The event commenced with opening remarks by Mamdouh Al Aidarous, former Aramco professional and Engineering Consultant at CSD.

Inaugurated with keynote presentations by Prof. Suresh Sampath, Deputy President at IpowerE UK and Head of Gas Turbine Engineering and Sustainable Propulsion at Cranfield University, London, UK.

A world-class distinguished Panel Discussion followed, featuring Prof. Suresh Sampath, Deputy President at IpowerE UK and Head of Gas Turbine Engineering and Sustainable Propulsion at Cranfield University, London, UK; Ayedh Al Fardan, Director of Utilities, King Salman Energy Park (SPARK Utilities); H.E. Eng. Mohammed Al Ta’ani, Secretary General of the Arab Renewable Energy Commission; and Dr. Corrado Sommariva, CEO and Founder of Sustainable Water and Power Consultancy.

The Technical Presentation was delivered by Ahmad AlMuIla, Chairman – Utilities and Plumbing at Aramco. Special Thanks to our Official Gold Sponsor for GIUF – APATOR POWOGAZ SA.

The event brought together Representatives from over 60 Countries and welcomed more than 1000 professionals from the power and water utilities sector. GIUF 2025 reaffirmed a collective commitment to Innovation, Excellence, and Progress, shaping a more Reliable, Resilient, and Efficient Future for Utilities worldwide.

Variable Area flowmeters, also known as rotameters, remain indispensable for low-flow measurement applications due to their simplicity, reliability, and cost-effectiveness. These instruments are widely used in industries such as chemical processing, oil and gas, and water treatment where precision and safety are paramount.

KROHNE’s latest developments in VA flowmeter technology include SIL 2 compliance for safety instrumented systems, enabling their use in critical applications such as nitrogen inerting for explosion protection. The company’s portfolio of SIL-certified VA meters is specifically designed to monitor minimum and maximum flow rates and initiate shutdowns in hazardous environments. Notably, 92% of these devices are deployed in Class I, Division 1 hazardous areas.

To further enhance process reliability, KROHNE has introduced Continuous Float Monitoring (CFM) diagnostics in its VA flowmeters. This innovation detects float blockages, pulsations, external magnetic interference, and other anomalies that could compromise measurement accuracy or system safety. These diagnostics are available across KROHNE’s electronic VA meters and can be retrofitted into existing installations through modular upgrades.

The modularity of KROHNE’s VA flowmeters also supports safer maintenance practices by allowing users to upgrade or replace components without removing the meter from the pipeline. This reduces worker exposure to hazardous media while minimizing downtime during retrofits or repairs.

KROHNE’s commitment to safe engineering is reflected in its efforts to address common systematic errors associated with VA flowmeters. The company provides tools and guidelines to ensure proper installation and calibration under varying pressure, density, and viscosity conditions. Additionally, KROHNE offers resources such as eLearning modules on functional safety standards (IEC 61508/61511) to help customers optimize their processes while adhering to industry regulations.

Variable Area (VA) flowmeters remain a trusted solution due to their unique advantages in low-pressure gas and non-conductive liquid applications. By incorporating modern diagnostics and achieving SIL compliance, KROHNE enhances this proven technology to help customers meet stringent safety requirements while maintaining cost-effectiveness.

KROHNE remains dedicated to delivering innovative solutions that prioritize safety, reliability, and efficiency for its global customer base. For more information about KROHNE’s Variable Area Flowmeter portfolio or other process instrumentation solutions, visit us.krohne.com.

To watch the recent webinar on this topic from KROHNE, click here to view.

One of the largest hire providers of equipment and tools in Europe, Boels Rental, is utilizing a cutting-edge Battery Energy Storage System (BESS) powered by Volvo Penta in its operations.

Developed and integrated by e-power^® using Volvo Penta’s purpose-built BESS subsystem, it features a compact design that balances high energy density battery packs with transportability – critical for rental operations. Whether supporting electric machinery or supplementing on-site power needs, the unit is optimized for flexible deployment and reliable performance.

Volvo Penta’s BESS subsystem forms the complete DC backbone of the system, comprising battery packs, Battery Management System (BMS), electrical safety components, DC/DC converters, thermal management, and communication interfaces. Its integration-ready architecture enables OEMs like e-power^® to adapt and scale systems to customer-specific needs with speed and precision.

“This is about enabling our partners to move faster and more confidently toward sustainable solutions,” says David Hamilton, Volvo Penta industrial sales director for Northern Europe. “By combining our adaptable BESS subsystem with e-power^®’s integration expertise, we’re helping Boels meet both operational flexibility and decarbonization goals.”

Boels Rental, already a long-time user of e-power^® generators powered by Volvo Penta engines, continues its journey toward electrification and sustainability. “We’re seeing a shift in demand from our customers and a clear path in our sustainability ambitions,” says, Boels manager fleet & innovation Davy De Wilde. “That’s why we work with trusted partners like e-power^® and Volvo Penta – because we know they deliver performance, reliability, and innovation.”

For e-power^®, the project reflects the next evolution in power solutions. “We’ve built our reputation on reliability and efficient power systems,” says e-power^® business support director Jens Fets. “Working again with Volvo Penta, this time on battery energy storage, allows us to meet the growing demand for energy in a silent, low-emissions, compact and mobile design – especially in rental applications.”

The combined strengths of Volvo Penta’s integration-ready subsystem platform, e-power^®’s power management expertise, and Boels’ leadership in equipment rental mark a step forward in enabling electrification across the construction value chain.

The hydrogen revolution is no longer on the horizon – it’s here and is moving fast. With European hydrogen investments nearly doubling in the first half of 2024 and a projected market value of $42.2 bn USD by 2033, the demand for a dedicated platform to showcase advancements has never been greater. Enter HydrogEn Expo 2025, returning just eight months after a record-breaking 2024 edition to fuel further collaboration and innovation.

A fast-growing industry event

HydrogEn Expo, launched in 2022, has quickly established itself as a pivotal exhibition and conference for the industry. The 2024 edition saw nearly 200 exhibitors and thousands of visitors gather at Piacenza Expo in Italy to explore the latest in hydrogen production, storage, and applications, as well as discuss the major themes impacting the industry. Given the event’s success and the rapid developments in hydrogen technology, organisers Mediapoint & Exhibitions have accelerated the timeline for the next edition, which will take place 21^st-23^rd May 2025.

Luigi Crema, vice-president of H2IT (the Italian Hydrogen Association), one of the sponsors of the event, said: “The fact that we now have an exhibition dedicated entirely to hydrogen, with a lot of operators presenting market-ready products rather than prototypes, sends a strong and clear message to institutions. The sector is ready.”

EU strategy driving investment towards net zero

Momentum is undeniable, driven by ambitious EU targets to produce and import 10 million tonnes of clean hydrogen by 2030. The RePowerEU strategy recognises hydrogen as a cornerstone of decarbonising energy-intensive industries such as steel, chemicals, and cement, as well as revolutionising the transport sector. This vision aims to see renewable hydrogen fulfilling approximately 10% of the EU’s energy needs by 2050 – a stark contrast to 2022 figures where hydrogen represented less than 2% of consumption and was primarily derived from fossil fuels.

Reinforcing this, Senator Elena Murelli, said during HydrogEn Expo 2024: “Hydrogen is the future for reaching decarbonisation goals. It is important not only for meeting the 2035 EU directive on phasing out diesel engines but also for the future of independence in energy production. We have invested €32 million in the hydrogen sector through the NRRP [National Recovery and Resilience Plan] and have made calls for companies to access these funds.”

This investment surge is shaping the future of hydrogen technology, and HydrogEn Expo 2025 will be the meeting place where industry leaders, policymakers, and innovators turn these ambitions into reality.

Partnerships accelerating technological progress

The spirit of collaboration was exemplified at the last edition when Isotta Fraschini Motori, a leading engine manufacturer, and Ecomotive Solutions, a specialist in electronic engine control systems, signed a memorandum of understanding (MOU). The agreement enables Ecomotive Solutions to develop flexible solutions capable of operating on biofuels and renewable energy carriers, including green hydrogen, using Isotta Fraschini Motori’s engine blocks.

Representatives from both companies first met at HydrogEn Expo 2023. One year later, they formalised their collaboration and anticipate presenting initial results at HydrogEn Expo 2025 in May.

Fabio Potestà, director of Mediapoint & Exhibitions, commented: “The partnership between these two companies, which first connected at the event, underscores the crucial role HydrogEn Expo plays in fostering connections and encouraging collaboration among industry stakeholders. We take great pride in facilitating partnerships that drive progress in the industry.”

Memorable networking opportunities

Beyond the exhibition floor and conference auditorium, HydrogEn Expo offers further networking opportunities at the Italian Hydrogen Technology Awards 2025, as well as at a gala dinner on Wednesday 21^st May 2025, providing a convivial setting for making new connections.

Adding another layer of significance, HydrogEn Expo 2025 will be co-located with the inaugural Nuclear Power Expo, fostering cross-industry collaboration in the pursuit of net-zero emissions. This strategic alignment acknowledges the complementary roles of green hydrogen and nuclear in a diversified and sustainable energy future.

Protecting critical infrastructure from cyber threats

HydrogEn Expo 2025 will also run alongside the second edition of CYBSEC-EXPO, highlighting the crucial importance of cybersecurity in the energy sector. Cyberattacks are surging globally, with organisations now facing an average of 1,673 attacks per week – a staggering 44% increase from 2023. At the same time, the energy sector remains a prime target for cyberattacks – alongside education, government, healthcare, and telecommunications – experiencing a 42% increase in attacks in 2024. Addressing this growing threat, CYBSEC-EXPO 2025 will bring together experts and stakeholders to share best practices and develop robust strategies for securing critical infrastructure.

“Each edition of HydrogEn Expo builds on the momentum of the last, demonstrating just how quickly this sector is advancing,” Potestà concluded. “By bringing together industry pioneers, policymakers, and investors, we are not only showcasing new technologies but also fostering the connections that will drive hydrogen’s role in a decarbonised future.”

Find out more about HydrogEn Expo 2025 and register for your free visitor’s pass at hydrogen-expo.it.

David Hart, Global Hydrogen Lead, ERM, is a hy-fcell Advisory Board Member. He will be speaking in the Opening Plenary called Hydrogen—Green, Gray, or Both? It’s a deep dive into the evolving hydrogen landscape—where does each type fit into the energy transition, and what does it mean for your business?

He recently answered some timely questions about the industry and what you can expect at hy-fcell Canada. Take a look…

1. With changing policies in the U.S., Canada, and Europe, what strategies should hydrogen companies adopt to stay competitive?

Focus on Fundamentals. Some projects make good sense under many policies and getting those going will help drive the industry.

Be Bold. If you have the reach and resources to encompass many aspects of a project value chain, you have much better control over the economics.

2. What’s one session or discussion at hy-fcell Canada that you think attendees can’t afford to miss, and why?

The opening plenary will bring together seasoned experts to focus on strategies for succeeding in difficult times. It will set up conversations that can be followed throughout the entire conference.

3. What’s one success story or breakthrough in hydrogen and fuel cells you’ve seen recently that gives you hope for the industry’s future?

One thing that comes to mind is TotalEnergies agreeing to buy 30kT per year of clean hydrogen from RWE to help decarbonise a refinery in Germany. This shows that demand is out there – it just needs the right circumstances.

4. Why do you believe hy-fcell Canada is a must-attend event for professionals in the hydrogen and fuel cell space?

hy-fcell Canada brings together technology innovation and scaling, industry longevity, resource expertise and strong finance capabilities in a breathtaking location. I look forward to seeing everyone in Vancouver in June.

David and many other brilliant minds in H2 and clean energy will continue this conversation in Vancouver this June.

We invite you to join us and friends of Power Info Today save.

You will get free access to the International Expo OR $40 off exhibit hall + matchmaking when using code POWERINFO25 at registration! https://hy-fcell.ca/

INDIA – Honeywell (NASDAQ: HON) today announced the launch of Honeywell Protonium™, an advanced suite of technologies enabled by artificial intelligence (AI) and powered by machine learning (ML) designed to make the production of green hydrogen more efficient, cost-effective, and scalable.

Honeywell Protonium™ will first be deployed by Aternium, a US-based large-scale producer of clean hydrogen, who will leverage the new technologies across its planned Mid-Atlantic Clean Hydrogen Hub (MACH2), one of seven national hydrogen hubs selected for an award by the US Department of Energy.

To help meet industries’ growing energy demands and support a broader range of sources, Honeywell Protonium™ helps scale green hydrogen production by tackling key challenges such as power intermittency, carbon intensity reduction, and high production costs. The new solution enhances electrolysis efficiency and optimizes plant design and operations by integrating predictive control algorithms, making hydrogen production more sustainable and cost-effective.

“Our selection of the Honeywell Protonium™ portfolio for our planned Mid-Atlantic sites was a strategic decision to ensure we operate with the highest efficiency and safety standards,” said Andrew Cottone, CEO and Founder of Aternium. “Honeywell’s proven expertise and innovative solutions will be instrumental in helping us achieve our mission of producing clean hydrogen with an exceptional commitment to safety while adding value for our communities and investors.”

“Honeywell is helping to accelerate the commercial viability of green hydrogen use through optimized design and improved efficiency of plants,” said Pramesh Maheshwari, President of Honeywell Process Solutions. “As adoption of green hydrogen as a diversified energy source continues to grow, it is crucial for producers to look to autonomy to ultimately advance electrification and the energy transition. With these new technologies, we are helping to further reshape the green hydrogen landscape and equip producers with the transformative solutions they need to scale.”

The Honeywell Protonium™ portfolio includes three innovative offerings:

• Concept Design Optimizer – optimizing plant design to lower the Levelized Cost of Hydrogen (LCOH) and enable quicker investment decisions
• Hydrogen Electrolyser Control System – analysing and electrolyzer performance for greater efficiency and longevity
• Hydrogen Unified Control and Optimizer – streamlining energy management and operations across the plant to reduce operating expenditure by leveraging technologies such as digital twins, AI/ML optimization and predictive analytics

Honeywell Protonium™ is now available globally and is positioned to help deliver transformative results for clean hydrogen producers by reducing emissions, cutting costs, and empowering industries to achieve greater sustainability. For more information, please visit Honeywell.com.

The “Apollo”® 215L butterfly valve product line excels in hydroelectric, nuclear, and fossil fuel plants, serving applications such as cooling water systems in power plants and boiler feed and steam handling. It is distinguished by its double offset design, which provides improved sealing and reduced wear compared to concentric designs. The valves incorporate RTFM (TFM 1700) seat material, offering greater wear resistance and a higher modulus for improved overall performance. Consistent sealing over time is ensured by disc spring washers with live loading technology, which also compensates for wear.

Shaft support and smooth operation are maximized through the use of full-length upper and lower bearings, contributing to the valve’s longevity. Carbon steel valve bodies receive excellent corrosion protection through a polyamide epoxy primer with a polyurethane topcoat. The inclusion of a positive cast disc stop prevents seat damage from over-travel of the disc, while tangential disc pins are placed in compression rather than shear, eliminating potential failure of the disc-stem connection.

Reliable seat support is provided by a multi-bolt seat retainer, making the valves suitable for bi-directional dead-end service. The “Apollo”® 215L line is available in both wafer and lug body styles, offering flexibility for diverse installation requirements. With multiple pressure classes available (150, 300, and 600) and a size range from 2″ to 36” (Class 150), these butterfly valves accommodate a wide range of application pressures and pipeline sizes.

For specialized applications, fire-safe and metal seat options are available, providing solutions for high-temperature and critical environments. Valves are available in CF8M (316 SS) or WCB (Carbon Steel) for the body and CF8M for the disc, providing multiple body/disc material options. The product line features an ISO 5211 mounting flange, allowing for seamless integration with Apollo actuators and manual operators.

Engineers can leverage pressure-temperature ratings for different materials, sizes, and pressure classes, along with flow coefficient (Cv) values for various valve sizes and opening angles, to optimize system design. Varying weights are available for different sizes and pressure classes to aid in installation planning. An optional UHMWPE seat material is available for specific applications.

The “Apollo”® 215L butterfly valves also incorporate a thrust ring to center the disc, ensuring tight shutoff and long service life. End cap seals are available in PTFE, UHMWPE, or graphite to meet different sealing requirements. The 17-4 PH stainless steel shaft is blowout proof and provides high strength and good corrosion resistance. An extended neck allows for 2” of pipe insulation. Jacking taps allow the use of seat retainer bolts to aid in retainer removal. A rocker packing gland features a shaped packing gland that compensates for uneven adjustment of gland nuts. An anti-extrusion ring prevents the extrusion of shaft seals, maintaining optimum seal.

For more information about the “Apollo”® 215L butterfly valve product line and its specifications, please visit https://aalberts-ips.us/products/category/?search=215L.

Electrification is undergoing a rapid transformation, driven by sustainability and efficiency demands. Engineers, manufacturers, and suppliers face growing challenges—from optimizing electric motor performance to sourcing high-efficiency materials and meeting evolving regulatory standards.

At CWIEME Shanghai, you’ll find the latest innovations in coil winding, electric motors, power electronics, insulation materials, low-altitude economy and humanoid robots, all in one place. With 300+ leading suppliers, industry experts, and groundbreaking technology showcases, the event is the ultimate hub for professionals looking to accelerate development, optimise production, and future-proof their businesses.

Notably, the accompanying conferences are upgraded. 40+ industry experts and representatives of leading enterprises are invited to  discuss the evolving landscape of global electrification in Asia and beyond.  The forum will feature expert panels, keynote speeches, and exclusive networking opportunities covering:

• Innovations in Electric Aviation: Advancing the Low-altitude Economy
• Innovation and Practice of Advanced Robotics and Energy-Efficient Motors
• Technical Innovation & Best Practice of EV Drive Systems
• Insulation Standards for Motor
• Tech Sharing of Power Transformer: Greener, Low-Carbon and Innovative
• Electronic Components: Technical Innovation & Practice of Magnetic Component

CWIEME is not just an exhibition; it’s an immersive experience that brings the electrical manufacturing community together. Stay ahead of industry trends, make valuable connections, and be part of shaping the future of manufacturing. We can’t wait to see you there! Visitor registration is in full swing. CLICK HERE to register!

Ambitious environmental redevelopment of a long-established artificial site

Between 1993 and 2019, the plot was used for crushing and sieving materials. After its conversion, the future focus changes to sustainable energy production and nature.

Q ENERGY was keen to accompany the development of this green energy facility with a broader environmental approach, including adjusting the fence to allow small animals to pass through, installing amphibian barriers, planting a hedge and sowing the site once construction was complete.

Another measure is the re-profiling of an earthen embankment in favour of the bee-eater. The enclosed and therefore quiet location of the site, combined with insect-friendly vegetation management and the preservation of old trees, will make the site even more attractive for the reintroduction of the bee-eater. In addition, wintering places for reptiles, amphibians and saproxylid insects will be created. Finally, information panels are planned for the nearby “Sentier de l’Adour” hiking trail.

“This project is the result of close and intensive collaboration with authorities and local elected officials. We are proud to support the strategy of the Occitanie region to become an energy-positive region by 2050,” says Véronique Sauzay, Regional Solar Manager at Q ENERGY.

The project commenced when Collett received the stator at Heysham Port from a coaster vessel on the quayside. The stator, measuring 9.1m L x 4.2m W x 3.9m H, was initially loaded onto a 12-row modular flattop trailer to shunt within the port for temporary storage. The stools that were used were supplied by Collett earlier this year. To facilitate self-loading, Collett’s 24 axle 350Te capacity Scheuerle girder bridge trailer was built around the stator at the port itself ensuring efficient loading operations.

On 29^th June, the stator, along with Collett’s escort fleet and accompanied by Lancashire police, set off from Heysham Port to follow an intricately planned 92-mile route. Halfway along the route, escort duties were taken over by Cumbria police for the remainder of the journey to Longtown. Navigating along the route, due to the combined length and weight of the girder bridge trailer loaded with the cargo, Collett executed several complex manoeuvres and strategic adjustments to ensure the stator’s safe passage and viability of the route. One example is when Collett temporarily stopped motorway traffic to turn the trucks around and contraflow a joining slip road to avoid an upcoming weak bridge structure.

Upon reaching the transition point at Longtown, after a distance of 88 miles, the stator was self-off-loaded onto temporary stools and the girder bridge was demobilised. At this stage a 16-axle Self-Propelled Modular Trailer (SPMT), was driven under the stator to carefully lift it off the stools eliminating the need for a large mobile crane. The SPMT is a specialist trailer that provides 360-degree steering and vertical lifting or lowering of the load shorter distances where route access is limited. This was ideal due to limited access along the route and various structures (bridges) that Collett had the navigate before they reached the site. The load was safely chained down for the final 4-mile leg of the journey to Gretna Grid Stability Facility. The SPMT was driven at a 1mph walking pace, escorted by Cumbria police.

Prior to the commencement, Collett’s projects department appointed dedicated project managers to handle preliminary works. This included applying for police permits, liaising with local councils, and conducting detailed route surveys. To ensure clear passage, tree trimming and the removal of street furniture were carried out along the route. Additionally, a thorough structural report was made to ensure that two bridges on the route, dating back to the late 1800s, could support the combined weight of the SPMT and stator.

Upon arrival at the Gretna Grid Stability Facility, Collett faced the challenge of limited space on-site. To navigate this, the team temporarily off-loaded the stator onto stools and reconfigured the 16-axle SPMT to an 11-axle configuration. This adjustment enabled the trailer to make a 90-degree turn, positioning the stator for unloading inside the building.

Collett’s success in this project was made possible through effective collaboration within the team and community liaison with councils and the police ensuring a smooth execution showcasing their ability to manage high-profile and demanding logistics projects with precision and professionalism.

The Gretna Grid Stability Facility, featuring a 60 MVA synchronous condenser, will enhance grid stability by providing short-circuit and inertia power, as well as reactive power compensation to support distribution networks with a high share of renewable energy. This project, part of National Grid ESO’s Stability Pathfinder plan, helps address the challenges of maintaining grid stability as renewable energy sources replace conventional power generation.