressure rating ensures safe operation in wells where pressures can reach or exceed 10,000 psi, common in deeper or complex reservoirs.

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5" HP-6 Hydraulic Set High Angle Production Packer for 15-18 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.

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9 5/8" Mech-1 Single Grip Mechanical Set Packer for 29.3-36 PPF Casing

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.

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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.

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Slickline Swivel Joint

Unlocking Efficiency in Downhole Operations: HOCA Oil Tools B.V.'s Advanced Slickline Swivel Joints In the dynamic landscape of downhole operations, the role of slickline swivel joints becomes pivotal in ensuring seamless, efficient, and safe wireline operations. HOCA Oil Tools B.V., a renowned name in the oil and gas industry, stands at the forefront of delivering cutting-edge slickline solutions. Our array of slickline swivel joints is designed to meet and exceed the operational demands and challenges faced by our clients. Pioneering Slickline Swivel Joints: HOCA Oil Tools B.V. offers an extensive range of slickline swivel joints, including the Type ‘HO’ and ‘HD’ swivel joints, engineered to minimize wireline twisting during downhole operations. This not only enhances safety but also improves operational efficiency by reducing the risk of wireline entanglement and breakage. Key Benefits of Our Slickline Swivel Joints: Reduced Wireline Twisting: Our swivel joints significantly reduce the twisting of wireline, thus minimizing the risk of operational downtime and wire breakage. Enhanced Operational Safety: By preventing wireline kinks and twists, our swivel joints contribute to safer downhole operations, protecting both personnel and equipment. Increased Efficiency: Smooth wireline operations ensure quicker job completion and reduced non-productive time. Durability and Reliability: Made from high-grade materials, our swivel joints withstand harsh downhole conditions, ensuring long service life and reliability. Versatility: Available in various sizes and configurations, our swivel joints cater to a wide range of downhole requirements and wireline types. Ease of Integration: Designed for easy integration into existing tool strings, our swivel joints facilitate seamless operations without the need for extensive modifications. Main Features of HOCA's Slickline Swivel Joints: Type ‘HO’ Swivel Joint: Designed to minimize wireline twisting, available in sizes from 1” to 2 1/2", with threaded connections for easy installation. These swivel joints feature top sub, pin, ball connector, ball sub, and bottom sub components, ensuring robust performance and ease of maintenance. Type ‘HD’ Swivel Joint: Similar to the Type ‘HO’ but designed for even more demanding environments, with ‘QLS’ - ‘RQLD’ connections, providing additional strength and durability. These swivel joints are also available in sizes from 1 1/2” to 2 1/2", tailored for heavy-duty operations. At HOCA Oil Tools B.V., we understand the complexities of downhole operations. Our slickline swivel joints are a testament to our commitment to innovation, safety, and efficiency. Embrace the future of wireline operations with HOCA, where performance meets reliability. Contact us today to learn more about how our slickline solutions can optimize your operations. View Details

SCSSSV – 2 3/8” Surface-Controlled Safety Valve

Available sizes: 2 3/8”, 2 7/8”, 3 1/2”, 4”, 4 1/2”, 5”, 5 1/2'” and 7”.

The 2 3/8" Surface-Controlled Subsurface Safety Valve (SCSSSV) is designed to shut in a well in the event of uncontrolled flow caused by equipment failure or damage. Installed in the upper wellbore, it provides emergency closure of the producing conduits to isolate the wellbore if there is a failure or damage to surface production control systems.

This valve uses a self-equalizing, surface-controlled, flapper-type mechanism that closes reliably when hydraulic control pressure is lost. The flapper is made from solid bar stock and has sealing surfaces located outside the flow path when open, which helps reduce erosion and extends the valve’s service life. It is rated for working pressures up to 10,000 psi.

The valve fits 2 3/8" (60.33 mm) tubing and is installed in landing nipples with seal bore options of 1.710" or 1.875". Valve internal diameter options are 0.62" or 0.75", allowing selection based on flow requirements. The wireline retrievable design permits servicing or replacement of major valve components without pulling the entire tubing string, reducing intervention time and operational disruption.

This valve is typically used in wells with smaller tubing sizes that require dependable emergency shut-in capability. Its design balances reliability, durability, and ease of maintenance to provide effective well control in a variety of well conditions.

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Chemical Stimulation

Precision Chemical Stimulation with InWaTec Combined’s Mini-Coil Services In the realm of enhancing well productivity, chemical stimulation stands as a cornerstone technique, vital for improving hydrocarbon flow from reservoir to surface. InWaTec Combined proudly offers Mini-Coil Services, a highly specialized approach to chemical stimulation that addresses the need for precise fluid placement and robust performance under high pressures. Our Mini-Coil Tubing is the ideal conduit for delivering stimulation fluids in exact quantities directly to the target zones within the well. This precise delivery is critical for the effectiveness of chemical treatments, ensuring that every drop of stimulating fluid is utilized to its maximum potential. Advantages of Mini-Coil Tubing in Chemical Stimulation: High-Pressure Capability: The smaller diameter of our Mini-Coil Tubing allows for operations at significantly higher pumping pressures compared to traditional coiled tubing. This is particularly advantageous during chemical stimulation, where certain treatments require the application of fluids under substantial pressure to achieve optimal penetration and reaction within the reservoir. Precision in Fluid Placement: The precise placement of stimulation chemicals is crucial for the success of any treatment. Our Mini-Coil Tubing services ensure that the stimulation fluids are deposited exactly where needed, which is particularly beneficial in complex reservoirs or when targeting specific formation layers. Efficient Well Lifting: Post-stimulation, wells often require assistance to commence or resume production. The Mini-Coil Tubing is not only perfect for fluid delivery but also for well lifting operations, facilitating the transition from treatment to production smoothly and effectively. Tailored Operations: Understanding that flow rates and snubbing force are aspects where Mini-Coil Tubing has limitations, InWaTec Combined has optimized the design and operation of our Mini-Coil Services to maximize their strengths. Our team of experts can adjust operations to suit the specific conditions and requirements of each well, ensuring that the limitations are mitigated and the advantages are fully leveraged. InWaTec Combined’s Mini-Coil Services represent a fusion of innovation, precision, and efficiency. We bring this triad to every chemical stimulation project, ensuring that our clients' wells receive the most meticulous and effective treatment possible. By choosing InWaTec Combined for your chemical stimulation needs, you are opting for a partner dedicated to enhancing your well performance with cutting-edge solutions. Our Mini-Coil Services are a testament to our commitment to pushing the boundaries of what is possible in well intervention and stimulation. Experience the difference with InWaTec Combined’s Mini-Coil Services—where small-scale delivery meets large-scale impact, driving your wells towards maximum productivity. View Details

2-1/2 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 Details

Junk Basket - Valve Catcher

Annular Vent Valve 1-1/2 inch

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 Details

Pump Thru Plugs

Maximizing Downhole Efficiency with HOCA Oil Tools' Pump Thru Plugs In the dynamic realm of oil and gas operations, efficiency and reliability are paramount for ensuring the success and safety of downhole activities. HOCA Oil Tools, a pioneer in the field of downhole slick line tools, is proud to present its innovative Pump Thru Plugs, designed to meet the unique challenges faced by the industry. Tailored for seamless integration into well operations, our Pump Thru Plugs stand as a testament to our commitment to enhancing downhole efficiency and well integrity. HOCA’s Pump Thru Plugs: Engineered for Enhanced Downhole Operations Our Pump Thru Plugs are meticulously crafted to provide operators with a reliable solution for isolating sections of the well while maintaining the ability to pump fluids through the plug. This dual functionality is essential for a variety of downhole operations, from well treatments to testing phases. Built from high-grade materials and engineered to withstand the harsh conditions of the downhole environment, HOCA’s Pump Thru Plugs ensure durability, reliability, and performance. Experience the HOCA Oil Tools Difference Opting for HOCA Oil Tools’ Pump Thru Plugs means choosing a product backed by innovation, quality, and a deep understanding of downhole challenges. Our commitment to providing high-quality downhole solutions ensures that our products not only meet but exceed the operational demands of the modern oilfield. By incorporating our Pump Thru Plugs into your downhole toolkit, you are taking a step towards enhanced operational efficiency, safety, and cost-effectiveness. With HOCA Oil Tools, you gain more than just a supplier; you gain a partner dedicated to supporting your downhole challenges with cutting-edge solutions and comprehensive service. Choose HOCA Oil Tools for your downhole needs and leverage the advantages of our Pump Thru Plugs to optimize your operational outcomes. Partner with us and elevate your downhole operations to new levels of success and efficiency. With HOCA Oil Tools, empower your downhole activities with tools that redefine industry standards for efficiency, safety, and performance in the demanding world of oil and gas extraction. View Details

HP-3 Hydraulic Set High Angle 7" 29-32 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.

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Check Valve Poppet Type – Female x Female 3/8" NPT – 6000 PSI – ISO 9001

The 3/8" poppet type check valve with female × female NPT connections allows fluid to flow in one direction while preventing backflow in oil and gas systems. Its poppet mechanism responds quickly to flow changes and provides a positive seal under pressure, protecting pumps, pipelines, and other equipment from reverse flow and pressure spikes. This size is suitable for small to medium diameter lines, instrumentation, sampling, and control applications where reliable uni-directional flow is required.

The valve has a standard working pressure of 6000 psi, with optional configurations up to 10000 psi. Cracking pressures are selectable from 1/3 to 25 psi to meet system-specific requirements. It is available in corrosion-resistant materials including SS 316, SS 316L, Duplex, Super Duplex, Hastelloy C276, Inconel 625, Monel 400, and Brass.

The valve is designed for reliable long-term operation in demanding oil and gas environments. Its construction ensures consistent performance under varying pressures and temperatures, and the robust poppet mechanism minimizes maintenance requirements while maintaining system integrity over time.

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Valve Manifolds 2 Valve Manifold L Type – Pipe to Pipe 1/2” Female NPT – 6000 PSI – ASME B16.34 / MSS-SP-99 / ASME B31.3

The L type 2 valve manifold is a compact and reliable solution designed for connecting impulse lines to pressure transmitters or gauges in industrial systems. Its primary purpose is to allow safe and efficient measurement of process pressures while providing the ability to isolate, vent, or calibrate instruments without disrupting the process.

The L type configuration refers to the layout of the two valves, arranged in an L shape, which allows for simple and intuitive operation. This design enables the user to block the process pressure, bleed off trapped pressure, and perform calibration on static pressure transmitters or gauges. The arrangement minimizes installation space while ensuring clear and accessible operation.

Pipe to pipe manifolds are designed to connect directly to process lines using standard piping connections. This allows for straightforward integration with impulse lines and reduces the need for additional fittings. The manifold provides a secure and leak-free connection while maintaining easy access for maintenance, calibration, and testing of instruments. Overall, the L type 2 valve manifold combines compact design, operational simplicity, and high reliability for critical measurement applications.

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Cranes of various sizes and ratings for onshore lifting and placement

Mobile cranes can be used to access narrow passages and navigate project sites that have limited space, making them a practical solution for many industries, site conditions, and materials. Let us help manage your crane and material handling requirements for your project. View Details

S-KWIK Control Line and Cable Protector

LM2500XPRESS Gas Turbine

The LM2500XPRESS gas turbine is a compact and modular power system designed for fast installation and quick delivery of power when speed matters. It comes prepackaged in 10 simplified modules, which makes installation easier and faster, with only 27 electrical interconnects to manage.

This turbine is based on the proven LM2500 aeroderivative gas turbine, known for its reliability and versatility. It can be used in a wide range of power generation setups, including baseload, peaking, simple cycle, combined cycle, and cogeneration (combined heat and power) applications. The system offers dry low emissions (DLE) and can operate on gas or dual fuel.

One important feature of the LM2500XPRESS is its ability to handle daily starts and stops without increasing maintenance frequency or costs. Its free-spinning power turbine design allows it to act as a synchronous condenser without needing a clutch between the turbine and generator, which helps reduce maintenance needs and downtime.

The turbine can ramp from a cold start to full base load in about five minutes, making it ideal for situations where fast power availability is critical. Its plug-and-play design allows industrial users or grid operators to connect and begin generating electricity quickly and efficiently.

In summary, the LM2500XPRESS combines a reliable aeroderivative gas turbine with a smart, modular package designed for rapid deployment and flexible power generation.

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Wisdom Cap Lamp KL12MS

Discover Unmatched Illumination with Wisdom's KL12MS Corded Miner's Cap Lamp from Provix Introducing the Wisdom KL12MS Corded Miner's Cap Lamp, a cutting-edge lighting solution for the mining industry, proudly offered by Provix. This lamp is specifically designed to meet the challenging demands of underground mining, providing exceptional illumination, safety, and durability. Exceptional Lighting Performance The KL12MS is equipped with a robust 14,000mAh battery, guaranteeing up to 13 hours of continuous operation. It features a high-powered main light LED with a working voltage of 3.0V, current of 1080mA, and power of 3.24W. This results in a remarkable luminous flux of 512 lm and an extraordinary lighting degree of 28,000 lx, ensuring unparalleled visibility in the darkest environments. Durability and Longevity Built to last, the KL12MS boasts a main light life span of 50,000 hours and an auxiliary light life span of 40,000 hours. The battery life extends up to 1,200 cycles under typical working conditions, emphasizing reliability and longevity. Prioritizing Safety Your safety is our priority. The KL12MS is designed with explosion-proof features, conforming to ATEX GROUP II standards, and an IP68 waterproof rating. Its short circuit protection time of less than 320 μs further enhances its safety credentials, making it a trustworthy companion in any mining operation. Designed for Comfort and Ease of Use Weighing just 550g (19.40 oz), the KL12MS is comfortable for extended use. Its main cable length ranges from 1.4 to 1.65 meters (4.59 to 5.41 feet), offering flexibility and freedom of movement. The compact battery box, measuring 94 x 36 x 90 mm (3.7 x 1.4 x 3.5 in), ensures the lamp is not cumbersome during long shifts. Efficient Charging Capabilities The lamp's rechargeable via USB feature provides convenient and efficient charging. It takes only 5.5 to 10 hours to charge, minimizing downtime and maximizing productivity. Get in Touch for More Information Upgrade to the Wisdom KL12MS Corded Miner's Cap Lamp for enhanced visibility, safety, and efficiency in your mining operations. Visit Provix at our location, call us, or email sales@provix.net for more details. Explore our range of products at www.provix.net and experience the future of mining illumination with the Wisdom KL12MS. 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

WR-SCSSSV 7 inch FXE

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

5 1/2” SCSSSVs for High-Pressure Well Control

Available sizes: 2 3/8”, 2 7/8”, 3 1/2”, 4”, 4 1/2”, 5”, 5 1/2'” and 7”.

The 5 1/2" Surface-Controlled Subsurface Safety Valve (SCSSSV) serves a critical safety function by enabling rapid well shut-in if uncontrolled flow occurs due to equipment malfunction or damage. Positioned in the upper section of the wellbore, this valve acts as a barrier to isolate the production pathway, helping to prevent uncontrolled release of fluids and protect personnel, equipment, and the environment.

Its fail-safe design means that any loss of control pressure or system failure causes the valve to close automatically, ensuring well integrity even in emergency situations. The valve uses a wireline-retrievable flapper mechanism that is surface-controlled, allowing operators to maintain or replace key components without pulling the tubing string—significantly reducing downtime and operational costs.

Engineered for wells utilizing 5 1/2" (139.70 mm) tubing, this valve fits landing nipples with a 4.562” seal bore and supports working pressures up to 5,000 psi. The internal valve diameter of 2.38” is designed to balance flow efficiency and tool passage capability. Additionally, by positioning the sealing surfaces outside the flow path when open, the valve minimizes wear caused by erosive fluids, enhancing durability and service life.

This SCSSSV provides a reliable, maintainable solution for well control in demanding operational environments, combining robust construction with practical features to support continuous production and rapid emergency response.

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LANAI Remote Operated Vehicle

Lanai ROV - The Ultimate All-In-One Solution for Subsea Operations Everything You Need - Ready to Dive Right In Imagine having all the tools you need at your fingertips, without the hassle of assembling and configuring complex systems. Introducing the Lanai ROV, the epitome of simplicity and efficiency. Designed by ROV operators for operations, the Lanai ROV is here to revolutionize your subsea exploration. Simplicity Meets Capability We understand that time is of the essence in the underwater world. The Lanai ROV comes fully assembled and ready to run straight out of the case, saving you valuable setup time. With a fully integrated console, tether reel, and factory-tested system, you can dive into your work without the need for a laptop. Engineered for Excellence Drawing upon decades of ROV operation experience and leveraging modern manufacturing techniques, we've created a remotely operated vehicle that sets new standards for capability and affordability. The Lanai ROV offers an unparalleled combination of features that will empower your missions. Pack More, Explore More The Lanai ROV's deck space and buoyancy cutouts offer ample room for a variety of payloads, including imaging sonar, scanning sonar, USBL, altimeter, CTD, UT, and Reach Alpha 5F manipulator. You won't need a tooling skid or extra buoyancy, maximizing your operational flexibility. Versatility at Your Fingertips Standard options such as the 125m tether/reel, console, and controller are just the beginning. With the Lanai ROV, you have the freedom to customize your setup with additional choices like the Newton grabber, waterproof transport cases, spare parts/tools, and more. Rest assured with our 2-year warranty - because your peace of mind is our priority. Unlock the Potential of Sonar Exploration With the Lanai ROV, discovering the underwater world has never been more accessible. The Sliding Aluminum Brackets are designed to securely hold a Cerulean Sonar ROVL (USBL), Blue Robotics Ping360 Sonar, DiveNET GPS (LBL), and many other sonars and beacons. Raise and lower the brackets effortlessly with an Allen Key to protect your valuable equipment from potential obstacles. The Power Behind the Performance Unleash the potential of the Lanai ROV with its impressive specifications: • Depth Rating: Dive confidently to 400m, exploring new depths and territories. • Compact and Lightweight: At just 13.0kg in air and dimensions of 559x356x305mm (LWH), the Lanai ROV is highly maneuverable and portable. • Payload Capacity: With a capacity of 2.1kg in freshwater, you can equip your Lanai ROV with a range of essential sensors and tools. • State-of-the-Art Thrusters: Experience precision movements with 4 lateral (35deg) and 4 vertical Blue Robotics T200 connectorized thrusters. • Superior Imaging: Capture the underwater beauty with a 1080 HD IP camera with tilt and four 1,500 Lumen lights for optimal visibility. The Console - Your Command Center Control your exploration effortlessly with the Mini Integrated Console. Boasting a 12in HD monitor (1,200NIT) and fully isolated output with GFCI, it houses an Intel PC with pre-configured software for seamless operations. Unleash the Exploration with Lanai ROV Take charge of your underwater missions with the Lanai ROV. Simplify your operations, maximize your payload options, and explore with confidence. Contact us today to embark on your journey with the Lanai ROV - The Power of Simplicity, Unleashed. View Details

Surface Controlled Annular Vent and Sleeve Valve 2 inch

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 Details

Needle Valves Hex Body Series – Female x Female – 1/4", 3/8”, 1/2”, 3/4", 1” – 6000 PSI – ASME B16.34 / MSS-SP-99 / ASME B31.3

Hex Body Needle Valves Female x Female are precision valves designed for accurate flow control and isolation in piping systems. The hexagonal body allows for easy installation and secure tightening using a standard wrench. Both ends have female threads, enabling direct connection to male-threaded pipes or fittings without additional adapters.

These valves are suitable for high-pressure and high-temperature applications, with a standard working pressure of 6000 psi and temperature ratings from -50°C to 230°C, extendable up to 500°C with graphite. They are commonly used in oil and gas, instrumentation, and process control systems to regulate fluid or gas flow, perform system bleed operations, or isolate sections of a pipeline.

The valves feature a metal-to-metal body and bonnet seal for durability, a self-centering non-rotating stem tip for consistent shutoff, and packing located below the threads to prevent process media from reaching the threads. Factory-tested for seat and packing leakage, these valves provide reliable, leak-free performance in demanding environments.

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Hydrostatic Bailer

Maximize Efficiency in Wellbore Clean-up with HOCA Oil Tools' Hydrostatic Bailers In the demanding world of oil and gas extraction, every operation demands precision, efficiency, and reliability. HOCA Oil Tools stands at the forefront of downhole solutions, offering innovative tools that redefine downhole operations. Among our acclaimed products is the Hydrostatic Bailer – a vital tool designed for effective wellbore clean-up and debris removal, ensuring operational integrity and minimizing downtime. Understanding the Hydrostatic Bailer The Hydrostatic Bailer, an essential component of our slick line tools range, is engineered to facilitate seamless debris removal from wellbores. Crafted with precision and made from high-grade materials, this tool is instrumental in maintaining clear, unobstructed wellbores, which is crucial for optimal production and operational safety. Employing the principles of hydrostatic pressure, the HOCA Hydrostatic Bailer removes sand, silt, and other obstructions with ease. Designed for versatility, it can be adapted to various well conditions and debris types, making it an indispensable tool for well operators and service companies alike. Elevate Your Wellbore Clean-up with HOCA Oil Tools At HOCA Oil Tools, we understand the complexities of downhole operations. Our commitment to innovation, quality, and customer satisfaction drives us to develop tools like the Hydrostatic Bailer, designed to address the real-world challenges faced by the oil and gas industry. Integrating HOCA’s Hydrostatic Bailers into your downhole operations not only optimizes well performance but also aligns with cost-effective and safe operational practices. As the industry evolves, rely on HOCA Oil Tools to provide the solutions that keep your operations running smoothly and efficiently. Experience the difference with HOCA’s Hydrostatic Bailers – your partner in achieving clear, productive, and safe wellbores. Trust HOCA Oil Tools for unparalleled downhole solutions that drive your operations forward. View Details

Custom buoyancy options for color, depth rating, and covering area

Unleashing the Power of Custom Buoyancy Units for Subsea Robotics We are driven by a passion for innovation and a commitment to empowering the subsea exploration industry. Today, we are thrilled to introduce our latest breakthrough - Custom Buoyancy Units. These state-of-the-art buoyancy solutions are designed to enhance the performance and versatility of your subsea robotics, delivering unparalleled control and efficiency in every underwater mission. Tailored to Your Needs: Custom Buoyancy Options We understand that no two subsea missions are the same, and that's why our Custom Buoyancy Units offer a world of possibilities to cater to your specific requirements. From the color and depth rating to the covering area, you have the flexibility to customize every aspect of the buoyancy units, ensuring they align perfectly with your operational needs. Color Customization for Enhanced Visibility In the challenging depths of the ocean, visibility is paramount. Our Custom Buoyancy Units can be tailored in vibrant colors to improve visibility and tracking during underwater operations. Whether you need to differentiate between multiple ROVs in the water or simply want to enhance visual identification, our color options offer the solution you need. Optimal Depth Rating for Any Mission Every subsea mission comes with unique depth challenges. With our Custom Buoyancy Units, you have the power to choose the optimal depth rating that suits your specific application. From shallow-water surveys to deep-sea explorations, our buoyancy solutions are engineered to withstand the pressures of varying depths, ensuring your ROVs perform at their best. Covering Area: Precision Engineering for Stability Stability is crucial in subsea operations, and our Custom Buoyancy Units are meticulously designed to provide the perfect covering area for your ROVs. Through precision engineering and advanced materials, we offer buoyancy units that maintain the ideal balance between buoyancy and stability, resulting in smoother and more controlled underwater movements. Redefining Subsea Robotics As pioneers in subsea robotics, we continues to push the boundaries of innovation. With our Custom Buoyancy Units, we are reshaping the future of underwater exploration. By putting the power of customization in your hands, we enable you to unlock the full potential of your ROVs and achieve new heights in subsea missions. Unleash Your ROV's Potential Discover the limitless possibilities that await your subsea robotics with Custom Buoyancy Units. Elevate your underwater operations, optimize your ROV's performance, and gain an edge in your field with our cutting-edge buoyancy solutions. Contact Us Today Take the first step towards transforming your subsea missions with Custom Buoyancy Units. Our team of experts is ready to assist you in tailoring the perfect buoyancy solution for your unique needs. Embrace the power of customization and embark on a new era of subsea exploration with Ballycatter as your trusted partner. Contact us today to unlock the true potential of your subsea robotics. View Details

7" Mech-2 Double Grip Mechanical Set Packer for 32-35 PPF Casing

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.

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5 1/2" HP-6 Hydraulic Set High Angle Production Packer for 14-20 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.

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Lock Mandrel Running Tool

Maximize Your Downhole Success with HOCA Oil Tools' Running Tools for Lock Mandrels In the complex world of downhole operations, the necessity for precision, safety, and efficiency cannot be overstated. HOCA Oil Tools, a leader in providing advanced downhole slick line tools, introduces a range of Running Tools specifically designed for Lock Mandrels, ensuring seamless integration and operation in your wellbore activities. HOCA’s Running Tools for Lock Mandrels: Precision, Versatility, and Reliability Our Running Tools for Lock Mandrels are engineered with precision, crafted to deliver unmatched performance in downhole settings. These tools are essential for setting or positioning downhole flow controls and devices at predetermined depths efficiently and accurately. Designed for versatility, they accommodate various sizes and types of Lock Mandrels, ensuring compatibility and flexibility for different downhole requirements. Experience the HOCA Oil Tools Difference At HOCA Oil Tools, we are committed to providing the oil and gas industry with downhole solutions that set new standards in quality, efficiency, and reliability. Our Running Tools for Lock Mandrels are a testament to this commitment, designed to enhance your downhole operations and drive success. Incorporating our Running Tools into your downhole toolkit not only ensures optimal performance but also aligns your operations with the highest standards of precision and safety. With HOCA Oil Tools, you gain a partner dedicated to supporting your downhole success with innovative solutions and exceptional service. Choose HOCA Oil Tools’ Running Tools for your Lock Mandrels and elevate your downhole operations to new heights. Partner with us and experience the difference that precision engineering, reliability, and dedicated support can make in your wellbore activities. Embrace the future of downhole operations with HOCA Oil Tools – where innovation meets precision and efficiency. View Details

Shear Up Pulling Tools for External Fishing Necks

Elevate Downhole Operations with HOCA Oil Tools' Shear Up External Fishing Neck Pulling Tools In the demanding environment of oil and gas extraction, operational efficiency and equipment reliability are paramount. At HOCA Oil Tools, we understand these challenges and are dedicated to providing solutions that enhance downhole operations. Our Shear Up External Fishing Neck Pulling Tools are designed to revolutionize the retrieval of downhole equipment, ensuring a seamless operation and enhancing well productivity. HOCA's Shear Up External Fishing Neck Pulling Tools: Engineered for Superior Performance Our Shear Up External Fishing Neck Pulling Tools are specifically engineered for the safe and efficient retrieval of downhole equipment featuring external fishing necks. These tools are indispensable for operators seeking to enhance operational efficiency and safety. Crafted with precision and built from high-grade materials, our Shear Up Pulling Tools are designed to withstand the harsh conditions of the downhole environment, ensuring reliability and durability in every operation. Experience the HOCA Oil Tools Difference At HOCA Oil Tools, we are committed to excellence and innovation in every product we offer. Our Shear Up External Fishing Neck Pulling Tools epitomize this commitment, providing operators with a reliable solution for the retrieval of downhole equipment. By integrating our tools into your downhole operations, you gain not just a product but a partner dedicated to enhancing your operational success. With HOCA Oil Tools, you can expect products that not only meet industry standards but exceed them, ensuring your operations run smoothly, safely, and efficiently. Our Shear Up Pulling Tools are a testament to our dedication to quality, performance, and customer satisfaction. Choose HOCA Oil Tools for your downhole needs and join the ranks of satisfied customers who rely on our Shear Up External Fishing Neck Pulling Tools to elevate their downhole operations. Partner with us, and unlock the full potential of your downhole activities with tools designed for success. With HOCA Oil Tools, elevate your operational capabilities and embrace a future of enhanced efficiency, safety, and cost-effectiveness in downhole operations. View Details

Full Moon Sheave

Full moon sheaves are designed to be used in conjunction with Sivam spooling units. Spooling units designed to ensure cables or control lines are kept in tension while running in or out of hole. Our spooling units are fully designed, manufactured and assembled with sheaves (half or full moon) to guide control, injection, or mono-conductor cable preventing damage while being tripped in hole. Units are available in pneumatic, hydraulic, or electric drive and are ATEX zone and DNV certified as required by location. Spooling units can also be equipped with a filling pump to monitor pressure while tripping – improving efficiency as a sudden pressure drop indicates line damage. View Details

HDI 9000 Choke Console System

The HDI 9000 Choke Console System is an independently powered control console designed for critical well control operations in oil and gas drilling. It integrates multiple individual electronic gauge systems to provide precise monitoring of key parameters such as choke position, pump strokes, pressure, temperature, and mud gas separator status. This modular system typically includes pressure gauges, choke position indicators, pump stroke counters, mud gas separator monitors, and temperature gauges, all operating on a common platform.

Powered by an internal battery pack, the 9000 Console operates independently from rig power, ensuring reliable performance even in power loss scenarios. The system is designed for harsh drilling environments, offering robust, intrinsically safe components housed in durable enclosures. Its modular nature allows customization to meet specific client requirements, including sensor types, communication outputs, and display configurations.

The console supports long cable runs—up to 1500 feet—to accommodate various rig layouts and sensor placements. Displays provide clear visibility from distances up to 50 feet, with low power consumption enabling battery life between 12 and 18 months under continuous operation. Maintenance is simplified through field-replaceable components and minimal calibration needs.

Overall, the 9000 Choke Console System enhances operational safety and efficiency by consolidating critical monitoring functions into a centralized, battery-powered, and customizable platform suitable for both land and offshore drilling environments.

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LM2500+ G4 Gas Turbine

The LM2500+G4 is an advanced variant of the LM2500+ aeroderivative gas turbine, designed to provide increased output and thermal efficiency through a set of targeted design upgrades. It retains the core architecture of the LM2500+ but introduces changes to the flow path that increase overall engine performance.

The primary difference between the LM2500+G4 and the LM2500+ is the increased flow capacity in the high-pressure (HP) compressor, HP turbine, and low-pressure turbine. These modifications raise the overall pressure ratio from 23.6 to 24.2, resulting in higher thermal efficiency and greater mass flow. The design changes are relatively limited, focusing mainly on minor geometry adjustments to blades and vanes to accommodate the increased flow.

In the high-pressure turbine, the G4 version includes improved blade cooling and upgraded materials. These changes enable the turbine to handle higher temperatures, contributing to both improved performance and component durability. To maintain proper rotor thrust balance with the updated flow path, the effective area of the compressor discharge pressure seal was also adjusted.

In terms of operational performance, the LM2500+G4 offers measurable improvements over the LM2500+ across a variety of ambient conditions. For example, it delivers approximately 11% more power in cold conditions and 12% more in hot conditions (running data to -50 deg F and start data to –40 deg F). In combined-cycle mode, the G4 variant is expected to provide a power increase of 8.5% and a heat rate improvement of 0.75% compared to the LM2500+.

The LM2500+G4 supports two power turbine configurations:

A six-stage, low-speed power turbine, typically used for power generation applications with a nominal speed of 3600 rpm.
A two-stage High-Speed Power Turbine (HSPT), used for mechanical drive applications, designed for a nominal speed of 6100 rpm, with an operating range from 3050 to 6400 rpm.

Both configurations support operation over a cubic load curve, which allows the turbine to match power output with varying mechanical loads — a feature especially useful in pipeline compression and similar variable-load industrial applications.

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Marine Oil Only Absorbent Spill Kit 4.6-gallon Bag

The absorbent spill kit 4.6-gallon bag contains, 5 Pads 8’ x 11.5” 1 Sorbent Sock 3” x 4ft 1 Bilge 1 Pair Nitrile Gloves 1 Disposal Bag Part number: OH-OOS-BO Use for small spills inside boats and near boat launches. Using an Oil Only Absorbent Spill Kit in a 4.6-gallon bag highly recommended for marine environments. It ensures that you are equipped to address oil spills swiftly and effectively, protecting the marine environment and complying with regulations. 5 Pads 8’ x 11.5” This package includes five absorbent pads, each measuring 8 feet by 11.5 inches. These pads are made for effective liquid cleanup, offering versatility and practicality. These pads are suitable for quick and efficient absorption of liquids, including oils and hydrocarbons. Their compact size and absorbent properties make them an ideal solution for managing spills in diverse industrial, automotive, and emergency response scenarios. 1 Sorbent Sock 3” x 4ft This package comprises a single Sorbent Sock, measuring 3 inches in diameter and 4 feet in length. The sock is made for efficient containment and absorption of liquid spills, particularly oil-based substances. Its mouldable and adaptable nature allows it to conform to different surfaces, making it versatile for diverse spill response applications. Whether used as a standalone solution or as part of a spill kit, this Sorbent Sock provides a targeted and effective response to spills. 1 Bilge A specific component designed for managing bilge water in a marine setting. The bilge component includes absorbent materials tailored for addressing water contaminated with oil or other hydrocarbons in a boat's bilge. This ensures a comprehensive solution for various spill scenarios that might occur on a boat. 1 Pair Nitrile Gloves This package includes 1 pair of Nitrile Gloves, a crucial component of personal protective equipment. Nitrile gloves are essential personal protective equipment (PPE) designed to provide a barrier between the skin and potentially harmful substances, such as oil-based liquids, during spill response and cleanup activities. 1 Disposal Bag Includes 1 Disposal Bag, essential for the proper containment and disposal of used absorbent materials and contaminated items. Disposal Bag is employed to collect and safely contain used absorbent materials, contaminated items, or waste generated during spill cleanup. Proper sealing of the bags ensures that the contained materials can be transported and disposed of in accordance with environmental and regulatory standards. The absorbent spill kit in a 4.6-gallon bag is a complete package for marine use as it incorporates a range of components designed to address spills effectively and safely, whether they involve oil, fuel, or bilge water, ensuring a comprehensive and responsible spill response on boats and ships. View Details

5 1/2" HP-5 Hydraulic Set Production Packer 15.5-20 PPF

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.

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NIU - Pipe Inspection ROV

Introducing the NIU ROV: Your Ultimate Pipe Inspection Solution The NIU ROV - The Pipe Inspection Remote Operated Vehicle. Engineered to excel in pipe and tunnel inspections, the NIU ROV sets new standards for versatility, precision, and efficiency in the subsea industry. Unleash the Power of NIU ROV The NIU ROV is purpose-built to navigate the intricate and challenging environments of pipes and tunnels. With its compact design, this remarkable ROV can effortlessly maneuver through a 12-inch diameter pipe, providing unparalleled access to previously hard-to-reach areas. From industrial pipelines to underwater tunnels, the NIU ROV is your go-to solution for comprehensive inspections. Unparalleled Performance The NIU ROV is equipped with state-of-the-art technology and robust features that ensure exceptional performance in every operation. Its advanced thrusters enable precise movement and control, allowing operators to conduct inspections with utmost accuracy. The powerful onboard lighting system ensures crystal-clear visibility even in the darkest and murkiest conditions. Efficiency Redefined We understand the value of time and efficiency in subsea operations. The NIU ROV is designed to streamline your inspection processes, significantly reducing downtime and operational costs. Its ease of deployment and user-friendly interface enable quick setup and seamless integration into your inspection workflows. Tailored for Pipe and Tunnel Inspections Unlike generic ROVs, the NIU ROV is engineered specifically for the unique challenges of pipe and tunnel inspections. Its rugged construction and protective measures safeguard it from potential hazards encountered in these confined environments. With the NIU ROV, you can confidently conduct inspections with minimal risk and maximum efficiency. Cutting-Edge Technology The NIU ROV incorporates cutting-edge technology, including high-resolution cameras, to provide a comprehensive view of the inspection area. Its real-time data transmission capabilities allow operators to monitor and analyze data on the surface, making informed decisions on the spot. Unlock New Possibilities with NIU ROV From oil and gas pipelines to municipal infrastructure, the NIU ROV opens up a world of possibilities for inspecting critical subsea assets. Its adaptability and versatility make it an indispensable tool for various industries, including energy, construction, engineering, and more. Choose NIU ROV When you choose the NIU ROV, you not only invest in a top-of-the-line inspection solution but also gain access to our unmatched expertise and support. Our team of subsea specialists is ready to assist you every step of the way, ensuring that you harness the full potential of our advanced ROV technology. Embark on a New Era of Pipe Inspections Step into the future of subsea inspections with the NIU ROV - The Pipe Inspection Remote Operated Vehicle. Experience unparalleled performance, efficiency, and precision in your pipe and tunnel inspections. Contact us today to explore how the NIU ROV can revolutionize your subsea operations. Your success is our mission! View Details

Ball Valve Panel Mounted – 2-Way Female x Female End Connection – 1/4”, 3/8”, 1/2”, 3/4”, 1” – 6000 PSI – ASME B16.34 / ISO 9001

The Panel Mounted Ball Valve, 2-Way Female × Female, is an isolation valve designed to control, start, or stop fluid flow in oil and gas piping systems. Its 2-way configuration allows flow in either direction between two ports, providing reliable on/off operation for process lines, sampling, injection systems, or bypass lines.

The female × female connections provide secure inline installation without the need for additional fittings, reducing potential leak points and simplifying system integration. The panel-mounted design enables operation from a control panel, making it suitable for applications where multiple valves are centralized or access to the pipeline is limited.

The valve features a floating ball design that ensures leak-proof shut-off under high-pressure conditions. Operation is achieved via a quarter-turn handle, which indicates flow direction and allows fast, low-torque control. The three-piece construction facilitates easy installation, maintenance, and replacement of internal components. It is factory tested for seat and stem leakage and is available in a range of corrosion-resistant materials including SS 316, SS 316L, Duplex, Super Duplex, Hastelloy, Inconel, and Monel. Optional compliance with NACE MR0175 and fire-safe designs make it suitable for demanding industrial environments.

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Gauge Root Valve – Male x Female – 1/4”, 1/2”, 3/4” – 6000 PSI – ASME B16.34 / ISO 9001 / PED / ATEX

The Gauge Root Valve Male x Female is a high-pressure valve designed for precise isolation and control of gauge lines in oil and gas industry. It allows for secure attachment of pressure gauges or instruments while maintaining reliable sealing and flow control. The male x female connection simplifies installation by providing a compact and leak-resistant interface, suitable for both standard and custom piping setups.

This valve is built to withstand pressures up to 6000 psi, with optional higher ratings available upon request, and operates over a wide temperature range from -50°C to 230°C, with extended ratings up to 500°C when using graphite seals. The metal-to-metal body bonnet seal ensures consistent high-pressure performance without relying on O-rings.

The valve’s stem incorporates a backseat design for added safety, rolled threads for smooth operation, and a self-centering, non-rotating tip that provides consistent, leakage-free shutoff. Packing is positioned below the stem threads to prevent media contact, and an adjustable gland retainer enhances stability and long-term performance. A removable T-handle enables low-torque operation, while the stem dust cap prevents contamination and protects the actuating threads.

Manufactured to ISO 9001, PED, ATEX, ASME B16.34, and MSS-SP-99 standards, each valve undergoes rigorous factory testing, including pneumatic leak checks at 1000 psi, to ensure reliability and compliance. Optional vibration, temperature, and helium testing can be performed to meet specific process requirements. Heat code traceability and NACE-compliant material options provide confidence in both performance and quality.

This combination of features makes the Gauge Root Valve Male x Female an ideal choice for safe, accurate, and durable gauge isolation in critical industrial systems.

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Drive Down Bailer

The Drive Down Bailer is used to collect samples or remove debris from the wellbore. The Bailer is jarred into the sample or debris forcing material into the cylinder, which is retained by a ball or flapper type non-return seat. The bailer is then jarred upwards and retrieved. Applications • Recovery of in-fill samples from wellbore or sump • Removal of compacted debris or sand from flow control devices 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.

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