Manufacturing

Parker Hannifin, a Fortune 250 global leader specialising in motion and control technologies, has announced the launch of its new Viking Xtreme ISO valve series.

Industrial automation and mobile electrification require components that can withstand increasingly demanding operational environments.

Across sectors such as railway transit, agriculture, and oil and gas, modern machinery relies on robust pneumatic control systems to ensure consistent, uninterrupted performance. Addressing these complex engineering challenges head-on, Parker Hannifin, a Fortune 250 global leader specialising in motion and control technologies, has announced the launch of its new Viking Xtreme ISO valve series. This compact, ISO-standard subbase valve platform is specifically engineered to handle the rigours of general, mobile-related, and harsh industrial applications.

To maximise installation flexibility and operational performance, engineers can deploy these valves in varied configurations to suit their specific infrastructure. Key installation and operational features include:

• The ability to install the valve on a single subbase or integrate it into a stackable manifold.

• Stackable manifold installations that effectively support pressure zoning within centralised applications.

• Internal or external pilot configurations that can be conveniently adjusted in the field to meet precise application requirements.

Advanced Core Technology for Extreme Conditions

At the core of this newly launched platform is Parker’s advanced over-moulded spool technology. This specific engineering choice supports a long service life, broad operating capabilities, and a reliable, high-performance output even under continuous strain. The bi-directional, over-moulded spool is designed to function seamlessly in extreme temperatures, operating efficiently from -40°C to +70°C (-40°F to +158°F). In addition to its impressive temperature resilience, the system accommodates an operating pressure range that spans from a vacuum up to 10 bar. For pneumatic remote pilot variants, this pressure threshold extends even further to 16 bar. The platform also boasts exceptional flow performance, delivering flow rates ranging from 540 Nl/min (0.55 Cv) up to a substantial 5900 Nl/min (6.01 Cv).

Mobile-related applications and harsh environmental conditions present unique threats to machinery, notably through constant vibration, sudden impacts, and corrosive external elements. To combat these recurring issues, the Viking Xtreme ISO valve series offers various solenoid voltages paired with either standard or mobile-rated coils, alongside remote pilot valve options. The mobile versions of this valve have successfully passed rigorous shock and vibration testing, comprehensively meeting the stringent IEC 6173:1999, category 1, class B standards.

To further protect against corrosion in highly challenging and exposed settings, the valves incorporate durable materials throughout their entire construction. Essential durability features include:

• The strategic utilisation of stainless steel for end fasteners, internal springs, and solenoid armatures.

• An impressive salt spray qualification that exceeds 1000 hours of continuous testing.

• A robust construction that fully supports operation in demanding salt spray applications.

Strategic Consolidation for Machinery Design

These modern advancements allow plant managers and machinery designers to rethink their pneumatic infrastructure entirely. The new series is explicitly designed to help operators consolidate their existing ISO non-plug-in valve inventories. Depending on the specific application, the versatile platform may enable a one-size reduction. This potential downsizing can significantly help to lower overall operational costs, reduce footprint dimensions, and decrease equipment weight, all without sacrificing the required system performance.

Speaking on the strategic launch of this robust new platform, Patrick Berdal, European Product Manager for Controls within the Electric Motion & Pneumatic Division at Parker Hannifin, highlighted the industry's constantly evolving needs.

“Customers are looking for compact, reliable pneumatic valve solutions that help simplify machine design while performing in demanding operating conditions,” said Berdal. “The Viking Xtreme ISO valve series reflects Parker’s commitment to engineering solutions that improve productivity, uptime, and operational efficiency for customers across key industrial and mobile markets.”.

As a fundamental part of the broader Motion Systems Group, Parker's Electric Motion and Pneumatic Division continues to design and manufacture components that actively improve system safety, efficiency, and performance across both heavy industrial applications and modern mobile electrification.

Teledyne FLIR has introduced the first thermal imaging cameras to achieve the ANSI/CAN/UL 2684 listing, providing an independently evaluated benchmark for thermal image fire detection to support resilient industrial operations.

Industrial fire safety across the Gulf Cooperation Council (GCC) is shifting from reactive emergency response to proactive risk management.

Traditional fire detection technologies have long relied on identifying products of combustion, like smoke or flame, meaning a fire has already begun before an alarm triggers. In critical infrastructure, an abnormal temperature rise often provides the earliest indication of an emerging hazard. Addressing this, Teledyne FLIR has introduced the first thermal imaging cameras to achieve the ANSI/CAN/UL 2684 listing, providing an independently evaluated benchmark for thermal image fire detection to support resilient industrial operations.

Elevating Standards for Gulf Infrastructure

The recent UL 2684 listing of Teledyne FLIR's A40 and A70 (Axx-Series) models marks a watershed moment for fire engineers and asset owners. This aligns with the 2025 edition of NFPA 72, the National Fire Alarm and Signaling Code. Under Section 17.12, NFPA 72 includes a dedicated category requiring thermal image fire detection systems to be explicitly listed.

For the GCC, where established fire protection frameworks lean heavily on NFPA codes and UL-listed equipment, this establishes a clearer pathway for specifying early detection solutions. While this benchmark does not replace local Civil Defence approvals, it offers stakeholders objective, laboratory-tested equipment rather than relying solely on manufacturer claims. The standard sets strict requirements for environmental performance, durability, and fire testing.

Key Applications in Critical Assets

The relevance to Middle Eastern markets is driven by the rapid expansion of high-value infrastructure. Thermal imaging provides early warnings where equipment degradation can smoulder long before ignition. Crucial applications include:

• Data Centres: Identifying anomalies like a busbar joint heating whilst under load.
• Solar Installations: Detecting faults in rooftop arrays, specifically within DC connectors or inverters where conventional detectors are absent.
• Heavy Industry: Safeguarding continuous-process manufacturing and refining operations.
• Energy Storage: Monitoring battery energy storage systems and electrical utilities.

The Mechanics of Proactive Visualisation

Unlike standard cameras used merely for general visualisation, a calibrated thermal image fire detector continuously measures absolute temperatures across every pixel. Operators can establish measurement regions to monitor precise temperature differentials, absolute thresholds, and rates of temperature increase.

This capability is vital because industrial equipment naturally fluctuates in temperature. A transformer running warm during standard operations is not a fire condition; however, if that component begins climbing in temperature whilst its operational load is falling, it provides a crucial early warning.

By identifying thermal anomalies before smoke is generated, organisations can transition from crisis management to planned maintenance. Teams can isolate a battery module or tighten a loose connection before operations are disrupted. Axx-Series cameras enhance this by combining thermal detection with visible imaging, allowing operators to verify alarms swiftly. Analytics are processed on the camera, minimising reliance on external servers and enabling devices to initiate events directly through compatible control systems.

Emerson has announced a significant expansion in the Middle East and Africa.

The industrial landscape of the Middle East is undergoing a profound transformation.

As nations pivot towards economic diversification and modernised infrastructure, the demand for sophisticated industrial technology and agile operations has never been more urgent. At the heart of this industrial evolution is the need for advanced automation solutions capable of streamlining complex environments.

Meeting this demand head-on, global automation leader Emerson has announced a significant expansion in the Middle East and Africa. The company will build a state-of-the-art facility—the Emerson Middle East & Africa Service Centre—located within Qatar’s strategically positioned Umm Alhoul Free Zone.

Accelerating Regional Industrial Capabilities

The broader automation sector is rapidly scaling to meet the rigorous demands of modern manufacturing and energy production. For industrial operators, mitigating operational disruptions and accelerating time-to-market are critical baseline requirements for maintaining global competitiveness. Emerson’s forthcoming 3,500-square-metre facility is meticulously designed to address these pressing regional needs.

By establishing a robust local presence in Qatar, Emerson aims to help regional customers optimise daily operations, dramatically reduce project turnaround times, and minimise operational costs. This new development serves as a crucial addition to the company's extensive service network, which encompasses manufacturing, distribution, and service locations across the United Arab Emirates and Saudi Arabia, alongside a broad coalition of accredited regional service partners.

Pioneering In-Country Flow Calibration

A cornerstone of the Umm Alhoul development is the introduction of Qatar’s first certified in-country flow calibration lab. Historically, operations relying on large-size flow meters for high-pressure and high-volume operations faced logistical hurdles when seeking certified calibration services. The establishment of a domestic laboratory fundamentally changes this dynamic.

By bringing these highly specialised capabilities in-country, operators can ensure their critical measurement tools remain accurate and compliant without the lengthy downtime previously required to send equipment abroad. The lab is specifically equipped to handle the immense scale and pressure requirements typical of heavy industrial sectors, ensuring continuous, reliable production.

Comprehensive Automation and Support Solutions

Beyond the calibration laboratory, the expansive service centre will house a suite of critical automation technologies and operational support mechanisms. To comprehensively serve the region’s growing industrial base, the facility will feature:

• Advanced Control Systems: Comprehensive staging and integration services for distributed control systems, allowing for seamless deployment in complex environments.

• Measurement and Training: Cutting-edge measurement instrumentation solutions paired directly with specialised skid training systems.

• Rapid Supply Chain Support: Extensive off-the-shelf inventory and streamlined spare parts distribution to immediately address equipment maintenance needs.

• Skills Development: A dedicated training and experience centre designed to upskill customer operations teams on the latest industrial technologies.

To ensure a swift impact on the local market, the project will be delivered in strategic phases. The control systems staging area, measurement solutions services, spares inventory, and the customer training centre are scheduled to open in December 2026. Shortly thereafter, the pioneering flow calibration lab will officially commence operations in early 2027.

Driving the Qatar National Vision 2030

The strategic implications of this investment extend far beyond immediate technological benefits. The Emerson Middle East & Africa Service Centre is deeply aligned with the overarching objectives of the Qatar National Vision 2030, a national framework dedicated to fostering robust economic growth and vital industrial diversification. By anchoring advanced capabilities within the country, the initiative acts as a powerful catalyst for in-country value creation.

Reflecting on the importance of this milestone, Judson Duncan, group president of Global Sales at Emerson, stated: “This new investment reflects Emerson’s strategic commitment to accelerating innovation in Qatar and supporting the Middle East’s most critical operations. Our additional capabilities will enable customers to operate with greater agility, reliability and cost efficiency.”

The gravity of this regional expansion was underscored during a formal signing ceremony held on the sidelines of the Qatar Economic Forum (QEF) in New York City. The agreement was cemented alongside prominent Qatari dignitaries, including Sheikh Mohammed Bin Hamad Bin Faisal Al-Thani, chief executive officer of the Qatar Free Zones Authority, and Sheikh Faisal bin Thani bin Faisal Al-Thani, minister of commerce and industry and chairman of the Qatar Free Zones Authority.

SOKOYO, a prominent manufacturer that has been at the forefront of the solar street lighting sector since its inception in 2008.

As countries strive to meet carbon reduction targets, the dependency on traditional, grid-connected electrical systems has become an increasing point of vulnerability. 

Fluctuations in energy supplies, whether linked to oil and gas disruptions or the prohibitive costs of laying extensive cable infrastructure in difficult terrain, have created a pressing demand for autonomous, clean-energy alternatives.

For developing regions and major industrial power stations, the solution lies in the sophisticated application of solar-powered lighting. However, the move away from traditional grid reliance is not merely a matter of installing solar panels. To be effective, street lighting systems must withstand extreme environmental stressors—such as intense heat, humidity, and abrasive sandstorms—while maintaining consistent performance levels. As the industry evolves, the shift toward "system-level R&D" has become the primary benchmark for success, forcing manufacturers to move beyond simple lighting units toward high-reliability, intelligent hardware.

This transition to smarter, more resilient infrastructure is exemplified by the recent activities of SOKOYO, a prominent manufacturer that has been at the forefront of the solar street lighting sector since its inception in 2008. With over one million lighting units currently operational across Southeast Asia, Africa, the Middle East, and Central Asia, the organisation has shifted the paradigm by integrating Internet of Things (IoT) technology into their product lines. This innovation allows for remote management and monitoring, significantly improving safety and operational efficiency for municipalities and large-scale industrial projects alike.

The organisation’s latest contribution to this global shift is the successful completion of a landmark project for QatarEnergy. In July, the company finalised the installation of 252 sets of split-type solar street lighting units at QatarEnergy’s power projects located in Ras Laffan and Masaieed. The deployment, which was managed by Samsung C&T Corp., required a tailored approach to ensure that the lighting arrangement was not only effective but also easy to maintain over the long term. By manufacturing its own LED modules, solar panels, batteries, light housings, and poles, the manufacturer ensures a level of quality control that meets stringent international standards, including those set by the International Electrotechnical Commission (IEC).

The success of the QatarEnergy project highlights the efficacy of this bespoke engineering approach. Providing insight into the collaboration, Kathy, a senior procurement manager for Samsung, stated: "SOKOYO provided us with a specially customised solution for our power station." She further noted the operational success of the installation, adding: "The entire solar street lighting system consistently met our expectations for brightness, battery life and overall reliability."

Such successes are indicative of a broader trend. Whether it is facilitating road safety on high-traffic expressways in Uganda or contributing to the infrastructure of high-tech cities like Saudi Arabia’s NEOM, the ability to engineer products that resist heat, vibration, and low-light conditions is proving vital. By embracing modular production and intelligent manufacturing, the industry is effectively lowering costs while increasing the resilience of essential infrastructure. As more organisations look toward solar power to circumvent the instabilities of traditional energy supplies, the integration of advanced IoT and climate-hardened materials is no longer just a luxury; it is the foundation of a modern, sustainable global landscape.