Ballycatter.ca - Industrial Equipment

InWaTec Combined: Precision at Depth with General Mechanical Slickline Services In the demanding arena of oil and gas well maintenance, precision is not just a virtue—it's a necessity. At InWaTec Combined, we provide General Mechanical Slickline services that bring precision to the heart of your well operations. Our slickline services deliver targeted maintenance solutions, assuring that performance, integrity, and productivity remain at the forefront of your downhole activities. The Role of Slickline in Downhole Maintenance Slickline is the unsung hero of well servicing, a slender thread of robustness, lowering essential tools into the depths of oil and gas wells to execute critical maintenance tasks. It is the conduit for precision, the means by which tools are delivered to the precise downhole location where they are needed. Why Choose InWaTec Combined's Slickline Services? Expertise at Every Turn: Our slickline operators are seasoned experts, with the skill to navigate complex downhole environments, ensuring that every tool is deployed with accuracy. Versatile Tool Deployment: From routine maintenance to emergency interventions, our slickline services cater to a diverse range of downhole needs, delivering the right tool to the right place at the right time. Streamlined Operations: Efficiency is key in downhole operations, and our slickline services are designed to minimize downtime, streamline processes, and maintain the peak performance of your wells. Safety and Precision Combined: At InWaTec Combined, we balance the need for operational precision with an uncompromising commitment to safety, ensuring that every slickline operation upholds the highest standards. Tailored Solutions for Downhole Challenges Every well presents its own set of challenges, and InWaTec Combined's General Mechanical Slickline services are crafted to meet them head-on. We provide tailored solutions, customizing our approach to fit the unique needs of your well, ensuring that maintenance tasks are carried out with precision and care. Advanced Technology for Optimal Results We leverage the latest in slickline technology, utilizing advanced materials and innovative techniques to enhance the reliability and effectiveness of our services. Our commitment to technological advancement means that we're always at the cutting edge, providing services that are not just current but future-ready. Your Partner in Well Maintenance Choosing InWaTec Combined for your slickline needs means selecting a partner dedicated to the success of your well operations. Our General Mechanical Slickline services are a reflection of our promise to deliver excellence in every aspect of our work, from the initial deployment of tools to the completion of maintenance tasks. Conclusion: Your Well's Performance, Our Commitment In conclusion, InWaTec Combined's General Mechanical Slickline services are essential for maintaining the high performance and integrity of your oil and gas wells. With our focus on precision, efficiency, and safety, we ensure that your maintenance operations are performed to the highest standards. Trust in the expertise and dedication of InWaTec Combined to keep your wells operating smoothly, safely, and efficiently. View Details

LM2500+G4 SAC 50Hz CC 2x1 Gas Turbine

The LM2500+G4 SAC 50Hz Combined Cycle 2x1 is a high-performance gas turbine system designed for large-scale, high-efficiency power generation, particularly suited to the needs of oil and gas operations. This configuration links two LM2500+G4 gas turbines with a single steam turbine in a combined cycle layout—capturing waste heat from the gas turbines to produce steam and generate additional power. This approach significantly improves overall thermal efficiency while maintaining operational flexibility.

The Single Annular Combustor (SAC) with optional water injection helps the system meet emissions rules while keeping combustion stable and efficient. The LM2500+G4 improves on the previous +G4 model by increasing airflow, using better materials, and adding improved cooling. This allows it to produce about 10% more power without reducing the lifespan of critical hot parts. It can be equipped with either a two-stage or six-stage power turbine to fit different needs. Even with the higher power output, the +G4 keeps its modular, two-spool design, which makes maintenance easier and ensures reliable performance in many environments.

In the 2x1 configuration, the system delivers approximately 41% more power than a single gas turbine unit. The use of combined cycle technology ensures better fuel utilization, helping to reduce overall emissions and lower lifecycle operating costs.

The LM2500+G4 SAC 50Hz Combined Cycle 2x1 offers higher power, improved efficiency, and a flexible design, making it well-suited for large-scale oil and gas operations that demand reliable and efficient power generation. Its “50Hz” designation means the turbine is specifically optimized to supply electricity to grids operating at 50 cycles per second, ensuring seamless integration with regional power systems.

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Gauge Root Valve – Bleed Valve with Vent Tube and Handle – 6000 PSI – ASME B16.34 / ISO 9001 / PED / ATEX

The Gauge Root Bleed Valve with vent tube and handle is a high-pressure valve designed to provide safe venting and pressure release in industrial and oil and gas systems. It is typically installed in high-pressure piping where pressure gauges or instruments are connected, allowing operators to isolate and safely bleed off pressure for maintenance, calibration, or inspection. The vent tube directs released media away from the operator, reducing the risk of injury or contamination, while the handle provides easy and precise manual operation.

This valve is rated for 6000 PSI standard working pressure, with higher pressures available on request, and is constructed with a metal-to-metal body and bonnet seal for reliable sealing at high temperatures and pressures. It features a backseat stem for added security, a self-centering, non-rotating tip to ensure leak-free performance, and a simple adjustable gland retainer to maintain packing stability over time.

Factory testing includes pneumatic tests with nitrogen at 1000 PSI to verify seat and packing integrity, with a maximum allowable leak rate of 0.1 sec/min. The valve materials can be supplied in stainless steel or other corrosion-resistant alloys and are compatible with NACE MR 01-75 standards. Heat code traceability ensures quality control and material verification for critical applications.

This valve is essential for safely isolating and venting pressure from instruments, gauges, or process line.

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LM2500XPRESS+G5 DLE UPT Gas Turbine

The LM2500XPRESS+G5 DLE UPT is a modular aeroderivative gas turbine system built for fast, flexible, and efficient power generation in both onshore and offshore environments. It is particularly well-suited for applications across LNG facilities, gas pipelines, gas processing plants, and general power generation, including electricity production at both 50 and 60 Hz, without the need for a speed reducer.

The "+G5" designation refers to its fifth-generation power turbine, offering the highest output and efficiency in the 20–40 MW class. It supports both high-speed and low-speed power turbine configurations, allowing integration into a variety of grid or mechanical drive systems.

At its core, the G5 includes a high-pressure compressor derived from the LM2500+G4, now redesigned for longer service life. In a simple cycle, it achieves up to 41% efficiency, which is notable for a turbine of this size class. The system can start from cold and reach load in about five minutes, making it ideal for rapid-response applications.

The unit is built for speed and simplicity. It’s shipped in preassembled modules, with a compact footprint that helps reduce installation time.

The Dry Low Emissions (DLE) system supports environmental compliance without requiring water or steam injection, simplifying operations and reducing resource demands.

Altogether, the LM2500XPRESS+G5 DLE UPT provides a practical solution for projects that need reliable, fast, and efficient power without a complex setup.

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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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Thru-Tubing MatrixStixx 2 inch

Introducing Thru-Tubing Acid Stimulation by StimStixx Technologies - Revolutionize Your Operations! Are you looking for a quick, efficient, and environmentally friendly acid stimulation solution? Look no further! StimStixx Technologies is proud to present our cutting-edge Thru-Tubing Acid Stimulation system, designed to meet all your needs with ease and precision. Our innovative product offers a hassle-free deployment process via electric wireline, ensuring a seamless integration into your operations. Available in both HCL and HCL/HF acid blends, our solution guarantees the utmost effectiveness in achieving your desired results. At the heart of our Thru-Tubing Acid Stimulation system lies a specially formulated solid acid stick. Whether you're using slickline, wireline, coil tubing, or tractor-conveyed methods, our solid acid stick delivers heated acid vapor with pinpoint accuracy directly to the zone of interest. This groundbreaking approach ensures increased penetration and contact with the formation, thanks to the highly reactive nature of the heated acid vapor. Not only does our system deliver exceptional performance, but it also provides numerous benefits that will enhance your operations in more ways than one. By utilizing our Thru-Tubing Acid Stimulation, you'll experience reduced CO2 emissions, lower downtime, and simplified implementation. The increased precision and fast-acting nature of our solution will save you valuable time and resources, while also reducing manpower, rig, and equipment costs. Additionally, the elimination of contaminated effluent means a reduced risk of spills at the surface and eliminates the need for post-treatment clean-up or disposal. Join the countless businesses already benefiting from our Thru-Tubing Acid Stimulation system. Embrace efficiency, precision, and environmental responsibility with StimStixx Technologies. Contact us today to revolutionize your operations and unlock a new level of success! View Details

Firewater pump for offshore platforms and onshore installations

Fire pumps are an essential part of many water-based fire protection systems. They are used to increase the pressure (measured in psi and bar) of a water source when that source is not adequate for the system it's supplying. As part of a fire sprinkler system, a fire pump receives water from either an underground water supply or a water tank, lake, or reservoir, and is powered by electricity or diesel fuel. The high-pressure supplied by the pump distributes water through the sprinkler system and hose standpipes. Fire pumps are typically made with non-corrosive internal parts to avoid clogging due to corrosion. View Details

MS-201EC Extraction Condensing Steam Turbine

Elevate Your Energy Solutions with the Kessels MS-201 EC Extraction Condensing Steam Turbine: Efficiency Perfected In the dynamic world of the oil and gas industry, precision, performance, and sustainability are non-negotiable. Kessels Steam Turbines is proud to introduce the MS-201 EC Extraction Condensing Steam Turbine, a technological marvel that sets new standards in steam turbine excellence. Mastering Extraction Condensing Turbines Extraction condensing turbines are the lifeline of industries requiring a constant pressure steam flow for diverse processes. The MS-201 EC shares structural characteristics with condensing turbines, making it the ideal choice when you need a reliable source of constant pressure steam for your operations. Efficiency at Its Pinnacle What distinguishes the MS-201 EC is its remarkable capability to inject low-pressure steam from the second admission valve chest. This ingenious feature optimizes the utilization of available plant resources to meet power demands, making our turbine an indispensable asset in co-generation scenarios. Steady Power, Unwavering Performance In co-generation settings, where maintaining a consistent power supply despite fluctuations in process steam demands is paramount, the MS-201 EC shines. This turbine ensures your power generation remains steady, providing a rock-solid foundation for your operations. Ultimate Versatility At Kessels, we understand that each industry has unique needs. In some cases, you may require both bleed and controlled extraction steams from the condensing turbine. Our MS-201 EC is designed to meet these demands, offering the flexibility of a bleed cum extraction condensing turbine. Why Choose Kessels? Choosing Kessels Steam Turbines isn't just a business decision; it's a commitment to excellence, innovation, and reliability. Our MS-201 EC Extraction Condensing Steam Turbine embodies these principles, offering you: Unmatched Efficiency: Harness low-pressure steam resources efficiently, reducing energy waste and maximizing productivity. Reliability Beyond Question: Crafted with precision and subjected to rigorous testing, our turbine ensures uninterrupted operations, even in the most demanding industrial environments. Consistent Power Supply: Experience uninterrupted power generation, regardless of variations in process steam demands, ensuring your operations run seamlessly. Exceptional Versatility: Adapt effortlessly to your unique requirements, whether you need bleed or controlled extraction steams, with the confidence that Kessels' expertise provides. Expert Support: Our team of specialists is at your service, ready to assist with installation, maintenance, and troubleshooting. Empower Your Future with Kessels In the fiercely competitive landscape of the oil and gas industry, every advantage counts. Step into a future of efficiency, reliability, and sustainability with the Kessels MS-201 EC Extraction Condensing Steam Turbine. Contact us today to discover how our turbine can revolutionize your operations and lead you toward unprecedented success. Kessels Steam Turbines – Powering Progress, Powering You. View Details

Refinery capacity available for long term contracts in multiple geographic locations

Construction timelines for a modular refinery can range from 12 to 18 months from the start of a project to the first barrel of oil processed. It is time and cost efficient to utilise space in existing refining and storage facilities. View Details

HDI 2100 Pump Stroke Counter System

The HDI 2100 Pump Stroke Counter System is an electronic device designed to monitor mud pump performance in oil and gas drilling operations by accurately counting and displaying the number of strokes and stroke rates of up to four pumps simultaneously. Mud pumps play a critical role in circulating drilling fluids (mud) through the wellbore, and monitoring their operation is essential to maintain drilling efficiency, detect malfunctions, and ensure safe operation.

This system provides real-time stroke data updated every second, allowing operators to track pump activity precisely. It consists of a stainless steel control head with an LCD display, a power pack, cables, and sensors (either microswitch or proximity types). The control head can be mounted on a control panel either from the front or back, offering flexibility for installation in existing drilling consoles.

The internal quartz crystal oscillator guarantees accurate stroke counting without drift, meaning the system does not require regular recalibration, reducing maintenance needs. The system is powered by a sealed 3.6V battery designed to last approximately 18 months under continuous operation. Field-replaceable processor boards simplify repair and troubleshooting without needing to replace the entire unit.

Operating in harsh environments common to both land and offshore drilling, the 2100 features a sealed stainless steel case and durable piezoelectric switches for long life even under high vibration conditions. It supports integration with Human Machine Interfaces (HMI) and Programmable Logic Controllers (PLC) through dual sensor outputs, enabling automated monitoring and control within drilling systems.

The stroke rate range covers 11 to 300 strokes per minute, with the total accumulated strokes displayed up to 65,535. Operating temperature ranges from -40°C to 100°C, making it suitable for a wide range of drilling environments. The system’s combination of rugged design, accurate measurement, and flexible installation makes it a reliable tool for real-time mud pump monitoring critical to maintaining drilling safety and operational efficiency.

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BMS Liquid Stopper

BMS Liquid Stopper: The Innovative Solution for Safe and Eco-Friendly Workover Activities If you're looking for a reliable and eco-friendly solution for your workover activities, look no further than Clearstream's BMS Liquid Stopper. Our innovative product acts as a semi-solid plug that allows workover activities without impairing the formation, all while being completely biodegradable. Traditionally, workover activities involve the use of cement or other materials to create a plug in the wellbore. However, these materials can be harmful to the formation. BMS Liquid Stopper solves this problem by providing a safe and eco-friendly alternative. Our product is specially designed to create a semi-solid plug that can be easily removed once the workover activities are complete. This allows for a more efficient and effective workover process, without harming the environment or impairing the formation. In addition to its effectiveness and eco-friendliness, BMS Liquid Stopper is also biodegradable. This means that it breaks down naturally over time, without leaving any harmful residue in the environment. This makes it the perfect solution for companies that are committed to environmental sustainability. At Cleanstream, we take great pride in our commitment to quality, safety, and environmental responsibility. Our liquid stopper is rigorously tested to ensure that it meets the highest standards of quality and effectiveness. And with its biodegradable properties, you can rest assured that you are using a product that is safe for both your business and the environment. Don't settle for traditional materials that can harm the environment and impair the formation. Choose BMS Liquid Stopper for safe, efficient, and eco-friendly workover activities. Contact us today to learn more about how our innovative product can benefit your business. View Details

Semi-submersible Mobile Offshore Drilling Unit (MODU)

A Semi-Sub has better stability in the harsh environment, a larger deck area, superior constructional and installation features, and higher mobility. A Semi-Submersible Rig or a “Semi-Sub” or a “Semi” or a “Floater” is a drilling rig that is used to drill wells in water depths inaccessible to jack-up rigs (typically water depths greater than 400 ft) or in harsh environments (arctic). Semi-submersible rigs are buoyant and, unlike jack-up rigs which rest on the seabed, float during drilling operations. Contact us for assistance in contracting, intake and management of your upcoming Semi-sub well construction projects. View Details

CBL-VDL

Elevating Well Integrity Analysis with InWaTec Combined's CBL-VDL Services Ensuring a solid cement bond between casing and the wellbore is not just a procedural step; it's a critical factor in well integrity that demands the most meticulous evaluation techniques. InWaTec Combined’s Cement Bond Logging (CBL) and Variable Density Logging (VDL) Services offer a refined approach to acoustic well logging, a method that has been a research focal point due to its importance in ascertaining well safety and functionality. Cement bonding evaluation can be segmented into two categories based on tool source frequency: the sonic method (around 20 kHz) and the ultrasonic method (several hundred thousand Hz). The sonic method, a technique that has stood the test of time since its introduction in 1963, provides a qualitative or semi-quantitative analysis of the cement bond. It involves the excitation of a sonic wave and measurement of its attenuation along the borehole axis, with the degree of attenuation reflecting the quality of shear coupling behind the casing. Simply put, the greater the attenuation, the better the bond. CBL specifically focuses on the attenuation factor derived from the first arrival amplitude, offering a snapshot of the bond's integrity. In contrast, VDL takes into account the full waveform amplitude, providing a more detailed and denser representation of the bond quality. These dual measurements, with industry-standard receiver spacings of 3-ft for the casing wave and 5-ft for the full wave, allow for a comprehensive analysis of the cement bond. InWaTec Combined's CBL-VDL Services employ these methodologies with precision-engineered tools that capture high-resolution data, enabling our experts to discern even subtle variations in bonding conditions. This data is not merely numbers on a log; it's a story of the well's integrity, revealing areas of potential concern that can be proactively addressed to prevent non-productive time and ensure operational safety. By leveraging the combined strengths of CBL and VDL, InWaTec Combined provides clients with a robust assessment of their cementation quality. The detailed logs produced not only satisfy regulatory requirements but empower operators with actionable insights to optimize their well construction and maintenance strategies. Choose InWaTec Combined's CBL-VDL Services for your cement bond evaluation needs and gain peace of mind with our thorough, reliable, and cutting-edge acoustic logging solutions. Our commitment to excellence in well logging means that when it comes to well integrity, you're not just meeting industry standards—you're setting them. View Details

SSV 4.51 inch for Water Injection Wells

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

Stand off Protector

ROV Surface Console

Tubing hanger with electrical feedthrough for ESP applications

The tubing hanger holds a feed-through mandrel equipped with the proper seals. Feed-through mandrel seals contain well pressure and prevent gas leaks at the surface. Power cables are connected to the two ends of this device via their three-phase connectors (also called: lower and upper pigtails). The feedthru portion of the system provides a fluid block at the wellhead permitting electrical power to pass safely and reliably through the well’s pressure barrier. The connector works with the wellhead manufacturer to assure proper fit and material compatibility. View Details

TR-SCSSSV 3-1/2 inch WellStar

The WellStar® tubing-retrievable safety valve (TRSV) is a general production, hydraulically operated, downhole TRSV. The rugged hydraulic actuator of the WellStar safety valve provides durability and isolates the internal workings from well fluids through its unique construction. The metal-to-metal (MTM) sealing integrity in the body joints and closure mechanism places it in a premium valve category while featuring an economical price. Proven through years of installations, the simple, compact design enhances the valve’s overall reliability and provides for trouble-free operation. Applications » General production completions Features » Simple, compact design » Complete MTM well containment in the closed position (body/seat connections and flapper) » MTM flapper sealing (no resilient seal required) » Unique hydraulic actuation (single-piece piston/ flow tube) » Hydraulic chamber construction isolates the majority of the internal valve components and exposes them to clean hydraulic fluid » Positive debris barrier at both ends of flow tube in full open position » Maximized piston area and spring force » Flow tube construction prevents well solids and debris from settling on top of the piston *information referenced from supplier catalog. View Details

BMS Versol T

Introducing BMS VerSol T: The Safe and Versatile Solution for Your Cleaning Needs Cleanstream presents BMS VerSol T, the perfect replacement for harmful solvents such as NMP/NEP, glycols, and aromatics. Our solvent is designed to provide a more sustainable and safer alternative to traditional solvents that contain BTEX. BMS VerSol T is a chemical product that is fully miscible in water and/or acid and has no CLP labeling. This makes it a safe and versatile solution for your cleaning needs. Our product is a green Xylene replacement that is much safer to use and provides exceptional cleaning performance without any of the negative environmental effects of traditional solvents. In addition to being safe for the environment, BMS VerSol T is highly effective in cleaning corrosion inhibition and organic deposits from hoses, pumps, tubulars, heat-exchangers, and pumping equipment. Our solvent is specially formulated to provide the same level of cleaning performance as traditional solvents without any of the harmful effects. BMS VerSol T is also a great replacement for BTEX solvents in well cleanup operations. With our product, you can achieve the same level of cleaning performance without any of the negative environmental effects of traditional solvents. At Cleanstream, we are committed to creating a more sustainable future, and BMS VerSol T is just one of the many ways we are working towards that goal. Our solvent is specially formulated to meet the highest environmental standards while providing exceptional cleaning performance. So why wait? Make the switch to BMS VerSol T today and experience the benefits of a safer and more environmentally conscious solvent. Contact us to learn more about how you can get started with BMS VerSol T and start cleaning with confidence. View Details

ROV Transport Case

Secure Your ROV with the Rugged Transport Case When it comes to transporting your valuable subsea equipment, no compromises should be made. We understand the importance of safeguarding your investment during transit, which is why we are proud to introduce our ROV Transport Case – the ultimate solution for secure and worry-free ROV transportation. Built for the Toughest Challenges Whether you are deploying your ROV for offshore inspections, scientific research, or search and rescue missions, our ROV Transport Case is engineered to withstand the toughest challenges. Crafted from durable and rugged materials, this case ensures your ROV remains well-protected, even in the most demanding and unpredictable environments. Custom-Cut Foam for Precision Protection We know that every ROV is unique, and that's why our ROV Transport Case is designed with customizable precision. The case is filled with closed-cell custom-cut foam, meticulously shaped to fit your specific ROV model. This snug and secure fit prevents any shifting or potential damage during transit, providing unmatched protection for your subsea equipment. Safety First, Always Safety is at the forefront of everything we do. Our ROV Transport Case is no exception. With reinforced corners and edges, impact-resistant features, and secure locking mechanisms, this case ensures your ROV remains securely stored and protected throughout its journey, minimizing any potential risks during transport. Portability and Ease of Use Transporting your ROV shouldn't be a cumbersome task. Our ROV Transport Case is designed with portability and ease of use in mind. The case features rugged handles and ergonomic design, making it effortless to carry and move around, even in challenging terrains. With our case, you can focus on your mission, knowing your ROV is safely stored and ready for action when you reach your destination. Years of Experience With years of experience in subsea robotics and ROV technology. Our commitment to quality and innovation drives us to deliver products that exceed expectations. The ROV Transport Case is a testament to this dedication, providing our customers with a reliable and durable solution for transporting their valuable subsea equipment. Secure Your ROV Today Safeguard your investment and ensure worry-free transit with our ROV Transport Case. Contact us today to learn more about this product and other cutting-edge solutions for your subsea missions. Embrace the power of protection. View Details

Network maintenance

Guarding the Pulse of Your Operations with Nulux’s Network Maintenance Services Navigating through the unyielding terrain of the Oil and Gas industry demands not merely a communication network that is robust but one that stands unassailable against the test of time and operational strain. For professionals who engineer the vitality of our energy sector, ensuring that every node, every link, and every byte of data pulsates without falter through your networks is paramount. Herein lays the essence of Nulux Network Solutions’ pristine Network Maintenance services. Catalyzing Sustainability through Robust Network Health With a relentless devotion to facilitating an unobstructed flow of products, solutions, and services across the complete energy value chain, Nulux is unwaveringly committed to escorting our customers on the voyage towards a future where sustainability and operational excellence coalesce seamlessly. In the domain of Fiber Optic communication, where the tiniest of signal attenuations can cascade into significant operational impediments, maintaining the unyielding health of your network becomes imperative. And this is where our Network Maintenance services shine, illuminating your operations with the assurance of unbroken, reliable connectivity. Embracing Nulux’s Network Maintenance: A Fortification of Reliability Aligning with Nulux’s Network Maintenance services infuses your operations with: Proactive Safeguarding: Our technical mavens, with a fine-tuned acumen honed by over two decades in the industry, provide proactive monitoring and mitigation strategies, ensuring that potential issues are neutralized before they can reverberate through your operations. 24/7 Vigilance: In an industry where every second is critical, our 24/7 monitoring and support stand as your unwavering sentinel, ensuring that come what may, your network's integrity remains unassailable. Bespoke Maintenance Protocols: Our network maintenance solutions are not generic but are meticulously tailored to resonate with the specificities of your operations, ensuring that our maintenance protocols echo with the unique requirements of your network architecture. Minimized Downtime: With an arsenal of cutting-edge diagnostic tools and an experienced team that specializes in rapid response and resolution, we ensure that any potential downtimes are not merely addressed but are minimized to a negligible whisper. Embarking on an Uninterrupted Operational Journey with Nulux At Nulux Network Solutions, our network maintenance services go beyond mere problem resolution; we dive into the very fabric of your communication networks, ensuring that every fiber, every connection, and every data transmission is enveloped in a cocoon of reliability and unyielding operational excellence. In an industry where data transmission is as vital as the energy being harnessed, Nulux stands as your partner, ensuring that the pulse of your operations, your communication networks, perpetually remain vibrant, secure, and impeccable. Choose Nulux, and navigate through your operational journey with the assurance that the lifelines of your communication are not merely maintained but are guarded, fortified, and optimized, ensuring every operational heartbeat is steady, uninterrupted, and perpetually resilient. View Details

ESP Straight Pull 7" HS Packer

The Ballycatter Model WC-ESP Straight Pull 7” Packer is a hydraulic-set production packer built for ESP completions in 7” casing, offering secure wellbore isolation and efficient ESP deployment. Its pass-through section ensures uninterrupted power delivery to the ESP unit, while the bi-directional slips anchor the packer against pressure fluctuations and tubing movement. Designed for high-pressure and high-temperature wells, its single-piece mandrel construction and Acner Array Packing Element provide exceptional durability and sealing reliability.

The WC-ESP Straight Pull 7” Packer is set hydraulically by pressurizing the tubing against a plugging device, locking the packer in place for long-term performance. The straight pull retrieval mechanism enables fast and hassle-free removal, reducing intervention time and operational costs. Compatible with all major cable pack-off or feed-thru devices, this packer is a versatile, high-performance solution for ESP completions in medium-sized casing applications.

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H Storm Choke 2 inch

Storm Choke® H safety valves are ambient-type, wireline retrievable valves that are normally closed and precharged with a set dome pressure. When the well flowing pressure drops below the predetermined dome-pressure charge, as a result of a rupture in the flowline or surface equipment, the dome pressure and valve spring are designed to close the valve, shutting in the well. The H valve is used in wells producing large volumes of abrasive fluids. Its large bore is not restricted by a flow bean. The valve is designed to resist pressure surges. A metal-to-metal (MTM) ball and seat is used as the primary closure mechanism. The H valve is ideal for protecting wells with declining bottomhole pressure because this valve is tubing pressure sensitive instead of velocity sensitive. To reopen, the valve pressure must be fully equalized either by applying pressure in the tubing from the surface or by running a prong to allow equalization from below. The valve will reopen when the tubing pressure acting on the internal piston area overcomes the dome charge. Applications » Wells producing large volumes of abrasive fluids » Wells with declining bottomhole pressure » Wells with no provisions for surface-controlled valves Features » Large bore not restricted by a flow bean » MTM ball and seat » Designed to resist pressure surges *description excerpted from manufacturers catalogue. View Details

Supply Vessels for Offshore Support

Let Sunkers Marine arrange all your marine needs with our network of service providers. View Details

Multiprocess 301-SL Welder

ESP Dual Grip 7 inch Packer

The Ballycatter Model WC-ESP Dual Grip 7” Packer is a hydraulic-set, dual-grip production packer designed for electric submersible pump (ESP) completions in 7” casing. Engineered for high-load applications, it incorporates bi-directional barrel slips that securely anchor the packer against both upward and downward forces, ensuring reliable zonal isolation in high-pressure well environments.

The pass-through section allows seamless integration of ESP power cables, maintaining an uninterrupted electrical connection to the pump below the packer. The single-piece mandrel construction and Acner Array Packing Element enhance durability and resistance to extreme temperatures and corrosive fluids. Additionally, the packer includes NPT chemical injection ports and a vent valve port, facilitating chemical treatments and pressure equalization.

The hydraulic setting mechanism is activated by applying tubing pressure against a plugging device, mechanically locking the packer in place for long-term sealing integrity. The dual-grip anchoring system provides increased stability, making it ideal for high-flow rate production and injection wells. The packer can be retrieved using straight pull release, ensuring efficient removal and minimal well disruption. Compatible with all major cable pack-off or feed-thru devices, the WC-ESP Dual Grip 7” Packer offers superior performance for ESP completions in demanding well conditions.

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LM2500+G4 SAC 50Hz SC Gas Turbine

The LM2500+G4 SAC 50Hz Simple Cycle is a fourth-generation aeroderivative gas turbine of the LM2500. Designed for industrial power applications, including those in the oil and gas sector, it delivers more output and greater thermal efficiency while retaining the ease of maintenance and high reliability the LM2500 series is known for.

In a simple cycle configuration, the gas turbine generates power directly by expanding hot gases through the turbine stages, without recovering heat for additional power generation. This design is favored for its simplicity, lower capital cost, faster start-up, and suitability for mobile or remote applications.

The LM2500+G4 improves upon its predecessor by increasing airflow and turbine cooling capacity, allowing for higher operating temperatures. These changes result in up to 40% thermal efficiency in simple cycle mode—an impressive figure for this class of turbine. This translates to improved fuel usage and reduced operational costs over time.

The engine features a Single Annular Combustor (SAC), which supports stable combustion with low emissions of nitrogen oxides (NOx) and carbon monoxide (CO). The combustor is also designed for durability and long life, with easily replaceable fuel nozzles and a thermal barrier coating for resistance to high temperatures and corrosion.

Its two-spool design means the engine has no cold start limitations, making it well-suited for harsh or variable environments. The power turbine and gas generator can be separated, allowing for easier in-module repairs and less downtime.

Overall, the LM2500+G4 SAC 50Hz Simple Cycle offers a balance of power, efficiency, and maintainability, making it an attractive solution for power generation and mechanical drive needs in industrial, onshore, and offshore oil and gas operations.

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HDI 1000B Pressure Gauge System

The HDI 1000B Pressure Gauge System is an intrinsically safe, battery-powered, solid-state electronic pressure gauge designed for accurate and reliable pressure measurement in demanding industrial environments. It measures pressures ranging from 30 psi up to 20,000 psi with an accuracy of ±0.50% of full scale. The system features a durable design with no fluids or moving parts, reducing maintenance requirements and improving long-term reliability.

The gauge includes a clear liquid crystal display (LCD) that combines a five-digit numeric readout for precise pressure values with a 101-segment analog bar graph for quick trend visualization. The display is easily readable in various lighting conditions and includes a low battery indicator to ensure continuous operation.

The 1000B system is modular, comprising a gauge display, inline cable, and sensor assembly. This design allows the display to be positioned close to or remotely from the pressure measurement point, providing flexibility in installation. The system supports multiple connection types including 2” Male NPT, 2” 1502, 2” 2002/2202, or flanged connections to fit different piping standards.

Power is supplied by a replaceable internal 3.6 VDC battery pack, which typically lasts up to 18 months during continuous operation. The gauge system is designed to retain calibration and settings during battery changes or power interruptions, enhancing reliability in field use.

For integration with control systems, the 1000B offers optional 4-20 mA or 0-1 V outputs, enabling remote monitoring, data logging, or connection to PLCs and chart recorders. The system is built to withstand high vibration environments, making it suitable for offshore, drilling, and other heavy industrial applications.

Overall, the 1000B Pressure Gauge System provides a precise, low-maintenance, and versatile solution for pressure measurement needs where safety, accuracy, and durability are critical.

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Lean Environmental Services System (LESS)

Are you looking for a game-changing solution that can revolutionize your oil and gas operations? Look no further than the Lean Environmental Services System (LESS) unit, the innovative mobile system designed to minimize pollution, risks, costs, and time during well service operations. The LESS unit is specifically designed to support and assist various well service operations such as electric line, slickline, and coiled tubing. By preventing any fluid or gas releases during these operations, the LESS unit can eliminate risks to people and the environment. The unit stores all the fluids into its tanks, reducing the risk of spills and leaks that can lead to costly cleanup operations and environmental damage. In addition to reducing risks and pollution, the LESS unit can significantly reduce costs and time associated with well service operations. With its efficient design and advanced technology, the unit can streamline operations and enhance productivity, resulting in faster job completion and higher efficiency. But that's not all - the LESS unit also offers the possibility to re-inject fluids into the well at the end of the job, further reducing environmental impact and promoting responsible resource management. With its sustainable features and advanced technology, the LESS unit is a powerful tool for companies looking to improve their environmental performance and reduce their carbon footprint. Don't miss out on the opportunity to revolutionize your operations with the Lean Environmental Services System (LESS) unit. Contact us today to learn more about how this innovative mobile system can benefit your business and help you achieve your sustainability goals. View Details

7" Mech-2 Double Grip Mechanical Set Packer for 26-29 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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7" Mech-1 Single Grip Mechanical Set Packer for 38 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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Blind Box for Wireline

Unlocking Efficiency with HOCA Oil Tools B.V.'s Advanced Slickline Blind Boxes In the complex world of oilfield services, particularly within the realm of slickline operations, the versatility and precision of downhole tools are of paramount importance. At HOCA Oil Tools B.V., we take pride in our comprehensive range of slickline blind boxes, designed to enhance operational efficiency and safety in the oil and gas industry. Our Type ‘A’ Blind Box series demonstrates our commitment to innovation and quality, catering to a wide range of operational needs. Main Features of HOCA's Slickline Blind Boxes: Diverse Size Range: Available in nominal sizes from .375 inches to 6.687 inches, catering to a broad spectrum of wellbore sizes and wireline operations. High-Quality Materials: Manufactured using robust materials, our blind boxes are designed to withstand the rigors of downhole environments, ensuring reliable performance. Precision Engineering: The precision in crafting each blind box, from threading to length specifications, ensures optimal performance and compatibility with existing slickline tool strings. Customization: Besides standard sizes, we offer custom orders to meet unique operational needs, ensuring that all aspects of the blind box, from thread type to length, are tailored to client specifications. Operational Efficiency: Designed for easy integration and use, our blind boxes help streamline slickline operations, reducing downtime and enhancing overall efficiency. Technical Support: HOCA Oil Tools B.V. provides comprehensive technical support, ensuring that our clients have the guidance needed to select and utilize the most appropriate blind boxes for their operations. At HOCA Oil Tools B.V., we understand the critical nature of slickline operations in the oil and gas industry. Our slickline blind boxes are a testament to our commitment to quality, innovation, and customer service. Choose HOCA for your downhole tool needs and experience the difference that professional-grade tools, backed by industry-leading support and expertise, can make in your operations View Details

Plug Chokes for Tubing

Elevate Downhole Efficiency with HOCA Oil Tools' Plug Chokes for Tubing In the rapidly evolving landscape of the oil and gas industry, achieving optimal control and efficiency in downhole operations is crucial. HOCA Oil Tools, at the forefront of downhole technology innovation, introduces its Plug Chokes for Tubing – specialized tools designed to revolutionize fluid flow control within the wellbore. Crafted with precision and built to meet the highest industry standards, our Plug Chokes are engineered to enhance the performance and safety of downhole operations. HOCA’s Plug Chokes for Tubing: Precision Control, Unmatched Durability Our Plug Chokes for Tubing are designed for operators who demand precise fluid flow control in their downhole operations. These tools are crucial for managing production rates, minimizing fluid losses, and optimizing well performance. Constructed from high-grade materials resistant to corrosion and wear, HOCA's Plug Chokes ensure reliability and durability under the harshest downhole conditions. Experience the HOCA Oil Tools Advantage Opting for HOCA Oil Tools’ Plug Chokes for Tubing means choosing a solution that stands for innovation, efficiency, and reliability. Our commitment to excellence ensures that our products not only meet but exceed the demands of modern oilfield operations, providing our clients with tools that enhance their downhole success. Integrating our Plug Chokes into your downhole operations marks a step toward enhanced efficiency, safety, and cost-effectiveness. With HOCA Oil Tools, you gain more than just a supplier; you gain a strategic partner committed to supporting your operational challenges with advanced solutions and comprehensive service. Choose HOCA Oil Tools for your downhole needs and unlock the full potential of your operations with our Plug Chokes for Tubing. Partner with us, and take your downhole operations to new heights of efficiency and performance. With HOCA Oil Tools, empower your downhole activities with tools that set new standards for reliability, control, and performance in the challenging oil and gas industry. View Details

NORM Decontamination Services

As the oil, gas, and geothermal industries continue to grow, the risk of contamination from Naturally Occurring Radioactive Material (NORM) also increases. That's why Cleanstream is proud to introduce our innovative, qualitative, and rapid cleaning services for Low Specific Activity (LSA) and NORM contamination. Our advanced cleaning methods comply with LSA/NORM regulations, ensuring safety for people and the environment. We invest heavily in new methods to continuously guarantee quality. Our own radiation experts, at Radiation Protection Expert (RPE) and Radiation Protection Officer (RPO) level, always carry out the decontamination and final release. At Cleanstream, we understand the importance of cleaning without damage. That's why we've developed our own inventive cleaning methods to prevent materials from getting damaged during the cleaning process. Our experienced employees have extensive knowledge of decontamination and are involved in disassembling and decontaminating contaminated materials originating from oil and gas wells so that the metal can be recycled. Our services are both rapid and cost-effective. Because all work activities are carried out by our own staff at our 20,000 m2 premises in Ter Apel, the communication lines and turnaround times are short, resulting in considerable cost-savings for our clients. Cleanstream is licensed to clean all types of NORM/LSA contaminated materials. Cleaned objects are released by means of a certificate, showing that your material has been cleaned in accordance with laws and regulations. At Cleanstream, we are committed to embracing change and constantly improving to meet the demand. Join us in our mission to promote safety, quality, and green solutions. Contact us today to experience our innovative and efficient cleaning services for NORM/LSA contaminated materials. View Details

9 5/8" Mech-2 Double Grip Mechanical Set Packer for 47-53.5 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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7" Mech-2 Double Grip Mechanical Set Packer for 20-26 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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BMS Versol D

Introducing BMS VerSol D: The Safer and More Environmentally Conscious Solvent Cleanstream is excited to introduce BMS VerSol D, the perfect replacement for harmful solvents such as THF, NMP/NEP, and chlorinated solvents. Our product is designed to provide a more sustainable and safer alternative for your cleaning needs. BMS VerSol D is a chemical product that is perfect for those looking for a more environmentally conscious solution to their cleaning needs. Our solvent is a green Xylene replacement that is much safer to use than traditional solvents that contain BTEX. In addition to being safer for the environment, BMS VerSol D is also highly effective in cleaning corrosion, inhibition, and organic deposits from hoses, pumps, tubulars, heat-exchangers, and pumping equipment. Our product is also a great replacement for BTEX solvents in well cleanup operations. With BMS VerSol D, you can achieve the same cleaning performance without any of the harmful effects of traditional solvents. By choosing BMS VerSol D, you are taking a significant step towards reducing your carbon footprint and contributing to a cleaner and greener planet. Our solvent is specially formulated to meet the highest environmental standards while providing exceptional cleaning performance. At Cleanstream, we are committed to creating a sustainable future, and BMS VerSol D is just one of the many ways we are working towards that goal. So why wait? Make the switch to BMS VerSol D today and experience the benefits of a safer and more environmentally conscious solvent. Contact us to learn more about how you can get started with BMS VerSol D. View Details

FXE WR-SCSSSV 4-1/2 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

Welding Cable Double Insulated AWG 4

Introducing Canaweld's Double Insulated Welding Cable - The Ultimate Powerhouse for Your Welding Needs! When it comes to welding, having the right equipment is crucial for achieving superior results and ensuring safety. At Canaweld, we take pride in crafting high-quality welding accessories designed to meet the rigorous demands of the oil and gas industry. Our Welding Cable Double Insulated AWG 4 (21.2 mm2) is a game-changer that will elevate your welding experience to new heights. Uncompromising Quality: Our welding cables are meticulously engineered to deliver unmatched performance and reliability. Crafted from 100% pure copper, these premium welding cables boast a Rope Lay Class K Stranded Soft Drawn Bare Copper Conductor per ASTM B-172. This construction ensures optimal conductivity, allowing for seamless power transfer during your welding operations. Safety First: At Canaweld, we prioritize safety above all else. That's why our welding cables are double insulated, offering enhanced protection and peace of mind. With a nominal voltage of up to 600 V and a test voltage of 3000 V, you can trust our cables to handle the toughest welding tasks with ease. Built to Withstand the Toughest Conditions: We understand that welding environments can be harsh and demanding. That's why our welding cables are engineered to be highly resistant to cuts, tears, and abrasions. They are designed to withstand exposure to oil, solvents, and chemicals, ensuring their durability and longevity even in the most challenging workspaces. Unmatched Flexibility: Work with ease and efficiency using our flexible welding cables. With a minimum bending radius of 4 times the cable diameter, our cables offer excellent maneuverability, allowing you to navigate through tight spaces and challenging welding positions effortlessly. Compliant with Environmental Standards: At Canaweld, we are committed to environmental responsibility. Our welding cables are RoHS compliant, ensuring they adhere to strict environmental standards and are free from harmful substances. Elevate Your Welding Performance: Upgrade your welding setup with Canaweld's Double Insulated Welding Cable AWG 4 (21.2 mm2) and experience the pinnacle of welding excellence. Trust in Canaweld's expertise to deliver top-of-the-line welding accessories that enhance safety, productivity, and performance. With Canaweld by your side, you can confidently take on any welding project in the oil and gas industry. Invest in the best for your welding endeavors - choose Canaweld. View Details

Wireline Entry Guide

A wireline entry guide is a device that is used to guide a wireline into a wellbore or oil and gas well. It is used to direct the wireline into the wellbore in a controlled manner. View Details

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

The Gauge Root Valve Female x Female connection is designed to control and isolate pressure instruments in process systems, particularly in oil and gas applications. It is rated for a standard working pressure of 6000 PSI, with the option for higher pressures upon request.

The valve is type-tested to MSS-SP-99 and designed according to ASME B16.34 for pressure-temperature ratings, ensuring reliable performance under demanding conditions.

The valve features a metal-to-metal body and bonnet seal, providing high-pressure and temperature sealing without the need for O-rings. It can operate in temperatures from -50°C to 230°C, with graphite sealing available for applications up to 500°C. The stem has a backseat for added security, and a self-centering, non-rotating tip ensures consistent shutoff and leak-free performance.

The packing is located below the stem threads, isolating the threads from process media, and the gland retainer is easily adjustable for maximum packing stability. The valve includes a removable T-handle for low-torque operation and a dust cap to prevent contamination. All valves are factory-tested with nitrogen at 1000 PSI to verify seat and packing leakage, with a maximum allowable leak rate of 0.1 sec/min.

Materials can be supplied to meet NACE MR 01-75 standards, and heat code traceability is provided. Additional tests, including vibration, temperature, and helium, are available on request. This design ensures long-lasting, reliable operation while protecting connected instruments and maintaining safety in high-pressure systems.

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Oil Only Absorbent Pad

Quick Absorbent Pads stand as a reliable and efficient solution for liquid cleanup, offering a combination of rapid absorption, fine-fiber construction, oil-specific capabilities, durability, and enhanced visibility. Upgrade your cleanup processes with a product designed to keep surfaces dry and operations running. Choosing the right solution for your needs is crucial, and our Quick Absorbent Pads offer several advantages that set them apart from other options. Why should you use the absorbent pads? Absorbent pads are specifically designed for rapid absorption of leaks, spills, and overspray. The quick response time is crucial in preventing the spread of liquids and minimizing potential hazards. If time efficiency is a priority, our absorbent pads are a superior choice. Unlike some general-purpose absorbents, our pads are engineered for the selective absorption of oils and oil-based liquids. This targeted approach ensures maximum effectiveness in scenarios where oil contamination is a primary concern. If your application involves oil cleanup, our pads offer a specialized solution. The fine-fiber construction of our absorbent pads ensures a clean and residue-free surface after cleanup. This is a significant advantage over some absorbents that may leave behind liquid or fiber remnants. If you value a thorough and residue-free cleanup, our absorbent pads are the ideal choice. absorbent pads feature a durable multi-layer polypropylene fiber structure, making them tough and resistant to tearing. This robust construction ensures longevity and reliability, even in demanding industrial environments. If durability and tear resistance are priorities, our absorbent pads excel in these aspects. The oil-specific absorption feature of our pads means they do not absorb water. This specificity is crucial in scenarios where water contamination is not desired. If you require an absorbent that selectively targets oils without absorbing water, our pads provide a distinct advantage. The bright white color of our absorbent pads enhances visibility during cleanup operations. This makes it easier to monitor the saturation level and determine when replacement is needed. If visibility and ease of use are important considerations, our pads offer a practical solution. Quick Absorbent Pads are versatile and suitable for a wide range of industries and applications. Whether you're in manufacturing, automotive, or any other sector with liquid spill concerns, our pads offer a reliable and efficient solution. In short: Oil Only Absorbent Pad - Absorbs up to 0.3 L (0.07 gal), absorbs rapidly, selective absorption of oils and oil-based liquids with maximum effectiveness, No residue or fiber left behind, the absorbent pad has durable multi-layer construction, oil-selective without absorbing water, bright white color for visibility, versatility across industries. Technical Specs Part Number: OH-P811 Product Type: Absorbent Pad Fluids Absorbed: Oil Based Liquids Volume Absorbed per unit: 17.5 oz Colour/Pattern: White Outside Skin Material: Polyester Rope Along Length: No Volume Absorbed per pkg.: 5.2 liter Floating: Yes UV Resistant: No Size: 8” x 11.5” Filler Material: Polypropylene Filler Flame Resistant: No Incinerable: Yes View Details

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

Stud Welder CAD 81

Introducing the Canaweld CAD 81 Capacitor Discharge Stud Welding System: Power and Precision Unleashed! When it comes to high-performance stud welding, the Canaweld CAD 81 stands in a league of its own. Harnessing the cutting-edge technology of Capacitor Discharge (CD) stud welding, this welding system offers unparalleled precision, speed, and efficiency, making it the ultimate choice for welders in the oil and gas industry. Precision in a Blink - Capacitor Discharge Stud Welding The Canaweld CAD 81 utilizes a direct-current arc from a capacitor, allowing for weld times as quick as 1 to 6 milliseconds. The result? Seamlessly welded studs with no burn-through on the opposite side, even with very thin metals. Perfect for smaller diameter studs, pins, non-standard materials, and when precision is paramount. Compact Yet Powerful - Unmatched Welding Capacity Don't be fooled by its compact design; the Canaweld CAD 81 boasts a full 5/16-inch (M8) welding capacity, making it the most compact and versatile system on the market. Its microprocessor control ensures precise and consistent welding performance, while the enhanced charging circuit with a high output transformer maximizes its duty cycle, offering you unmatched welding power in a lightweight package. Safety and Ease of Use - User-Friendly and Efficient The Canaweld CAD 81 is designed with your safety and convenience in mind. With enhanced user feedback, including safety and fault codes, you can weld with confidence and peace of mind. The system comes complete with everything you need, including the gun, two ground cables, collets, changing tools, and a convenient carrying case for easy transportation. Features That Make a Difference Let's take a look at some of the remarkable features of the Canaweld CAD 81: • Weld Range: Accommodates US Stud Size #4 – 5/16”, Metric Stud Size (M3-M8), Stud diameter 0.112″ – 0.312″ • Input Power 1~115/230, 50/60Hz (internally switchable) • 81,000uf Capacitance for rapid and powerful welds • Portable and Lightweight: Weighing only 25 lbs., take it anywhere the job demands • Ergonomic Design: Designed for comfort and ease of use during extended welding sessions • Heavy-Duty Cable Set: Ensures robust and reliable connections • Dual Ground Cable: For added safety and efficiency • Fully Adjustable Leg Set: Achieve the perfect welding angle for every job • Diagnostic LEDs: Easy troubleshooting and maintenance The Canaweld CAD 81 - Empowering Welders in the Oil and Gas Industry At Canaweld, we take pride in providing cutting-edge welding machines and accessories that meet the unique demands of the oil and gas industry. The CAD 81 exemplifies our commitment to excellence, innovation, and your welding success. Unleash the Power of Precision and Performance with the Canaweld CAD 81 Capacitor Discharge Stud Welding System. Empower your welding journey with Canaweld - Your Partner in Welding Excellence! View Details

Gas Metering Valve 2"

The 2″ Gas Metering Valve is designed to precisely control the flow of gas fuel in aero-derivative gas turbines, including the LM2500. By adjusting fuel delivery based on operating conditions, it maintains the optimal fuel-to-air ratio essential for safe, efficient, and reliable turbine operation.

Fuel metering valves act as the throttle control for gas turbines. Since turbines generate power by burning fuel mixed with compressed air, accurate regulation of this mixture directly impacts power output, efficiency, and emissions such as nitrogen oxides (NOx) and carbon monoxide (CO).

This valve delivers exceptional accuracy within ±1% of the flow point, ensuring consistent fuel delivery and optimal combustion. It is built to perform reliably in demanding environments and meets safety standards including ATEX, PED, and UL, certifying it for use in hazardous and extreme conditions.

The fuel metering valve is a two-inch right-angle style valve commonly used on aero-derivative turbines. It integrates easily into existing systems without requiring hydraulic or electrical changes. With millions of hours of proven field performance, it offers dependable, precise fuel control that enhances turbine efficiency and reduces fuel consumption.

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7" Mech-1 Single Grip Mechanical Set Packer for 26-29 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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Valve Manifolds 2 Valve Manifold T Type – Pipe to Flange 1/2” Female NPT – 6000 PSI – ASME B16.34 / MSS-SP-99 / ASME B31.3

The 2 Valve Manifold T Type – Pipe to Flange 1/2” Female NPT is designed to provide a reliable and compact solution for connecting impulse lines to pressure transmitters and gauges. This manifold allows operators to safely isolate instruments from the process for maintenance, calibration, or testing, without the need to shut down the system. The T-type configuration features two valves that control flow to and from the instrument, enabling efficient block, bleed, and vent operations.

The pipe-to-pipe design ensures a direct connection to the piping system, which reduces potential leak points and simplifies installation. It is suitable for high-pressure applications, with a standard working pressure of 6000 PSI and options available for higher pressures. The manifold is built with a metal-to-metal body and bonnet seal for enhanced durability and temperature resistance, with materials that can comply with NACE MR 01 75 standards for corrosion resistance.

Additional features include a removable T-handle for low-torque operation, self-centering non-rotating stems for consistent shutoff, and a dust cap to prevent contamination. Packing is positioned below the stem threads to isolate the threads from the process media, and the stem’s rolled threads provide smooth operation and long life. The manifold is 100% factory tested for leakage and performance, ensuring reliable operation in critical oil and gas applications.

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