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Safety is paramount in industries where explosive atmospheres are a risk, and accurate pressure measurement plays a critical role in keeping operations reliable and compliant. ESI Technology’s ATEX-certified pressure transmitters are specifically designed for hazardous environments, offering proven performance where safety cannot be compromised.

Not all pressure transmitters are suitable for explosive zones. Flammable gases, vapours, and dust require instrumentation built to the highest standards of safety and reliability. ESI’s ATEX transmitters are engineered with robust materials, advanced sealing, and intrinsic safety features to ensure dependable performance even in the most demanding conditions.

With decades of expertise in pressure measurement, ESI has a strong reputation across oil and gas, chemical, marine, and process industries. Our ATEX transmitters are tested and certified to international standards, giving you confidence that your equipment not only meets legal requirements but also delivers long-term operational security.

Every hazardous application has its own challenges. That’s why ESI offers flexibility in design and specification, from a wide range of pressure ranges and electrical outputs to compact models for confined spaces. Whether you need reliable transmitters for offshore rigs, chemical plants, or industrial processing facilities, we can provide a solution tailored to your exact requirements.

Downtime or system failure in hazardous zones can result in costly delays and serious risks. That’s why our ATEX transmitters are built and tested for durability, accuracy, and stable long-term performance. Choosing ESI means choosing equipment you can trust, day after day, in the toughest environments.

Beyond the product itself, ESI provides global customer support, from technical guidance during specification to after-sales assistance.

When safety, compliance, and reliability are critical, ESI’s ATEX pressure transmitters are the trusted choice – delivering precision and peace of mind in hazardous area applications.

https://esi-tec.com/

Enerpac announces new mining toolbox sets for handling tough mining maintenance jobs.
Complete with specially selected Enerpac tools, the toolboxes ensure workers arrive on-site fully equipped to remove jammed wheels, adjust crawler tracks, and expertly handle other maintenance tasks, quickly and efficiently.

Easy to transport and organise, the Enerpac toolboxes come in three sets: Compact Force Toolbox, Compact Force Toolbox Wheeled and the 100T Aluminium Cylinder Cordless Pump Toolbox. Each tough lockable toolbox includes foam inserts to hold the tools in place and heavy-duty off-road wheels on the wheeled toolbox. The tool selection is designed for fast setup and controlled lifting in tight spaces for equipment maintenance whether changing a wheel, adjusting crawler track tension or lifting heavy equipment both underground and onsite.

Compact Force Toolboxes

The Compact Force Toolbox Set features a lightweight P142 Enerpac Hydraulic Hand Pump together with three low-profile 5-ton, 10-ton and 20-ton capacity hydraulic cylinders for fitting into tight spaces during heavy-duty, off-road vehicle wheel maintenance, for example. The toolbox also includes essential ancillaries such as a pressure gauge, hose, and fittings allowing instant access to the right tools for the job.

In the Compact Force Wheeled Toolbox Set, the hand pump is replaced with the more powerful Enerpac SC-Series Cordless Hydraulic Pump together with two 54-Volt batteries and charger. With a max. operating pressure of 10,000 psi, the SC-Series pump takes cordless convenience to another level for high-pressure applications.

100-Ton Aluminium Cylinder Cordless Pump Toolbox

The new 100T Aluminium Cylinder Cordless Toolbox Set includes a 100-ton aluminium hydraulic cylinder, powerful Enerpac XC2 Cordless Hydraulic Pump, two 54-Volt batteries and charger, two 10-foot hoses, couplers, and a pressure gauge - all supplied in two stacking robust toolboxes for convenient storage. Designed for demanding maintenance tasks, the toolbox is a high performance, portable solution adjusting crawler track tension and lifting heavy equipment.

“We’ve designed the toolbox sets based on our many years’ experience of mining equipment maintenance”, says Carley Korte, Jr. Product Manager – Pumps and Cylinders, Enerpac. “The all-in-one, Enerpac hydraulic tool selection is designed to streamline maintenance, repair, and operations in the field. Packaging them as toolbox sets make it easier to transport, organise, and protect these essential hydraulic tools, ensuring engineers arrive on location with everything they need.”

For more information on the Enerpac Toolbox Sets for Mining Maintenance, visit www.enerpac.com.

Delivering Safer, More Efficient Track Maintenance

The Enerpac TL248 Track Lift System, a compact, powerful, and precise hydraulic solution for lifting and supporting rail tracks during track maintenance, has received full Network Rail approval for use on Network Rail Managed Infrastructure. Compared to traditional track maintenance methods that rely on bulky, costly heavy lift equipment, the portable, self-contained TL248 system enables safer, faster work with greater precision and shorter, less disruptive possessions.

Registered with UK National Rail under Certificate of Acceptance PA05/08016, the Enerpac TL248 is an innovative hydraulic lifting system, specifically engineered to lift track from below. Designed for easy transport to remote or confined locations, the TL248 features four independent hydraulic jacks, each with a 62-tonne capacity, combining for a total lifting capacity of 248 tonnes. The jacks deliver accurate lifts with a precision of 3.2 mm, essential for the maintenance of track switches, crossings, turnouts, retarders, and hold bridge ends securely in place.

The TL248 is designed for ease and safety, featuring an intuitive, colour-coded central control panel illuminated by integral LED lighting for clear visibility in any conditions. Its built-in redundant safety systems, like manual needle valves and pilot-operated check valves, prevent jack drift and ensure secure operation under load. Engineered with built-in fork pockets and lifting hooks, the system is quick to transport and deploy, even in tight or remote locations. It is even a self-contained power unit that operates independently of external power sources, giving teams greater flexibility on-site and when in remote locations.

Eliminating Overhead Clearance Issues

The TL248 Track Lift System is optimised for the maintenance of rail tracks. By lifting tracks from below, the TL248 bypasses the challenges posed by overhead structures and power cables. This design not only mitigates clearance restrictions but also stabilizes the track to allow maintenance-of-way equipment to pass over when placed on the ballast. These features combine to dramatically reduce possession times and minimize disruption to rail services.

Thanks to the optimal jack placement and compact design, track excavation times are also significantly shortened. Deployed to the site on the back of a utility vehicle due to its small footprint, it replaces the need for cumbersome crane lorries. Substantially improving project timelines and efficiency, the Enerpac TL248 enables track maintenance crews to lift up to four diamond crossings or six turnouts per day.

“The key advantage of the Enerpac TL248 Track Lift System is its ability to transform complex track lifts. The current, traditional methods are often high-cost, time-consuming and labour-intensive. The TL248 meets these challenges head-on. We’ve seen track maintenance crews not only reducing project times but also achieving a return on their investment after as few as 10 to 20 lifts.” Comments Rob Bell, Global Vertical Market Director - Rail, Enerpac.

For more information on the Enerpac TL248 Track Lift System visit www.enerpac.com

In the challenging world of oil and gas exploration, equipment reliability and material durability are absolutely essential. One of the most critical standards ensuring both is NACE material approval. But what does this mean, and why is it so important for tools and instrumentation used in downhole drilling applications?

What Is NACE Material Approval?

NACE, formerly the National Association of Corrosion Engineers, is now part of AMPP (Association for Materials Protection and Performance). NACE standards are internationally recognised guidelines for materials that operate in highly corrosive environments—particularly those containing sour gas (hydrogen sulphide, or H₂S).

The most relevant standard for downhole operations is NACE MR0175/ISO 15156, which sets out the requirements for metallic materials exposed to H₂S in oil and gas production systems. These materials must be rigorously tested and proven to resist sulphide stress cracking, hydrogen embrittlement, and other corrosion-related issues that can arise in high-pressure, high-temperature (HPHT) wells.

Why It Matters in Downhole Drilling

Downhole environments are among the harshest anywhere—featuring intense pressures, extreme temperatures, and highly corrosive substances. When instrumentation fails, it can lead to costly downtime, safety hazards, or even catastrophic well failure.

Pressure transmitters, temperature sensors, and other critical tools must perform flawlessly under these conditions. Using NACE-compliant materials ensures that these devices are built to withstand the chemical and mechanical stresses of the environment, significantly reducing the risk of corrosion-related failure.

The HI5000 Pressure Transmitter: Engineered for Excellence

The HI5000 Downhole Pressure Transmitter exemplifies rugged, reliable design. All wetted components are manufactured from specialist titanium alloys— materials that are fully NACE-approved for sour service use.

These advanced materials offer exceptional resistance to corrosion, even in the most aggressive downhole conditions. Whether deployed in ultra-deep wells, HPHT fields, or sour gas reservoirs, the HI5000 delivers outstanding accuracy and long-term reliability with minimal maintenance.

Beyond its robust material composition, the HI5000 also features a compact form factor, high-resolution digital output, and precision temperature compensation—making it an ideal solution for space-constrained and high-risk applications.

Final Thoughts

NACE material approval isn’t just a badge—it’s a critical assurance of safety, performance, and longevity in the world’s most demanding drilling environments. With the HI5000 Pressure Transmitter, operators gain not only advanced sensing capabilities but also peace of mind—knowing every component is built for durability in the face of extreme corrosion.

www.esi-tec.com

Introducing Advanced Technologies to Enhance Efficiency and Reliability Across Multiple IndustriesParker Hannifin, the global leader in motion and control technologies, announces the launch of four groundbreaking series of thermal management solutions: NSAC, NSEC, and NSIC cartridge quick disconnect couplers, alongside the NSSC screw-to-connect couplers. These innovative products are designed to meet the complex demands of electronic cooling, battery manufacturing, information technology (IT), energy management, mobile and transportation, and industrial installations.

The new NSAC, NSEC, and NSIC cartridge versions of Parker's established quick disconnect couplers (NSA, NSE, and NSI) feature advanced blind-mate functionality, allowing for seamless connections even in misaligned situations.

“We are thrilled to introduce these cartridge versions, which reflect our commitment to advancing thermal management technology,” stated Liana Jaskot, Applications & Product Manager for Quick Couplings at Parker High Pressure Connectors Europe. “These solutions will provide our customers with unmatched efficiency, reliability, and ease of use, enabling the development of more sustainable liquid cooling systems.”

The cartridge quick disconnects are designed for easy integration into existing systems, enhancing flexibility and reliability. With their ability to handle various cooling fluids and withstand challenging conditions, they are well-suited for use in data centers and IT infrastructure that require advanced cooling technologies. As a member of the Open Compute Project (OCP) community, Parker focuses on sharing the best practices and innovations in data center and cloud computing technologies. This partnership underscores the company’s commitment to driving forward-thinking solutions that enhance efficiency and sustainability in thermal management systems.

Complementing the cartridge series, the NSSC series of screw-to-connect quick disconnect couplers offers significant advantages in thermal management applications. “The NSSC series embodies Parker's dedication to pioneering in thermal management,” said Liana Jaskot at Parker. “This launch not only reduces installation time and effort but also ensures greater reliability and ease of maintenance.”

One of the NSSC series' standout features is its ability to connect under pressure, making it ideal for applications where system uptime is critical. The design accommodates misalignment and allows for connections without direct line of sight, further enhancing user convenience.

With the launch of the NSAC, NSEC, NSIC, and NSSC series, Parker continues to lead the way in thermal management innovation. These products not only enhance system efficiency and reliability but also reinforce Parker’s status as a trusted partner in the industry, ready to meet the evolving needs of its customers.

Learn more about the NSAC, NSEC, and NSIC cartridge quick disconnect coupler series, and NSSC screw-to-connect coupler series.

Meeting safety and process requirements at the same time is sometimes a challenge, especially in the pharmaceutical industry. Dust-handling equipment has to be equipped with explosion protective systems, which must also comply with all hygiene and sanitary requirements in production. The solution: Vent panels that can be used to produce hygienically sensitive powders.

The EGV HYP vent panel is an economical solution to the problem described, according to the strict criteria of the EHEDG (European Hygienic Engineering & Design Group). Specially designed for hygienically demanding processes, it protects the vessel in the event of an explosion by releasing flame and pressure. The smooth surface with the patented, full-flat, chamfered gasket system prevents deposits during the production process and during the cleaning of the system and thereby cross-contamination between batch processes. With the new, contrasting blue color of the seal, it is also easy to see if the seal is damaged and/or a mounting failure has happened.

The EGV HYP can be used without hesitation in critical systems such as spray dryers with / without CIP cleaning, fluid bed dryers and mixers and therefore offers a cost-effective safety solution according to the requirements of hygienic design.

www.rembe.de

At Aqua, we understand the importance of keeping your on-site safety product in optimal condition to ensure the well-being of your workforce. That's why we're excited to offer our comprehensive 5-Point Maintenance Program. Let's take a closer look at the five key points of our maintenance program:

    Regular Inspections: Our team of trained engineers will conduct regular inspections of your on-site safety product, carefully examining each component for signs of wear, damage, or malfunction. By catching potential issues early on, we can address them protectively and prevent any major breakdowns or accidents.

    Cleaning and Lubrication: Proper cleaning and lubrication are essential for the smooth functioning of your safety equipment. We will thoroughly clean all parts, removing dirt, debris, and other contaminants that could compromise performance.

   Maintenance and inspection: Failsafe maintenance and inspection are crucial to guarantee safe and reliable operation. Our experts will calibrate your safety product according to industry standards, making necessary adjustments to maintain availability in times of need.

    Component Replacement: Over time, certain safety product components may wear out or become obsolete. As part of our maintenance program, we will identify any worn-out parts and promptly replace them with high-quality, manufacturer-approved replacements where possible.

    Documentation and Reporting: Our maintenance program includes comprehensive documentation and reporting. We will keep detailed records of all inspections, repairs, and replacements performed on your safety product.


Invest in the longevity and reliability of your on-site safety product with our 5-Point Maintenance Program.

Your workforce's safety is our top priority at Aqua!

Emergency Showers & Eye Wash Stations | Aqua Safety Showers (aqua-safety.com)

The world’s most advanced intrinsically safe head-mounted wearable is redefining smart glasses for ATEX/IECEx industry use

Lauda-Koenigshofen, 10 January 2024. i.safe MOBILE, innovation and world market leader for explosion-proof mobile devices and solutions and RealWear, Inc., the pioneer of smart glasses for frontline workers, have launched with the RealWear Navigator Z1 the world’s most advanced intrinsically safe and ATEX/IECEx certificated head-mounted wearable. The Navigator Z1 is particularly designed for use in hazardous areas for troubleshooting equipment via remote expert guidance, virtual training and for eworkers using Field Services Management (FSM) or streamlined inspection data management systems (IDMS). The Navigator Z1 delivers unparalleled performance with exceptional energy efficiency and is powered by an advanced chipset with a built-in advanced AI engine.  The platform lays the foundation for RealWear’s broader AI Core vision for frontline workers. Navigator Z1 ensures voice recognition for fully hands-free use up to 100dBA, an essential feature for noisy oil and gas work environments. The Navigator Z1's unique modular design enables unprecedented customization for various add-ons like an IS-certified thermal camera and a swappable battery.

The main operational areas of the Navigator Z1 include the following:

• Remote expert guidance and training
  Remote experts can conduct in-the-moment maintenance and repair, potentially reducing costly travel and downtime using popular apps like Microsoft Teams and Zoom.
• Field Services Management (FSM)
  Using simple voice commands, workers can connect to FSM enterprise AI systems such as hands-free solutions from RealWear and OverIT to handle work orders safely and quickly, and conduct asset maintenance at reduced operational costs.
• Equipment and Site Inspection Rounds
  Inspectors can traverse safely around a job site, take high quality photos and dictate notes using the field data collection component of an Inspection Data Management System (IDMS) such as hands-free solutions from RealWear and HUVR. From there, the captured data is instantly uploaded and geocoded for integrity verification, auditing and compliance purposes.  The solution saves time and money, while enhancing safety and enabling further automation,3D digital twins and AI.

“The design of the most powerful smart glasses for frontline professionals took incredible collaboration between RealWear and i.safe MOBILE,” said Dirk Amann, CTO of i.safe MOBILE. “We are pleased that we have been able to make a device that has met the requirements to achieve ATEX and IECEx for use in explosive atmospheres.”

 “Worker safety and productivity must not be mutually exclusive,” said Dr. Chris Parkinson, RealWear’s cofounder and CEO.  “With so many consumer-grade gadgets being hyped to industry, we have delivered something truly modern and in high demand for critical work procedures.  With certification, we’re able to fulfill our strong pre-order backlog.  Navigator Z1 is laying the groundwork for an AI-enabled workforce in hazardous industries.”

The RealWear Navigator Z1 has a series of major technical improvements:
• The introduction of RealWear’s new AI Core, the most powerful processor ever in a RealWear device, especially designed for on-device enhanced AI experiences

• Significantly lighter for added comfort, while maintaining its ruggedness and durability
• Improved screen visibility with HD 720p display
• High resolution front-facing camera (48 MP) for better remote collaboration and low-light image capture for inspections and auditing
• Enhanced noise cancellation for improved voice-responsiveness and accuracy
• Improved connectivity with faster Wi-Fi® 6 and an optional 5G intrinsically safe solution for private and secure enterprise connectivity
• A thermal camera module to spot invisible issues before they become critical
• A removable integrated snag-free battery for enhanced safety and for extended use
• Enterprise Secure Android™ 12

The RealWear Navigator Z1 will be available from the end of Q1/2024 via i.safe MOBILE.

In processing plants that require the highest levels of hygiene, sterility and leak-tightness, excessive overpressure or vacuum can occur due to a wide variety of causes. In such cases, rupture discs protect both vessels and pipelines from deformation and further damage. Above all, they protect the lives of the employees who work in these plants. The primary goal here is to provide optimum protection for these systems, taking into account technical and economic aspects, while at the same time minimising system downtime.

Excessive overpressure can occur in almost all production areas and processes in the pharmaceutical industry. If the pressure exceeds or falls below the limits defined for the process, serious damage can occur to the respective plant components. Possible consequences include production stoppages and significant economic damage. Therefore, in situations where the pressure exceeds or undershoots the permissible operating range, a reliable and fast-acting pressure-relief device is essential.

Many operators in the pharmaceutical industry already use REMBE high-performance rupture discs in their processing plants – because the advantages of these pressure-relief devices ensure permanently safe operation:

• Thanks to their leak-tightness, our rupture discs prevent the escape of process media
• The complete cross-sectional release of the burst element provides immediate pressure relief for the system
• REMBE rupture discs have a response time of mere milliseconds

In order to customise the design of our rupture discs for each customer, numerous factors must be considered ahead of time. Reliable and economical rupture discs are not standardised products. Instead, they are individually adapted to the respective process conditions, designed accordingly and then manufactured specifically for the customer's applications. Numerous parameters are taken into account to ensure optimal performance.

Fig. 1: The KUB clean can be installed inside the existing tri-clamp pipe connections instead of the existing seals.

Fig. 2: KUB clean rupture disc with integrated signalling.

www.rembe.com