Ballycatter.ca - Industrial Equipment

The 3” Gas Fuel Isolation Valve is designed for use in industrial gas turbines within the oil and gas sector, serving as a vital safety and control device. It regulates the flow of natural gas or compressor discharge air to the turbine, enabling quick isolation of fuel supply during abnormal or emergency conditions to protect the turbine from damage.

This valve features a three-inch outlet flange and is solenoid-pilot actuated, operating on 24 or 95-140 VDC power. It is engineered to withstand high-pressure environments, with natural gas operation rated up to 900 psig and compressor air up to 640 psig. It also endures elevated temperatures, tolerating heat soak conditions up to 400°F for natural gas and up to 800°F for compressor air applications.

Constructed from stainless steel materials compliant with NACE standards, the valve resists corrosion in harsh operating conditions typical in oil and gas facilities. It meets strict safety certifications, including CE-ATEX Group IIA, Category 3, Zone 2, T3, making it suitable for use in potentially explosive atmospheres.

The valve operates with a rapid opening time of approximately 110 milliseconds and closes within 1 second, enabling prompt response to operational changes or emergency shutdown signals. Typically installed in pairs to provide dual-redundancy, these valves enhance system safety by ensuring backup isolation capability.

Overall, the 3” Gas Fuel Isolation Valve is essential for maintaining safe, efficient, and reliable turbine operation by controlling and isolating fuel or air flow, thereby preventing damage and reducing the risk of costly downtime in oil and gas power generation applications.

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

The Needle Valves Hex Body Series Male x Female are industrial valves designed for precise flow control in high-pressure systems. The hexagonal body allows for standard wrench access, facilitating installation and maintenance. Male and female NPT connections enable integration into various piping systems, commonly used in instrumentation, process control, and oil and gas applications.

These valves are manufactured according to ASME B16.34 standards and type-tested to MSS-SP-99. They have a standard working pressure of 6000 PSI, with options for higher pressures. The metal-to-metal body and bonnet seal provides reliable sealing under high pressure and temperature conditions. Materials can comply with NACE MR 01 75, and the valves operate over a temperature range of -50°C to 230°C, with graphite seals available up to 500°C.

Each valve undergoes factory testing for seat and packing leakage using nitrogen gas at 1000 PSI. The valves feature a back-seated stem, rolled threads, and a mirror-finished stem through the packing, ensuring consistent and smooth operation. The removable T-handle reduces torque requirements during operation, and a dust cap protects the stem threads. The hex body and male-female connections provide a standard interface for connection while maintaining secure and leak-resistant operation.

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Pull and set Mechanical Plugs

InWaTec Combined: Streamlining Well Integrity with Expert Mechanical Plug Operations In the intricate sphere of well servicing, the ability to effectively isolate sections of the wellbore is crucial. At InWaTec Combined, we specialize in providing top-tier Pulling and Setting Mechanical Plug services that ensure well integrity through precision and reliability, all achieved via mechanical wireline manipulation. Sophisticated Simplicity in Well Isolation Our mechanical plug services are designed to provide a seamless solution for wellbore isolation. The mechanical plugs can be set using the finesse of wireline operations alone, without the need for complex hydraulic systems. This method exemplifies our commitment to sophisticated yet simple solutions, providing our clients with a straightforward and efficient means to secure their wells. Tailored Tools for Diverse Requirements Recognizing that wells come in various sizes and specifications, InWaTec Combined has developed a selection of running tools to match. Depending on the size of the mechanical plug, we employ one of two specialized running tools. Each tool is designed to engage with the plug precisely, ensuring a secure and accurate setting every time. Versatility Across Operations Whether it’s a routine intervention or an emergency response, our Pulling and Setting Mechanical Plug services are versatile enough to adapt to the specific needs of the operation. This versatility is a testament to the depth of our expertise and the breadth of our technological capabilities. Efficiency in Execution The use of mechanical wireline manipulation for setting and pulling plugs not only provides precision but also enhances operational efficiency. By eliminating the need for additional hydraulic equipment, we can execute operations more quickly, reducing downtime and optimizing well productivity. A Commitment to Operational Excellence At InWaTec Combined, our services are underpinned by a steadfast commitment to operational excellence. We don’t just deliver tools and technologies; we provide a partnership that prioritizes the integrity and productivity of your well operations. Our experienced technicians and state-of-the-art equipment stand ready to deliver results that exceed expectations. Conclusion: Ensuring Well Integrity with Precision In conclusion, InWaTec Combined's Pulling and Setting Mechanical Plug services represent the pinnacle of well intervention solutions. Our precision-engineered tools and expert wireline manipulation techniques ensure that well integrity is maintained with the utmost efficiency and reliability. Trust InWaTec Combined to be your partner in well servicing operations, where every plug set is a step towards ensuring the ongoing success and safety of your well activities. View Details

Internet of Things Specialization

Integrating IoT Capabilities into the Oil and Gas Sector with Nulux Network Solutions In the perpetually evolving landscape of the oil and gas industry, the adoption and integration of Internet of Things (IoT) technologies have become pivotal in navigating through the complex, dynamic, and critical operational scenarios. Nulux Network Solutions, drawing from its extensive proficiency in wireless systems and infrastructure, proudly extends its specialization in IoT, ensuring that your operations are not merely efficient but are resonating with the rhythm of technological advancement. Why IoT in the Oil and Gas Industry? The infusion of IoT into the oil and gas sector amplifies operational intelligence, providing real-time data, optimizing processes, enhancing safety protocols, and significantly reducing operational costs. From remote monitoring, predictive maintenance, automated safety checks, to data-driven decision-making, IoT stands out as the bridge connecting the physical and digital realms of your operations. Nulux - Your Beacon into the IoT Universe Navigating through the intricate world of IoT, Nulux emerges as your ally, ensuring that your step into the IoT universe is stable, secure, and symbiotic with your operational dynamics. Our IoT Specialization encapsulates: Device Integration: Ensuring that sensors and devices are seamlessly integrated into your operations, capturing pivotal data points from every nook and corner of your processes. Data Analytics: Utilizing data harvested from various IoT devices, our systems facilitate astute analytics, enabling you to draw actionable insights, and thereby, enhancing operational decision-making. Security: In the IoT sphere where data is omnipresent, we enforce rigorous security protocols ensuring that every byte of information is shielded against potential cyber threats. Harnessing Nulux’s Wireless Prowess in IoT Implementation Implementing IoT is not just about embedding sensors; it's about ensuring that the data travels securely and reliably to where it's needed. Harnessing our profound expertise in wireless communication technologies, such as point-to-point and multipoint line configurations, we ensure that your IoT devices are not isolated islands but are communicatively interconnected, facilitating a continuous flow of data. Point to Point Configurations for Direct, Secure, and Reliable Data Transmission between two nodes, ensuring that critical data is transmitted securely and without loss. Multipoint Configurations enabling data transmission across multiple points, ensuring that your IoT network is expansively interconnected. Elevate Operational Intelligibility with Nulux IoT Imagine a world where your operational decisions are backed by real-time data, where predictive maintenance mitigates unplanned downtimes, and where your safety protocols are automated and perpetually vigilant. With Nulux's IoT specialization, this isn’t a distant dream but an achievable reality. Our solutions are meticulously crafted, considering the unique challenges and needs of the oil and gas sector, ensuring that your step into the world of IoT is not just progressive but is also coherent with your operational nature and future aspirations. Future-Proof Your Operations with Nulux Embark on a journey where every operational element is interlinked, every decision is data-driven, and every process is optimized through the intelligent, secure, and reliable integration of IoT into your operational fabric. With Nulux Network Solutions, step into a future where your operations are not just managed but are intelligently orchestrated, ensuring safety, efficiency, and a perennial evolution alongside technological advancements. Engage with Nulux, and let’s sculpt a future where your operations echo with intelligence, security, and unparalleled efficiency. View Details

Pipe Fittings Hex Nipples Male NPT – 1/16", 1/8", 1/4", 3/8", 1/2", 3/4", 1" – 10000 PSI – ASME B1.20.1 / SAE AS71051 / ISO 7-1 / ISO 228

The Hex Nipple Pipe Fitting with Male NPT threads is a precision component used to connect two female-threaded pipes or fittings in instrumentation and process control systems. The male tapered threads create a tight, leak-resistant seal when engaged with a corresponding female NPT connection, making it suitable for high-pressure and high-temperature applications commonly found in the oil and gas industry.

Manufactured from high-quality bar stock, the fitting provides strength and durability. Threads are capped and carefully packed to prevent damage during transport. The fitting is marked with the manufacturer’s name, size, material, and heat code for traceability. The design ensures proper thread engagement, reliable sealing, and smooth flow of fluids or gases.

These fittings meet or exceed ASME B1.20.1 standards for NPT threads and are rated according to ASME B31.3 for process piping, supporting safe and consistent operation in industrial environments. The male NPT design allows easy installation while maintaining a durable, leak-tight connection over the life of the system.

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Off-Engine Electrical Cable Harness – E3/E17 for LM-Series Turbines

The E3/E17 off-engine electrical cables are designed for resilience in the toughest of applications. To protect the critical wiring components from exposure to harsh environmental conditions, these cables incorporate rugged materials and advanced protective features.

Used with LM2500 gas turbines, these cables are located outside the engine and serve as essential links between the turbine’s internal control systems and external instrumentation, control panels, and auxiliary equipment.

Built to withstand vibration, moisture, extreme temperatures, and chemical exposure, E3/E17 cable harnesses include stainless steel connectors, rubber or fluoropolymer over-molding, and electromagnetic interference (EMI) shielding to maintain signal integrity and durability.

The E3/E17 classifications indicate different cable configurations and connector types tailored for specific LM turbine system requirements. Both ensure reliable transmission of electrical power and control signals critical to turbine operation, safety, and performance monitoring.

Manufactured with custom materials and protective coatings, these cables comply with hazardous location standards such as ATEX and UL/CSA certifications. Their robust design provides long service life with minimal maintenance, supporting high fleet availability and operational reliability.

In oil and gas applications, where equipment is exposed to extreme environments and strict safety regulations, the E3/E17 off-engine cables offer dependable, durable connectivity. Their rugged construction and certification for hazardous locations make them ideal for maintaining safe, continuous turbine operation in demanding field conditions.

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Injection Well Subsurface Safety Valve WI 4.89

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

HDI 3300 Temperature Gauge System

The HDI 3300 Temperature Gauge System is an intrinsically safe, battery-powered electronic temperature measurement device commonly used in oil and gas operations requiring precise temperature monitoring. Typical applications include high-pressure nitrogen pumping, geothermal and mud-based drilling, well control manifolds, flare stacks, and bulk liquid storage.

The system consists of a digital gauge display, sensor assembly, and interconnecting cable. The sensor, usually a Resistance Temperature Detector (RTD), is housed in a durable stainless steel case with various mounting options like 2-inch Male NPT, hammer unions, or flanges, allowing flexible installation near the temperature source.

The display features an LCD with numeric and analog bar graph outputs, providing temperature readings with 0.1-degree resolution and ±0.5% full-scale accuracy over a range of -50 to 150°C (-50 to 300°F). Users can switch between Celsius and Fahrenheit. It includes 4-20mA and 0-1 VDC output options for integration with remote monitoring, data logging, or control systems, and supports external power inputs.

Designed for ease of maintenance, the system is field-repairable with a replaceable battery pack. The sensor and display are factory-matched and calibrated, requiring recalibration if components are replaced. The gauge fits standard 6-inch panel cutouts and supports multiple mounting patterns. Cable lengths are customizable up to 200 feet or more.

The system operates reliably in temperatures from -40°C to +70°C and is certified for hazardous environments, with a rugged stainless steel sensor housing to withstand harsh field conditions.

The 3300 is well-suited for environments requiring precise, continuous temperature monitoring, including high-pressure drilling, well control, and fluid storage applications. Its intrinsically safe design provides dependable operation in hazardous locations without compromising safety. The solid-state electronics and durable construction reduce maintenance and downtime, while versatile mounting options allow placement close to the measurement point for accurate readings. Featuring clear numeric and bar graph displays along with remote output capabilities, the system supports timely decision-making and integrates easily with larger monitoring setups, enhancing process control and operational safety in demanding conditions.

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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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Packing O-Ring for Gas Turbine

The Packing O-Ring is a sealing made from durable fluorocarbon rubber, designed for use in high-temperature and chemically harsh environments. Commonly used in gas turbines such as the LM2500 series, it provides a tight seal between components to prevent the leakage of fluids or gases.

This O-ring has an inside diameter of 27/64 inches, a thickness of 5/64 inches, and a hardness of 75 Shore A. It is built to handle operating temperatures from -20°F to 400°F, making it suitable for sealing joints in systems exposed to fuels, oils, and high pressures.

Its compact size and resistance to compression set and fluid exposure make it ideal for use in shafts, housings, and valve assemblies where reliable sealing is critical to turbine performance and safety.

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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

Point to Point (P2P) and Multipoint Radio Networks

Navigating the Oil and Gas Industry's Communication Challenges: A Spotlight on Nulux's P2P and Multipoint Radio Networks The expansive terrains and remote operation sites intrinsic to the oil and gas industry have perennially posed a daunting challenge: Ensuring stable, secure, and robust communication across vast distances and through obtrusive terrains. At Nulux Network Solutions, we deliver pioneering wireless infrastructure solutions, particularly focusing on Point to Point (P2P) and Multipoint Radio Networks, ensuring that your teams, whether in the office or in the field, are never out of sync. Understanding the Nuances: P2P and Multipoint Networks In the vast expanses where the oil and gas operations unroll, the requirement for crisp and clear communication is pivotal. It is imperative to understand the differential utility of P2P and Multipoint networks, especially in an industry where both localized and widespread communications are equally critical. Point to Point (P2P) Networks: Facilitating a dedicated data link between two distinct points, P2P networks are synonymous with secured, streamlined, and rapid communication, usually empowered by a dedicated line, ensuring that data integrity and security are never compromised. Multipoint Networks: Contrasting with P2P, multipoint networks allow a single communication line to interlink more than two points, ensuring that a centralized communication hub can effectively communicate with multiple nodes in a network. Unlocking Unparalleled Advantages with Nulux The choice between P2P and Multipoint networks isn’t binary but is instead driven by the unique operational requisites of your establishment. Fortified Productivity: The capability to ensure that every node, every team member is always in the loop, effectively eliminating communication bottlenecks and fostering enhanced productivity and decision-making prowess. Bolstering Security: Especially with P2P networks, where the communication link is exclusive and dedicated, the risk of data interception or unauthorized access is minimized, ensuring that your data flows securely. Cost-Effective Scalability: In terrains or circumstances where laying physical communication lines is implausible or exorbitantly expensive, our wireless networks offer a scalable, cost-effective alternative. Dedicated to Driving Innovation in Wireless Communication As technology evolves, so does the complexity and scale of oil and gas operations. Nulux, with a rich tapestry of experience in designing and implementing wireless systems, is at the forefront, engineering solutions that not only cater to the present but are also agile enough to adapt to future demands and technological evolutions. Our commitment goes beyond merely delivering solutions. We aspire to be partners in your journey, ensuring that as your operations expand, scale, and evolve, your communication infrastructure is not just a silent spectator but a dynamic enabler, effortlessly adapting and scaling to meet your growing needs. In a realm where every second count, where the magnitude of decisions is colossal, and where communication isn’t merely a need but a critical operational requisite, Nulux Network Solutions stands as a beacon of innovative, reliable, and secure wireless communication solutions. Connect with us, and let’s script the future of wireless communication in the oil and gas industry, together. View Details

MJS Thermal Packer

The MJS™ packer is a compact, high-performance, thermal packer system which offers an expansion joint and a casing packer in a single assembly. The MJS is a rotationally set, double-grip packer, speciically designed for use in steam injection, huff and puff or geothermal production wells, when a wide range of pressures from above or below are anticipated. Please note: Tubing weight and grade must be capable of applying minimum speciied setting torque to the packer. We can source from current stock or direct from the manufacturer. View Details

SEM SDR Rust Remover

Introducing SEM SDR Rust Remover, the revolutionary rust removal technology that is changing the game in the steel industry. Developed from proven nuclear industry and engineering pre-commission operations, this water-based, safe and non-toxic product is flexible and effective on all grades of steel. SEM SDR Rust Remover is unlike any other rust removal product on the market. With a neutral pH and non-corrosive properties, it is safe for use on all steels, metals and engineering polymers. When used as directed, SEM SDR effectively removes all rust to leave behind a super clean, virgin metal surface. What sets SEM SDR apart is its ability to impart a degree of corrosion resistance to the treated surface. This helps to prevent flash rusting after cleaning, providing long-lasting protection for your valuable assets. To ensure the best results, it is recommended to degrease the metal surface before treatment with SEM SDR. This can easily be achieved with a surfactant or wash. Don't settle for less when it comes to rust removal. Choose SEM SDR Rust Remover and experience the power of advanced technology and superior results. View Details

Water Injection Safety Valve Type MC 5-1/2 inch

MC (flapper-type) injection valves are used in injection wells to automatically shut-in the tubing string when injection stops or flow reverses. MC injection valves are spring-loaded, wireline-retrievable valves with large bores. The MC injection valves also feature sealing areas that are out of the direct flow path. These valves are designed to be held open by injection pressure for fluid passage. If injection flow becomes static or reverses for any reason, the spring and/or reverse flow causes the valves to close. These valves are designed to remain closed until pressure differential across the valves is equalized and injection is resumed. Applications » Injection wells Features » MC valves have sealing areas that are out of the direct flow path *information sourced from manufacturer View Details

Remote Operated Vehicle (ROV) Training Courses

Dive into the Depths: Introducing Subsea ROV Training Courses We believe that the true potential of subsea exploration lies in the hands of skilled professionals. That's why we are excited to announce our comprehensive Subsea ROV Training Courses, designed to equip aspiring ROV operators and seasoned professionals alike with the knowledge and expertise needed to master the art of underwater robotics. Unleash Your Subsea Potential Subsea robotics and Remote Operated Vehicles (ROVs) are revolutionizing the way we explore and interact with the underwater world. Our ROV training courses are crafted to empower individuals with the skills required to navigate ROVs with precision and confidence, ensuring safe and efficient operations beneath the waves. Experience and Expertise The instructors have worked on diverse projects worldwide, ranging from offshore oil and gas installations to scientific research and environmental surveys. Comprehensive Curriculum Our Subsea ROV Training Courses cover a wide range of topics, catering to both beginners and advanced learners. From the fundamentals of ROV piloting and navigation to advanced techniques, troubleshooting, and maintenance, our courses leave no stone unturned in providing a well-rounded education in subsea robotics. Hands-On Learning We understand that practical experience is the key to mastering ROV operations. That's why our training courses feature hands-on learning opportunities with our cutting-edge ROV systems. Participants get to operate ROVs in simulated real-world scenarios, honing their skills under the guidance of our seasoned instructors. Tailored to Your Needs Whether you are an individual looking to kickstart your career in subsea robotics or a company seeking to train your ROV operators, our courses can be tailored to meet your specific needs. We offer both individual and group training options, ensuring that you get the most out of your learning experience. A Gateway to New Opportunities Completing our Subsea ROV Training Courses opens the door to exciting career opportunities in the subsea industry. As the demand for skilled ROV operators continues to grow, our certified graduates are well-prepared to embark on rewarding careers in offshore exploration, marine research, salvage operations, and more. Join the Academy Are you ready to dive into the depths of subsea robotics and ROV operations? Join the Academy and unlock the potential of underwater exploration. Our Subsea ROV Training Courses provide the knowledge, skills, and confidence you need to excel in the world of subsea robotics. Invest in Your Future Invest in your future and become a part of the cutting-edge subsea robotics industry. Contact us today to learn more about our Subsea ROV Training Courses and take the first step toward a fulfilling and adventurous career beneath the waves. The subsea world awaits your exploration! View Details

Utility Backup Operators

5" HP-6 Hydraulic Set High Angle Production Packer for 11.5-15 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" HP-6 Hydraulic Set High Angle Production Packer for 40-47 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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T5.4 Thermocouple for LM2500

The T5.4 thermocouple is a temperature-sensing probe used in LM2500 gas turbines to measure exhaust gas temperature (EGT). The label T5.4 refers to its specific position in the turbine\'s exhaust thermocouple array—zone T5 (turbine exhaust), sensor 4. These sensors are part of a system that monitors thermal conditions at multiple points in the exhaust stream.

This thermocouple operates in high-temperature environments, withstanding continuous exposure up to approximately 1100°C. It is built to maintain accuracy and reliability under the thermal stress and vibration typical in gas turbine applications.

T5.4 thermocouples are often used with flexible

harness systems. This allows operators to replace individual probes without removing the entire harness, improving maintenance efficiency and reducing downtime.

By providing real-time exhaust temperature data, the T5.4 thermocouple supports engine control, performance optimization, and safety monitoring in industrial gas turbine operations.

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MIG Pulse / Multiprocess 202 Welder

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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Electric Submersible Pump (ESP) systems for oil and geothermal applications

The electrical submersible pump is an efficient and reliable artificial-lift method for lifting moderate to high volumes of fluids from wellbores with volumes rates from 150 B/D to as much as 150,000 B/D (24 to 24,600 m3/d). A complete ESP system can be designed and supplied to meet the requirements from individual wells. The ESP system is comprised of; intake, pump, motor, seal section, cable, feed-through, surface electrical and any sensors, software and variable frequency drives (VFD's). ESP's can be used onshore, offshore, subsea, or in relatively high gas saturations. View Details

Special Function Pulling Tools

Ball Valve Lever Operated – 2-Way Tube OD End Connection – 1/4”, 3/8”, 1/2”, 3/4”, 1” – 6000 PSI – ASME B16.34 / ISO 9001

The Ball Valve Lever Operated – 2-Way Tube OD End Connection is a high-performance isolation valve designed to start, stop, or regulate fluid flow in oil and gas piping systems. Its 2-way configuration provides a simple and reliable method for controlling flow in a single pipeline, allowing full shut-off or bi-directional flow as needed in production lines, injection lines, sampling lines, or small-diameter process tubing.

The valve features tube OD (outer diameter) connections, which allow direct attachment to tubing without the need for additional fittings. This simplifies installation, reduces potential leak points, and is especially useful in compact piping layouts or systems where welded or threaded connections are impractical.

The floating ball design ensures consistent, leak-proof shut-off even under high-pressure conditions. Operation is simple and efficient with a quarter-turn lever, providing fast control with low torque. The internally loaded stem with shoulder prevents blowout, enhancing safety, and replaceable seats and packings extend service life.

The valve is suitable for a wide range of oil and gas applications where reliable isolation and ease of installation are required.

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Solar Charge Controller

All-in-one solar power solution The EasySolar combines a MPPT solar charge controller, an inverter/charger and AC distribution in one enclosure. The product is easy to install, with a minimum of wiring. The solar charge controller: Blue Solar MPPT 100/50 Up to three strings of PV panels can be connected to three sets of MC4 (PV-ST01) PV connectors. The inverter/charger: MultiPlus Compact 12/1600/70 or 24/1600/40 The MPPT charge controller and the MultiPlus Compact inverter/charger share the DC battery cables (included). The batteries can be charged with solar power (SmartSolar MPPT) and/or with AC power (inverter/charger) from the utility grid or a genset. AC distribution The AC distribution consists of a RCD (30 mA/16 A) and four AC outputs protected by two 10A and two 16A circuit breakers. One 16A output is controlled by the AC input: it will switch on only when AC is available. PowerAssist Unique PowerAssist technology protects the utility or generator supply from being overloaded by adding extra inverter power when needed. Unique solar application software Several software programs (Assistants) are available to configure the system for various grid interactive or stand-alone applications. *information from manufacturer catalogue View Details

Gas Turbine LM2500+ DLE 50Hz 2x CC

The LM2500+ DLE 50Hz Combined Cycle 2x1 system combines two LM2500+ dry low emissions gas turbines, each coupled with a Heat Recovery Steam Generator (HRSG), to power a single steam turbine. This high-efficiency configuration is engineered to meet larger capacity needs, delivering reliable, low-emission power with rapid startup capability.

At the core of this system is the LM2500+, an uprated version of the LM2500, featuring a 17-stage compressor. The addition of a forward-stage blisk increases airflow by approximately 20% at full power. This enhancement boosts the compressor pressure ratio from 18:1 to 23.1:1, contributing to higher overall efficiency and output.

Downstream of the compressor, the engine incorporates a fully annular combustor with externally mounted fuel nozzles, a two-stage air-cooled high-pressure turbine driving the compressor and gearbox, and a six-stage low-pressure power turbine aerodynamically coupled to extract energy from the high-energy exhaust flow. To accommodate the increased output, key design changes were made to the power turbine, including aerodynamic blade optimizations and rotor strengthening.

The Dry Low Emissions (DLE) system plays a crucial role in minimizing environmental impact. Its triple annular combustor lowers flame temperature, reducing NOx and CO emissions without water or steam injection—improving both thermal efficiency and maintainability.

Together, this 2x1 configuration offers a scalable solution for utility and industrial operators seeking clean, efficient, and dependable power generation at higher capacities.

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3" Globe-Style Gas Metering Valve

The 3” Globe-Style Gas Metering Valve is designed to deliver accurate and consistent fuel control in industrial gas turbines, including both Dry Low Emissions (DLE) and Single Annular Combustor (SAC) engine types. This valve ensures that the correct amount of gas fuel is metered into the engine based on real-time operating conditions—essential for achieving stable combustion, optimal turbine performance, and reduced emissions.

With an accuracy of ±3% of flow point and a full-stroke response time of 175 milliseconds, it supports precise adjustments to the fuel-to-air ratio, even under fluctuating load conditions. This level of performance is critical for maintaining turbine efficiency, lowering NOx and CO emissions, and supporting regulatory compliance.

The globe-style design allows for smooth fuel flow control, making it ideal for high-capacity, high-pressure turbine applications, such as those found in the oil and gas industry. Built to withstand extreme temperatures and pressures, the valve is available with certifications such as ATEX Zone 1 and 2, PED, UL, and NEC Class 1, ensuring safe operation in hazardous environments.

This metering valve supports modern turbine control systems and is part of a generation of components that prioritize long-term reliability, reduced maintenance needs, and consistent field performance.

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Surface Heater

7" HP-6 Hydraulic Set High Angle Production Packer for 26-32 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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Bigbore 7 inch Wireline Retrievable Surface Controlled Subsurface Safety Valve

The manufacturer has applied the same stringent testing used on its maximum reliability tubing-retrievable safety valves (TRSV) to its BigBore™ wireline-retrievable safety valve (WLRSV). This valve offers the durability and reliability of TRSVs through metal-to-metal (MTM) sealing of the contoured flapper, enhanced body connections, and debris isolation. The contoured flapper provides a large ID compared to other valve designs, while providing enhanced flapper sealing. Another significant feature of this valve is its ease of on-location servicing. The construction of the upper end of the valve provides for easy access to the valve’s external packing. Once the lock is removed, the packing retainer sleeve can be removed and serviced. The savings made possible by an enlarged ID, enhanced performance, and ease of service have made it an excellent choice for replacing equipment currently installed in existing completions. Applications » New completions » Replacement of existing WLRSVs to provide increased ID and reliability Features » MTM sealing contoured flapper closure with large ID » High-strength rod-piston actuation » Dual-sealing minimized body connections » Enhanced debris isolation through MTM interface of flow tube/bottom sub » Radius of curvature at flow entrance » Equalizing feature available » Designed for easy field servicing » Setting depths to 9,000 ft (2743 m) *information referenced from supplier catalog. 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

Isolation Packer HP-2 Hydraulic Set 5 1/2" Packer 13-20 PPF

The Ballycatter WC-HP-2 Isolation Packer is a hydraulic-set, single-string tandem packer designed for multiple-zone well completions.

Its primary function is to act as the upper packer in a stacked packer system, working in conjunction with a lower hydraulic retrievable packer to create a sealed isolation zone between them.

This allows for selective treatment, injection, or production within specific well intervals. Additionally, the WC-HP-2 packer can be used toseal off casing holes or perforations, providing an effective solution for low-pressure well applications.

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MS-32 Multistage Steam Turbine

Unleash Unprecedented Power with the Kessels MS-102 Multistage Steam Turbine: The Apex of Efficiency and Reliability In the oil and gas industry, where power and precision are non-negotiable, Kessels Steam Turbines proudly presents the MS-102 Multistage Steam Turbine – a true marvel of engineering designed to redefine excellence in the world of steam turbines. Mastering Back-Pressure Turbines Back pressure turbines have long been the cornerstone of industrial steam applications, and our MS-102 Multistage Steam Turbine takes their capabilities to an entirely new level. Available in both single-stage and multi-stage configurations, these turbines are the linchpin between boiler units and process steam headers, revolutionizing steam utilization and power generation. Efficiency Beyond Compare At the heart of the MS-102 Multistage Steam Turbine lies the essence of back pressure turbines – the straight-back pressure design. This innovation ensures the seamless utilization of exhaust steam, aligning perfectly with process demands. Every unit of electrical power generated is consumed precisely as per the process steam demand, marking a new pinnacle of efficiency. Applications Without Boundaries Our MS-102 turbine is not merely a machine; it's a versatile powerhouse ready to excel in an array of applications: Drive Applications: Whether in the oil and gas sector, sugar mills, sugar fibrizor systems, shredder drives, pump drives, or beyond, our turbine delivers power where it's needed most. Power Generation Applications: Embrace sustainability by using our turbine to generate electricity, powering generators with clean and efficient steam energy while reducing your carbon footprint. Bleed Back-Pressure Steam Turbines At Kessels, we understand that adaptability is key. Our MS-102 turbine comes equipped with built-in bleed points, enabling uncontrolled extraction of steam within a medium pressure range. This feature is invaluable when low-volume steam demands and high tolerance for pressure variations are essential. Kessels turbines seamlessly combine the best of both bleed and back-pressure mechanisms. Extraction Back-Pressure Steam Turbines For industries with substantial process steam demand volumes and zero tolerance for pressure variations, our steam turbines with controlled extraction vents come to the forefront. Operating efficiently under intermediate pressure levels, these turbines ensure a consistent and reliable steam supply on which your operations can depend. Why Choose Kessels? Choosing Kessels Steam Turbines is more than a business decision; it's a commitment to a legacy of excellence, innovation, and reliability. Our MS-102 Multistage Steam Turbine is the embodiment of these principles, offering you: Unmatched Efficiency: Maximize steam utilization while minimizing waste, resulting in cost savings and increased productivity. Reliability Beyond Question: Built with precision and rigorously tested to ensure uninterrupted operations, even in the most demanding environments. Unparalleled Versatility: Adapt effortlessly to changing needs, be it for drive applications or eco-friendly power generation, knowing that Kessels has you covered. A Sustainable Tomorrow: Harness the power of steam for electricity generation, reduce your environmental impact, and contribute to a greener future. 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 world of the oil and gas industry, every advantage matters. Step into a future of efficiency, reliability, and sustainability with the Kessels MS-102 Multistage Steam Turbine. Contact us today to discover how our turbine can revolutionize your operations and lead you toward a future of unprecedented success. Kessels Steam Turbines – Powering Progress, Powering You. View Details

Monoflange SBB Double Block & Bleed Valve – Flange x Thread – OS&Y Isolation with Needle Drain – 1/2” to 2” – Class 150 to 2500 – ASME B16.34 / API 6D / ISO 17292

The Monoflange SBB Double Block and Bleed Valve with Flange x Thread connections features an OS&Y isolation valve and a needle drain, providing dual isolation in a single compact assembly. It is designed for oil and gas applications where safe venting of trapped pressure between isolation points is required, such as instrument or gauge isolation, chemical injection, and sampling lines.

The valve’s monoflange design integrates both isolation and venting functions in one unit, reducing the number of joints and potential leak paths while saving space and simplifying installation. The OS&Y isolation valve offers clear visual indication of open or closed status, allowing operators to quickly verify valve position. The needle drain provides controlled venting of pressure trapped between the isolation points, ensuring safe operation during maintenance or sampling procedures.

The valve is suitable for flange sizes from 1/2” to 2” and pressure classes from 150 to 2500, with options for reduced or full bore depending on process requirements. It is available in a variety of materials including stainless steel 316, 316L, duplex, super duplex, Hastelloy, Inconel, and Monel, and can be manufactured to meet NACE MR-0175 standards. The design complies with recognized standards such as ASME B16.34, API 6D, and ISO 17292, and is tested to low emission requirements.

This configuration is ideal for oil and gas operations requiring reliable dual isolation, precise venting, and compact installation in critical piping systems.

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Double Block & Bleed Valve – Flange x Thread – Ball x Ball with Needle Drain – 1/2” to 2” – Class 150 to 2500 – ASME B16.34 / API 6D / ISO 17292

The Double Block and Bleed Valve with Flange x Thread connections and Ball x Ball isolation with Needle Drain is a compact assembly designed to provide dual isolation in oil and gas systems. The two ball valves ensure reliable upstream and downstream shutoff, while the needle drain allows controlled venting, sampling, or pressure release between the isolation points. This design reduces the number of flanged joints and potential leak paths, improving safety and reliability in instrument and process applications.

The valve is available in sizes from ½ inch to 2 inch and pressure classes from 150 to 2500, making it suitable for a wide range of process conditions. It can be manufactured in various materials including SS 316, SS 316L, Duplex, Super Duplex, Hastelloy, Inconel, and Monel, and can be supplied to meet NACE MR-01-75 requirements. The assembly is built to recognized standards including ASME B16.34, API 6D, and ISO 17292 and is tested to ensure proper operation, minimal leakage, and long service life.

This valve is ideal for instrument isolation, gauge protection, chemical injection, sampling connections, and other applications where safe and reliable dual isolation is required. Its compact and integrated design reduces installation complexity, simplifies system layout, and provides a safer and more efficient solution compared to assembling individual valves.

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7" Mech-1 Single Grip Mechanical Set Packer for 20-26 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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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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2 7/8" SCSSSV – Surface Controlled Subsurface Safety Valve – 5,000 PSI – ISO

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

The 2 7/8" Surface-Controlled Subsurface Safety Valve (SCSSSV) is designed to shut in a well to prevent uncontrolled flow caused by equipment failure or damage. It is installed in the upper wellbore to provide emergency closure of the production tubing, isolating the wellbore if there is a failure in the surface production control system or downhole equipment.

The valve operates on a fail-safe principle, closing automatically when control pressure is lost. It features a flapper-type mechanism and is surface-controlled through hydraulic pressure. The design is self-equalizing, which helps maintain pressure balance across the valve during shut-in and restart, ensuring consistent performance.

This valve is wireline retrievable, meaning it can be removed or serviced without pulling the entire tubing string, reducing well intervention time. It is compatible with landing nipples having seal bore diameters of 2.125", 2.188", or 2.313", allowing flexibility in well design.

The valve is rated for working pressures up to 5,000 psi and offers internal flow passage options of 0.81" or 1.12". The sealing surfaces are located outside the flow path when the valve is open, minimizing erosion and wear. The flapper is made from solid bar stock to provide mechanical strength and durability.

This configuration is commonly applied in wells where emergency shut-in is necessary and regular maintenance without tubing retrieval is preferred.

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Hydraulic Set Large Bore Retrievable 7” Production Packer

HPL-1 Hydraulic Set Retrievable Production Packer – Large Bore Design for Enhanced Performance

The HPL-1 Hydraulic Set Retrievable Production Packer is a large-bore, hydrostatic-set, double-grip packer, designed to optimize production, injection, and zonal isolation applications. Its expanded internal diameter provides increased flow capacity, reducing pressure drop and improving overall well efficiency. The packer is set using tubing pressure, eliminating the need for tubing manipulation and making it particularly effective in low hydrostatic head wells where conventional setting methods may be challenging. Once engaged, the multiple packing element system ensures a mechanically locked, high-integrity seal, sustaining pack-off force throughout its operational life.

To maintain wellbore stability, the hydraulic hold-down pistons engage after setting, preventing movement due to differential pressure. The body lock ring securely traps the setting force, ensuring that bottom-hole pressure fluctuations or tubing contraction do not compromise the seal. The large bore configuration makes the HPL-1 packer especially suited for high-volume production, deviated wells, and applications requiring unrestricted flow paths for enhanced reservoir performance.

For retrieval, operators can apply a straight upward pull or utilize the optional right-hand rotational release, depending on well conditions. The shear release mechanism enables controlled removal, minimizing downtime and reducing the risk of stuck tools. With its large-bore capability, secure hydraulic setting, and reliable retrievability, the HPL-1 packer is a high-performance solution for maximizing production efficiency, minimizing flow restrictions, and optimizing well completions.

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PMIT

Unveiling Subsurface Precision: InWaTec Combined's PMIT Services for Optimal Wellbore Assessment In the ever-evolving landscape of the oil and gas industry, the quest for precision in subsurface analysis is relentless. InWaTec Combined's Platform Multifinger Imaging Tool (PMIT) Services stand at the forefront of this quest, offering unparalleled accuracy in the radial measurement of tubing and casing strings' internal diameters. The PMIT is an innovation par excellence, a multifinger caliper tool that delves into the heart of the wellbore to capture highly precise data. This tool is not just a measuring device; it is the embodiment of accuracy and technological sophistication. With its multiple sensor fingers, the PMIT glides along the tubing or casing surface, meticulously logging variations in the internal diameter that could indicate potential issues such as corrosion, wear, or deformation. Our PMIT services are crucial for ensuring the integrity and performance of downhole tubulars. With its ability to provide a 360-degree internal view, the PMIT helps operators make informed decisions about maintenance, workover needs, and overall well management. The accuracy of the PMIT’s measurements allows for the early detection of anomalies that, if left unchecked, could lead to operational failures or safety hazards. At InWaTec Combined, we believe that a thorough understanding of the wellbore condition is essential for the longevity and productivity of wells. Our PMIT Services deliver this understanding through detailed assessments that support proactive intervention strategies. The data gathered by the PMIT facilitates accurate planning for remedial operations, ensuring that any service performed is targeted and effective. In an industry where the margin for error is increasingly narrow, the PMIT offers a significant advantage. Operators can trust the data from our PMIT Services to reflect the true conditions within their wells, providing a solid foundation for all subsequent operational decisions. Choose InWaTec Combined's PMIT Services for your wellbore assessment needs, and experience the confidence that comes from precision technology and detailed, actionable data. Our commitment is to provide you with the insights necessary to maintain the highest standards of well integrity and performance. With InWaTec Combined, you are not just measuring the depths—you are mastering them. View Details

Tubing Swage

Unlock Efficiency in Oilfield Operations with HOCA Oil Tools’ Tubing Swages In the dynamic world of oilfield services, precision and reliability are non-negotiable. At HOCA Oil Tools, we understand the critical nature of downhole operations. That’s why we're proud to present our premium Tubing Swages – Type A and Type C – designed to meet and exceed the challenging demands of downhole slick line tools applications. Revolutionize Downhole Challenges with Tubing Swages Our Tubing Swages are engineered for excellence, ensuring your downhole operations are seamless and efficient. The Type A and Type C Tubing Swages are crafted with the highest quality materials, ensuring durability and long-lasting performance in the harshest environments. Type A Tubing Swage: This variant is meticulously designed to re-expand constricted tubing, ensuring a free passage for wireline tools and sub-surface controls. Its tapered ends facilitate easy navigation through tubing, while the central hole and lateral ports allow fluid bypass, optimizing performance. Type C Tubing Swage: Building on the features of Type A, the Type C Tubing Swage includes an additional box connection at the bottom, enhancing its functionality and application range. This feature ensures greater versatility, meeting diverse operational needs with ease. Six Benefits of Using HOCA’s Tubing Swages: Enhanced Productivity: By rectifying constrictions in the tubing, our swages ensure smooth operations, significantly reducing downtime and boosting productivity. Versatility: Available in various sizes, the Tubing Swages cater to a wide range of tubing diameters, ensuring the right fit for your specific operational needs. Durability: Crafted with high-quality materials, our swages withstand the challenging downhole environment, offering long-term reliability and reducing the need for frequent replacements. Efficient Design: The tapered design and fluid bypass capability ensure minimal resistance during operations, enhancing efficiency and effectiveness. Cost-Effective: By maintaining the integrity of your downhole tools and minimizing operational delays, our Tubing Swages prove to be a cost-effective solution in the long run. Safety: Designed with safety in mind, our swages help prevent accidents and equipment damage, ensuring a safer working environment. Transform Your Operations with HOCA Oil Tools At HOCA Oil Tools, we're committed to providing solutions that drive success. Our Tubing Swages are a testament to our commitment to quality, efficiency, and safety. Embrace the change with HOCA’s Tubing Swages and experience unparalleled downhole operational excellence. View Details

5 1/2" HP-5 Hydraulic Set Production Packer 13-15.5 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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WI Water Injection Valve 1.75 inch

The WI retrievable injection valve is a high-performance, high-flow rate injection valve. High throughput is achieved by a unique valve configuration that minimizes turbulent and potentially erosive flow. Operation is not dependent on a specific flow rate, pressure, or setting depth, thus negating the need for adjustment over time. The valve incorporates a metal-to-metal valve and seat energized by the combination of an integral spring and well pressure acting from below. The WI injection valve can be deployed on a wireline lock or through-tubing pack-off device, providing flexibility not available with alternative injection valve systems. As a result of the simple design with fewer parts, redress and repair costs are considerably lower than those for other injection valve systems. Applications The WI injection valve is primarily used in water injection applications as an alternative to conventional tubing or wireline-set safety valves. The valve is also commonly used as a retrofit solution in water injectors in which a tubing to annulus leak has occurred. The valve can be deployed below the leak point to eliminate uncontrolled annulus pressure increases when the injection stops. Features » Compatible with all known lock systems » Dedicated designs to suit Halliburton EB0 intervention packers » Enhanced internal flow profile » Simple design and construction » Flow-loop testing performed to establish pressure drop versus pump rate *information referenced from supplier catalog. View Details

ESP Dual Grip 9 5/8" Packer

The Ballycatter Model WC-ESP Dual Grip 9 5/8” Packer is a robust hydraulic-set packerbuilt for large-bore ESP completions in 9 5/8” casing. Designed for high-volume production and injection applications, this packer features bi-directional barrel slips that anchor it against pressure fluctuations and tubing movement, ensuring stability and well integrity.

The pass-through cable section enables a secure electrical connection to the ESP below, maintaining operational efficiency in high-flow rate wellbores. Its durable single-mandrel construction and Acner Array Packing Element provide exceptional resistance to high temperatures and corrosive environments, making it an ideal choice for challenging downhole conditions.

The WC-ESP Dual Grip 9 5/8” Packer is set hydraulically by applying tubing pressure against a plugging device, mechanically locking the slips and sealing elements in place. Its dual-grip anchoring system enhances stability, making it particularly suited for large-bore completions with significant tubing expansion and contraction forces.

The straight pull retrieval mechanism allows for efficient removal and reduced intervention costs, ensuring minimal downtime and operational efficiency. Compatible with all major ESP cable pack-off systems, this packer provides high-performance isolation and superior sealing integrity in large-diameter wells.

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Bilge Absorbent Boom

OH-BGE Bilge Absorbent Boom is engineered to address the specific challenges of oil accumulation in the bilge, arising from engine leaks and oil changes. With its unique design and technical specifications, this product is your ally in safeguarding the environment. Technical Specifications: Part Number: OH-BGE Product Type: Absorbent Bilge Fluids Absorbed: Oil-Based Liquids Volume Absorbed per Unit: 1.59 gallons Color/Pattern: White Outside Skin Material: Polyester Rope Along Length: No Neutralizing: No Floating: Yes UV Resistant: No Size: 10” x 44” Filler Material: Polypropylene Filler Flame Resistant: No Incinerable: Yes Applications: • Marine vessels • Boats • Oil-powered machinery In the maritime tapestry where vessels traverse vast waters, a silent guardian emerges—the OH-BGE Bilge Absorbent Boom. Beyond its utilitarian role, this product narrates a story of efficiency, environmental consciousness, and unwavering commitment to technical excellence. Can is known for its testament to precision in oil cleanup. Meticulously crafted, it targets oil floating in the bilge, whether a result of engine leaks or the aftermath of oil changes. A Polypropylene Filler ensures optimal absorption, leaving the bilge spotless and safeguarding marine environments from potential contamination. Very handy to learn that the OH-BGE, equipped with an integrated loop of rope, effortlessly finds its place in the bilge. This seamless application isn't merely convenient; it's a strategic move to efficiently absorb oil before water circulates back to the ocean, lake, or river. Choosing the OH-BGE isn't merely a cleanup decision; it's a commitment to safeguarding our waters. This absorbent boom becomes a catalyst for environmental protection, actively contributing to the preservation of aquatic ecosystems. With every use, it signifies a pledge to a cleaner and more sustainable maritime future. the OH-BGE becomes an investment in environmental stewardship. It transcends being a product and emerges as a strategic choice for compliance with rigorous environmental regulations. This proactive step shields against potential fines tied to oil pollution, aligning fiscal prudence with ecological responsibility. OH-BGE orchestrates a symphony of technical prowess. Tailor-made with a specific size of 10” x 44” and an impressive volume absorption of 1.59 gallons per unit, it becomes an exemplar of efficient and targeted oil cleanup in the bilge. This isn't just a boom; it's a harmonious blend of technical excellence and environmental responsibility. Choose OH-BGE – where every ripple narrates a tale of environmental stewardship. View Details

Enviro-Syn HCR-2000N

Introducing Enviro-Syn HCR, the environmentally responsible HCl acid replacement product line that is changing the game. Say goodbye to hazardous exposure and corrosive properties without sacrificing performance. With Enviro-Syn HCR, you can use it in any situation where HCL is normally used, but without the risks and precautions, both personally and for your equipment. BMS Development - Fluid Enviro-Syn HCR2000N Modified Acid (North Sea approved/WGK-1) is the latest addition to this product line. This yellow-classified, safer alternative to 15% Hydrochloric acid is North Sea approved and can be used in a range of applications at temperatures up to 900 C. From spearhead acid to scale treatment, HCR-2000N is compatible with formation oils and fluids and requires less additives than typical 15% HCl blends. HCR-2000N is also very versatile and is supplied as a concentrate, which is typically diluted to a 20% to 90% concentration at the well site (platform) with seawater, produced or fresh water. Its comprehensive spending nature ensures that it is non-corrosive to skin tissue (OECD 404) and has low fuming and metal corrosion properties. Enviro-Syn HCR is the perfect solution for those who want to make the switch to more sustainable and environmentally-friendly practices. And with HCR-2000N, you can have peace of mind knowing that you're using a North Sea approved product that has a readily biodegradable nature in seawater (OECD 306) and can solubilize 225 kg/m3 of CaCO3. Make the switch today and experience the benefits of Enviro-Syn HCR. View Details

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

4 1/2” Surface-Controlled Subsurface Safety Valve (SCSSSV)

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

The 4 1/2" Surface-Controlled Subsurface Safety Valve (SCSSSV) is selected for wells that require dependable emergency shut-in capability while handling moderate to high flow rates. This size is appropriate when production demands a larger flow area to minimize pressure drop and maintain efficient fluid flow. It provides essential well control by automatically isolating the wellbore in cases of equipment failure or loss of surface control pressure, ensuring safety without compromising production efficiency.

This SCSSSV is designed for compatibility with 4 1/2" (114.3 mm) tubing and is available with landing nipple seal bores of 3.437", 3.688", or 3.813". It supports working pressures up to 5,000 psi and comes with internal valve bore options of 1.75", 1.87", and 2.12"—allowing operators to balance flow capacity with safety requirements.

The self-equalizing mechanism minimizes differential pressure across the valve during opening, improving control and reducing mechanical wear. With sealing surfaces located outside the flow path in the open position, the valve is less susceptible to erosion and damage during production.

Constructed with a robust flapper made from bar stock, the valve features a flapper-type mechanism that reliably closes to prevent uncontrolled flow. The valve is wireline retrievable, which allows for extraction and servicing of major components without removing the entire tubing string. This capability reduces intervention time and operational costs, contributing to overall well uptime and efficiency.

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Plug with Valve Sub-Assembly

Maximizing Downhole Efficiency with HOCA Oil Tools' Plug with Valve Sub-Assembly In the challenging and intricate world of downhole oil and gas operations, having reliable, high-quality tools is essential to ensure efficiency, safety, and the success of interventions. HOCA Oil Tools stands at the forefront of this industry with its innovative Plug with Valve Sub-Assembly, designed to cater to the critical demands of downhole environments. Our products are crafted to provide unparalleled performance, ensuring your operations run smoothly and effectively. HOCA’s Plug with Valve Sub-Assembly: Precision Engineered for Downhole Success Our Plug with Valve Sub-Assembly is specifically designed for robust and reliable downhole application, offering a versatile solution for various operational needs. These plugs are essential for tasks such as pressure isolation, testing, and fluid control within the wellbore. Made with precision and from high-grade materials, they are built to withstand the harsh downhole environment, ensuring durability and operational integrity. Experience the HOCA Oil Tools Advantage By integrating HOCA Oil Tools’ Plug with Valve Sub-Assembly into your downhole operations, you are choosing a solution that emphasizes quality, performance, and customer satisfaction. Our commitment to innovation and excellence ensures that our products meet the complex demands of the oil and gas industry, providing you with tools that not only meet but exceed your operational requirements. Our Plug with Valve Sub-Assembly represents the pinnacle of downhole tool design, offering a blend of reliability, efficiency, and performance. With HOCA Oil Tools, you gain a partner dedicated to supporting your downhole challenges with advanced solutions and comprehensive service. Opt for HOCA Oil Tools for your downhole needs and leverage the power of our Plug with Valve Sub-Assembly to enhance your operational success. Partner with us and embrace the future of downhole operations with tools that set new industry standards for quality and performance. With HOCA Oil Tools, elevate your downhole operations to new levels of efficiency and reliability, ensuring your success in the competitive oil and gas industry. View Details

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