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Elevate Your Energy Solutions with the Kessels MS-52 Multistage Steam Turbine: Unleash Power, Precision, and Performance In the ever-evolving realm of steam turbine technology, Kessels Steam Turbines stands as a beacon of innovation and excellence. For the oil and gas industry, where power and precision are paramount, our MS-52 Multistage Steam Turbine is the ultimate solution – engineered to surpass expectations and redefine industry standards. Dominating Back Pressure Turbines Back pressure turbines, available in both single-stage and multi-stage configurations, serve as the vital link between boiler units and process steam headers. These turbines are the backbone of industries that demand a copious amount of steam, revolutionizing the utilization of steam and electricity generation. The Art of Efficiency At the heart of the MS-52 Multistage Steam Turbine is the hallmark of back pressure turbines: the straight-back pressure design. This engineering marvel ensures the seamless harnessing of exhaust steam, matching process demands with unparalleled precision. Every unit of electrical power generated is consumed as per the process steam demand, making it a pinnacle of efficiency. Applications Without Limits Our MS-52 turbine is not just a machine; it's a versatile workhorse ready to excel in various 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: Take a giant leap towards sustainability by utilizing our turbine to generate electricity. It powers generators with clean and efficient steam energy, reducing your carbon footprint. Bleed Back-Pressure Steam Turbines At Kessels, we understand that adaptability is key. Our MS-52 turbine comes equipped with built-in bleed points, enabling uncontrolled extraction of steam within a medium pressure range. This feature proves invaluable when low-volume steam demands and high tolerance for pressure variations are the order of the day. Kessels turbines seamlessly blend 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 steady and reliable steam supply that your operations can depend on. The Kessels Advantage Choosing Kessels Steam Turbines is more than a business decision; it's a choice of a partner committed to your success. Our MS-52 Multistage Steam Turbine embodies our unwavering dedication to innovation, performance, and customer satisfaction. Key Benefits of the MS-52 Multistage Steam Turbine: Unparalleled Efficiency: Maximize steam utilization while minimizing waste. Reliability Redefined: Built with precision and rigorously tested to ensure uninterrupted operations. Unmatched Versatility: Adapt effortlessly to changing needs, be it for drive applications or sustainable power generation. A Greener Future: Harness steam power for electricity generation, reducing your environmental impact. Dedicated Support: Our team of experts is at your service, ready to assist with installation, maintenance, and troubleshooting. Empower Your Future with Kessels In the competitive world of the oil and gas industry, every advantage matters. Step into a future of efficiency, reliability, and sustainability with the Kessels MS-52 Multistage Steam Turbine. Contact us today to discover how our turbine can revolutionize your operations and lead you toward a future of success. Kessels Steam Turbines – Powering Progress, Powering You.

Sucker rod pumping systems are the oldest and most widely used type of artificial lifting system for oil wells. Sucker-rod pumping is the most widely used artificial lift method for onshore oil wells. Sucker-rod strings transfer the motion from the driving machine on the wellhead to the downhole oil pump. Pump diagnoses are generally conducted through an interpretation of the pump dynamometer graph (pump card).

Houston Digital Instruments (HDI) proudly presents the HDI 2200 Choke Position Indicator System, a state-of-the-art solution for monitoring choke positions with unrivaled accuracy and reliability. Designed specifically for the oil and gas industry, this intrinsically safe, certified electronic choke position indicator will revolutionize your operations and provide peace of mind. Unparalleled Precision and Adaptability: The HDI 2200 offers precise monitoring of choke positions in 1% increments, allowing you to maintain optimal control over your operations. Compatible with a wide range of chokes commonly found in the industry, including linear, rotary, and retractable potentiometers, this system adapts seamlessly to your specific requirements. Say goodbye to the complexities and limitations of traditional air line position indicators—HDI 2200 eliminates the need for air lines, streamlining your monitoring process and enhancing overall efficiency. Reliability That Matters: Safety and reliability are at the forefront of our design principles. The HDI 2200 Choke Position Indicator System carries important certifications, including CSA Intrinsically Safe Class 1, Division 1, Groups A, B, C, and D, ensuring compliance with stringent industry standards. With HDI, you can trust that our gauges are built to withstand the most demanding environments, providing accurate readings and consistent performance even in challenging conditions. Easy Maintenance and User-Friendly Interface: We understand the importance of simplicity and ease of use. The HDI 2200 features a solid-state display with an analog bar graph and a divided scale, making it easy to interpret choke positions at a glance. The system is designed to be field-repairable, minimizing downtime and reducing maintenance costs. A low battery indicator ensures you're always aware of the system's power status, providing peace of mind during critical operations. Calibration is a breeze with the system's simple interface, enabling quick adjustments to maintain accuracy. Tailored to Your Needs: At HDI, we believe in customization. The HDI 2200 Choke Position Indicator System offers a range of configuration options to suit your specific requirements. Choose from 4-20mA output (with an additional barrier), 4-20mA input (non-certified option), externally powered with 12VDC or 24VDC (non-certified option), or backlight options (12VDC or 24VDC, non-certified). This flexibility ensures seamless integration with your existing systems and enhances the overall functionality of your operations. Experience HDI Quality: With HDI, you can trust that you're partnering with a reliable and innovative provider of measurement solutions. Our gauges are synonymous with safety, accuracy, reliability, and low maintenance. The HDI 2200 Choke Position Indicator System is no exception. Join countless satisfied customers who have experienced the HDI difference firsthand. Elevate Your Monitoring Capabilities: Upgrade your choke position monitoring to new levels of precision and reliability with the HDI 2200 Choke Position Indicator System. Enjoy effortless adaptability, easy maintenance, and a user-friendly interface that simplifies your operations. Discover why HDI is the trusted choice for the oil and gas industry. Contact Houston Digital Instruments today and experience the power of the HDI 2200 Choke Position Indicator System. Trust HDI for excellence in measurement and monitoring solutions. Together, we'll achieve efficiency, safety, and success.

Supercharge Your Business with Leased Computers from CWB National Leasing Are you ready to take your business to the next level, boost productivity, and enhance your profits? Look no further—CWB National Leasing is your trusted partner for leasing computers. Here's why you should choose us: Get Your Equipment Fast In today's fast-paced business environment, access to the latest technology is crucial. At CWB National Leasing, we understand the urgency of getting the equipment you need promptly. When you apply for a computer lease with us, you can expect lightning-fast decision-making. How fast, you ask? We're proud to say that we typically notify your chosen equipment dealer that payment is on its way within just 48 hours of your approval. This means you can sit back and relax while your state-of-the-art computers are delivered to your doorstep. For more details on our approval turnaround times, check out our information page. Increase Buying Power Your buying power is a valuable asset, and we're here to help you maximize it. Instead of making a substantial upfront purchase, consider the advantages of periodic lease payments offered by CWB National Leasing. By opting for leasing, you can free up critical cash resources that can be invested in other essential areas of your business. But that's not all—we go a step further by allowing you to add extra features or accessories to your computer equipment for a minor payment increase. Yes, that's right; we put the "POW" in Buying Power, giving you the flexibility to customize your equipment to meet your unique needs. Control Your Cash Flow Effective cash flow management is essential for any successful business. When you lease computers with CWB National Leasing, you gain a powerful tool for achieving this control. Our lease agreements are structured to ensure small and manageable payments throughout the lease term. What does this mean for you? It means that as you pay off your computers, they will start earning you money while you maintain a healthy balance between expenses and revenue. This approach makes it easy to ensure a favorable expense-to-revenue ratio, putting you in control of your financial success. Seasonal Payment Options At CWB National Leasing, we understand that businesses often experience seasonal variations in revenue. We are all about flexibility, and our leasing solutions are designed to adapt to your unique financial cycles. Whether you prefer payments on a seasonal, semi-annual, or annual basis, we can structure your lease to align seamlessly with your revenue patterns. With CWB National Leasing, your computer lease will always be convenient and tailored to your specific needs. Potential Tax Savings Leasing computers through CWB National Leasing isn't just a smart business decision; it can also offer potential tax benefits. In many instances, leasing allows you to expense lease payments, providing income tax advantages rather than dealing with the depreciation of equipment capital costs. To fully understand how leasing can optimize your business's tax position, we recommend consulting your tax advisor. Their expertise will help you navigate the tax advantages of leasing computers with confidence. In conclusion, leasing computers with CWB National Leasing is the strategic choice for business owners who are serious about enhancing their operations, boosting productivity, and maximizing profits. From lightning-fast equipment acquisition to increased buying power, controlled cash flow, flexible payment options, and potential tax savings, our leasing solutions are designed to empower your business. Don't compromise on your technology; choose CWB National Leasing for all your computer leasing needs today!

InWaTec Combined: Precision Perfected with Our Broaching Tool Running Services In the complex tapestry of well service operations, precision is not just a goal—it's a necessity. At InWaTec Combined, we infuse this precision into every aspect of our work, especially when it comes to preparing wellbore tubing for subsequent interventions. Our Broaching Tool Running services epitomize this commitment, ensuring that wellbore tubings are in optimal condition for running or pulling service tools. The Critical Role of Broaching The wellbore is the heart of any drilling operation, and like any heart, it must be free from obstructions to function correctly. Enter the broach—InWaTec Combined’s answer to the industry's need for flawless tubing surfaces. Our broaching tools are engineered to meticulously remove metal burrs and imperfections that could jeopardize the integrity of service operations. By ensuring a clean and smooth tubing wall, we set the stage for efficient and trouble-free servicing. Advanced Broaching Technology Our broaching tools are not just tools; they are precision instruments. Equipped with graduated rings, diamonds, or segments, our broaches are case-hardened to withstand the rigors of the well environment. Their highly sharpened edges are designed to cut through imperfections with surgical precision, leaving behind a surface that meets the industry's highest standards. The InWaTec Combined Edge When you choose InWaTec Combined for broaching tool running services, you're not just getting a service; you're acquiring a partnership that values excellence. We understand that the quality of broaching directly impacts the success of your subsequent operations. That's why we've invested in developing a team of experts and a fleet of tools that stand unrivaled in quality and performance. Ensuring Success Down the Line Our broaching service is a critical precursor to a variety of downhole operations. By preparing your tubing with our broaching tools, you are ensuring that subsequent tools can be run or pulled with minimal risk of snagging or damage, thus preserving the integrity of your operations. This not only saves time but also reduces the likelihood of costly interruptions. Your Assurance of Quality At InWaTec Combined, our reputation is built on the back of our commitment to quality and precision. Our broaching tool running services are a testament to this promise. We don’t just deliver a service—we ensure that your wellbore is in the best possible condition for whatever comes next. In conclusion, with InWaTec Combined's Broaching Tool Running services, you can rest assured that the critical first step in your well servicing operations is in the most capable hands. Our precision tools and expert operators stand ready to deliver a seamless service experience that sets a solid foundation for your well's longevity and productivity.

Introducing the HDI (Hydraulic Disconnect) from Marlin Oil Tools: The Ultimate Safety and Efficiency Tool for Coiled Tubing Operations in Oil and Gas Marlin Oil Tools proudly presents the HDI (Hydraulic Disconnect), a sophisticated downhole tool designed to enhance safety and operational efficiency during workover and other well jobs. As a critical component of the borehole assembly (BHA), the HDI facilitates a controlled split of the BHA, offering a reliable solution for managing challenging downhole conditions. Discover the unparalleled benefits and features of the HDI, making it an indispensable tool for your coiled tubing operations. Key Features of the HDI (Hydraulic Disconnect): Controlled BHA Splitting: The HDI is engineered to perform a precise and controlled split of the BHA, separating the upper part from the lower part on demand. This feature is invaluable for targeted intervention and mitigating risks associated with BHA retrieval. Simple Activation Mechanism: Activation of the HDI is achieved by dropping a steel ball through the coil tubing from the surface. The ball travels down the length of the CT, seating in the piston within the HDI, initiating the disconnect process. Pressure-Activated Release: Upon the ball seating, downward flow ceases, allowing pressure to build above the ball. Once the pressure reaches a specific shear level, shear screws are cut, enabling the top and bottom housings of the HDI to disconnect smoothly. Versatile Utility: The HDI is suitable for any operation where there is a risk of the BHA becoming stuck in the well. It provides a safer and more controlled alternative to overpulling, significantly reducing the risks of equipment loss or damage. Elevate your well intervention strategies with the HDI (Hydraulic Disconnect) from Marlin Oil Tools, a leading-edge solution designed for maximum operational safety and efficiency in the oil and gas sector. The HDI ensures a controlled, precise separation of the BHA, utilizing a simple yet effective steel ball activation mechanism for hassle-free operation. Ideal for workover and other critical well jobs, the HDI's pressure-activated release system offers a reliable disconnect in situations where BHA sticking poses a risk. Choose the HDI for a safer, more efficient approach to managing downhole challenges, minimizing downtime, and enhancing overall operational success. Why Choose the HDI from Marlin Oil Tools? Enhanced Operational Safety: Minimizes risks associated with stuck BHA, providing a controlled disengagement method. Streamlined Activation: The steel ball activation mechanism simplifies the disconnect process, enhancing ease of use. Operational Flexibility: Adaptable to a wide range of well jobs, the HDI is essential for operations prone to BHA sticking. Risk Mitigation: Offers a safer alternative to overpulling, reducing the likelihood of equipment damage and operational delays. The HDI (Hydraulic Disconnect) by Marlin Oil Tools represents the forefront of innovation in downhole safety and efficiency, ensuring your coiled tubing operations are supported by the highest standards of reliability and control. Incorporate the HDI into your coiled tubing operations to achieve optimal outcomes in well intervention and maintenance tasks.

Elevate Your Energy Solutions with the Kessels MS-52 Multistage Steam Turbine: Unleash Power, Precision, and Performance In the ever-evolving realm of steam turbine technology, Kessels Steam Turbines stands as a beacon of innovation and excellence. For the oil and gas industry, where power and precision are paramount, our MS-52 Multistage Steam Turbine is the ultimate solution – engineered to surpass expectations and redefine industry standards. Dominating Back Pressure Turbines Back pressure turbines, available in both single-stage and multi-stage configurations, serve as the vital link between boiler units and process steam headers. These turbines are the backbone of industries that demand a copious amount of steam, revolutionizing the utilization of steam and electricity generation. The Art of Efficiency At the heart of the MS-52 Multistage Steam Turbine is the hallmark of back pressure turbines: the straight-back pressure design. This engineering marvel ensures the seamless harnessing of exhaust steam, matching process demands with unparalleled precision. Every unit of electrical power generated is consumed as per the process steam demand, making it a pinnacle of efficiency. Applications Without Limits Our MS-52 turbine is not just a machine; it's a versatile workhorse ready to excel in various 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: Take a giant leap towards sustainability by utilizing our turbine to generate electricity. It powers generators with clean and efficient steam energy, reducing your carbon footprint. Bleed Back-Pressure Steam Turbines At Kessels, we understand that adaptability is key. Our MS-52 turbine comes equipped with built-in bleed points, enabling uncontrolled extraction of steam within a medium pressure range. This feature proves invaluable when low-volume steam demands and high tolerance for pressure variations are the order of the day. Kessels turbines seamlessly blend 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 steady and reliable steam supply that your operations can depend on. The Kessels Advantage Choosing Kessels Steam Turbines is more than a business decision; it's a choice of a partner committed to your success. Our MS-52 Multistage Steam Turbine embodies our unwavering dedication to innovation, performance, and customer satisfaction. Key Benefits of the MS-52 Multistage Steam Turbine: Unparalleled Efficiency: Maximize steam utilization while minimizing waste. Reliability Redefined: Built with precision and rigorously tested to ensure uninterrupted operations. Unmatched Versatility: Adapt effortlessly to changing needs, be it for drive applications or sustainable power generation. A Greener Future: Harness steam power for electricity generation, reducing your environmental impact. Dedicated Support: Our team of experts is at your service, ready to assist with installation, maintenance, and troubleshooting. Empower Your Future with Kessels In the competitive world of the oil and gas industry, every advantage matters. Step into a future of efficiency, reliability, and sustainability with the Kessels MS-52 Multistage Steam Turbine. Contact us today to discover how our turbine can revolutionize your operations and lead you toward a future of success. Kessels Steam Turbines – Powering Progress, Powering You.

InWaTec Combined: Ensuring Well Integrity with Advanced Pulling and Setting SCSSV Services The oil and gas industry faces the critical challenge of maintaining well integrity for uninterrupted production. At InWaTec Combined, we understand the importance of robust well operations, and our Pulling and Setting Surface Controlled Subsurface Safety Valve (SCSSV) services are at the forefront of addressing this challenge. Revolutionizing DHSV Repair A malfunctioning Downhole Safety Valve (DHSV) can halt production and compromise well integrity, making timely and efficient repairs crucial. Our services are meticulously designed to repair Tubing Retrievable Subsurface Safety Valves (TRSSSV), a process that not only restores well integrity but also resumes production swiftly. By repairing TRSSSVs, we circumvent the need for lock open operations, avoiding the necessity of installing a Wireline Retrievable Subsurface Safety Valve (WRSSSV) which could potentially restrict production flow. Optimized Repair Techniques Conventional repair methods are often time-consuming and costly, requiring extensive workover operations. InWaTec Combined’s approach replaces these outdated methods with cutting-edge techniques that save time and reduce costs. Our expertise in pulling and setting SCSSVs ensures that if a TRSSSV's functionality and integrity cannot be restored, it can be locked open efficiently. We then install a WRSSSV, which is a strategic move that prevents the need for a complex workover, thereby optimizing the repair process. Maintaining Peak Performance The ability to swiftly switch from a TRSSSV to a WRSSSV without a full workover is a game-changer in well service operations. It minimizes downtime and ensures that wells can continue to operate at peak performance levels. Our dedicated teams are equipped with the latest technology and have the expertise to execute these operations seamlessly, ensuring minimal disruption to your production schedules. A Partner in Well Integrity At InWaTec Combined, we pride ourselves on being your trusted partner in maintaining well integrity. Our Pulling and Setting SCSSV services are not just about repairs; they are about providing a comprehensive solution that safeguards your operations against future integrity issues. With our advanced techniques and committed service, we guarantee that your wells remain productive, secure, and profitable. In conclusion, InWaTec Combined is dedicated to providing superior service in the repair and maintenance of SCSSVs. Our innovative approach is designed to keep your wells functioning smoothly, ensuring that well integrity is not just restored but fortified. Trust us to be the guardians of your well's safety and productivity.

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.

Introducing the Revolutionary EDC (External Dimple Connector) from Marlin Oil Tools: The Essential Link for Coiled Tubing Applications in the Oil and Gas Industry Marlin Oil Tools proudly presents our state-of-the-art EDC (External Dimple Connector), a groundbreaking solution designed to seamlessly integrate the smooth lower end of coiled tubing (CT) with any requisite downhole tool for efficient well intervention operations. The EDC stands out in the oil and gas sector for its innovative design and unparalleled reliability, making it a must-have for your well intervention toolkit. Key Features of the EDC (External Dimple Connector): Seamless Integration: The EDC provides a flawless connection between the smooth-walled end of the CT and the threaded interface of downhole tools, ensuring a secure and efficient link for well intervention jobs. Advanced Connection Mechanism: Equipped with a unique holes matrix in the upper housing, the EDC utilizes set screws installed in precision-pressed dimples, offering a robust and reliable connection without compromising the integrity of the coiled tubing. Threaded Lower Part: The connector's lower portion features a meticulously designed thread for attaching any downhole tool, facilitating a versatile and adaptable solution for various well intervention needs. High-Performance Sealing: Installation of the EDC is enhanced with two O-rings made from the durable FKM 90 material, providing a high-integrity seal between the internal space of the connector and the annulus, ensuring operational safety and efficiency. Effortless Installation: The EDC can be effortlessly installed using a dimple tool, capable of mechanical or hydraulic pressing, simplifying the assembly process and minimizing downtime during critical operations. At Marlin Oil Tools, we understand the complexities and challenges of well intervention in the oil and gas industry. Our EDC (External Dimple Connector) is designed to address these challenges, offering a reliable, efficient, and high-quality connection solution for coiled tubing operations. Whether you are conducting routine maintenance, stimulation, or any other well intervention job, the EDC ensures a seamless, secure, and effective operation. Why Choose Marlin Oil Tools' EDC? Unmatched Reliability: Engineered for durability and performance, the EDC withstands the harsh conditions of downhole operations, ensuring reliability when it matters most. Versatility: Compatible with a wide range of downhole tools, the EDC offers unparalleled flexibility for your well intervention needs. Quality Assurance: At Marlin Oil Tools, quality is at the forefront of everything we do. The EDC is manufactured to the highest industry standards, ensuring peak performance and safety. Elevate your coiled tubing operations with the EDC (External Dimple Connector) from Marlin Oil Tools. Contact us today to learn more about how our innovative solutions can enhance your well intervention strategies and drive operational success.

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.

KEY360 Inc offers a single integrated Business Management Platform comprising Business Intelligence, Project Management, Big Data & Analytics, ERP, Behaviour and Strategy Modification. - Over 140 Business and Project Management Systems on one platform available - Unique and extremely effective workflow engine - Remarkable “BIG DATA” and bulk transaction capability - Integrated Real Time reporting and dashboarding - Multi-company platform allows all project users to integrate seamlessly KEY Differentiators: - KEY360 Provides an exceptional opportunity for your organisation to attract new clients and build long terms relationships. - KEY360 is a Microsoft Gold Partner and Approved Microsoft Co-Sell Partner and can be purchased directly from the below online marketplaces: - Microsoft AppSource: KEY360 Capital Management Projects - Azure Marketplace: KEY360 Capital Management Projects - KEY360 is reputedly the most comprehensive and versatile Capital Project Management, Business Digitalization & Business Optimization solution available.

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.

KEY360 Inc offers a single integrated Business Management Platform comprising Business Intelligence, Project Management, Big Data & Analytics, ERP, Behaviour and Strategy Modification. - Over 140 Business and Project Management Systems on one platform available - Unique and extremely effective workflow engine - Remarkable “BIG DATA” and bulk transaction capability - Integrated Real Time reporting and dashboarding - Multi-company platform allows all project users to integrate seamlessly KEY Differentiators: - KEY360 Provides an exceptional opportunity for your organisation to attract new clients and build long terms relationships. - KEY360 is a Microsoft Gold Partner and Approved Microsoft Co-Sell Partner and can be purchased directly from the below online marketplaces: - Microsoft AppSource: KEY360 Capital Management Projects - Azure Marketplace: KEY360 Capital Management Projects - KEY360 is reputedly the most comprehensive and versatile Capital Project Management, Business Digitalization & Business Optimization solution available.

The SP™ tubing-retrievable safety valve (TRSV) is a single rod-piston non-elastomer flapper valve designed for hostile environments and extended life applications where ultimate reliability is required. Potential leak paths within the valve are minimized with the single rod-piston design. The piston achieves a metal-to-metal (MTM) seal at its uppermost and lowermost positions to seal well pressure from the control system. The SP valves incorporate flappers using spherical radius sealing surfaces that help greatly improve seal reliability. The spherical radius design provides full MTM sealing integrity. For applications where either the OD or ID is restrained, SP valves incorporate a contoured flapper. OD/ID relationships are improved by the contoured flapper design, which helps provide superior MTM sealing when compared to other forms of curved flapper technology. Applications » For applications requiring ultimate reliability and longevity, such as high-temperature/high-pressure, and subsea completions, or hostile well environments Features » Non-elastomer dynamic piston seals » MTM static seal at upper and lower piston positions » MTM body joints » Flow tube fluted guide » 100% MTM flapper » Concentric thrust bearing » Wiper ring on upper flow tube » Cleanout ports in flow tube’s upper end » Internal exercise profile » Flow tube shock absorber » MTM face seat at flow tube downstop » Setting depths to 9,000 ft (2743 m) » Critical components isolated from well debris with valve in open position » Area above flow tube free of solids buildup » Flow tube can be manipulated by slickline » Protected from high flow rate slam closures *information referenced from supplier catalog.

The FH™ is the industry-standard, hydrostatic-set and shear-release single-string retrievable packer. It can be used in the following applications: production, injection, and zonal isolation; single-string selective completions or dual-string completions with multiple packers; deviated wells or other applications when rotation for installation or removal is not beneficial; when it is beneficial to displace and set packers after the well is flanged up; when testing the tubing string before packer setting or to independently set and test individual packers in multiple packer completions is beneficial. The FH packer is hydraulically activated by applying tubing pressure against a plugging device below the packer. The packer requires only straight pull to release. The FHL™ is the large-bore version of the FH packer. Features, advantages and operational procedures are the same as those for the FH packers Accessories A tubing-plugging device must be positioned below the packer for actuation: E™ hydraulic-trip sub (Product Family No. H79928); CMU(D)™ sliding sleeve (Product Family Nos. H81079 and H81080) with blanking plug; Baker Hughes low-control seating nipple with blanking plug; hydraulic-setting devices (Product Family Nos. H46921, H79928 and H75917)

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

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.

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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.