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The Babcock Wanson Group, of which Babcock Wanson UK is a founding company, has published a new brochure dedicated to its rapidly expanding range of electrical solutions for industrial heat and steam production.

As demand grows for practical decarbonisation technologies, the new brochure provides a comprehensive guide to Babcock Wanson’s electric boiler offering and the role these systems can play in achieving sustainable, cost-effective heat generation. It explains how industrial processes that have traditionally relied on fossil fuels can now be powered by high-efficiency electric technology, supporting customers in meeting their environmental responsibilities while maintaining operational performance.

The brochure details Babcock Wanson’s complete electric boiler portfolio, beginning with its high-voltage electrode boilers, capable of delivering steam at pressures up to 85 barg and with outputs of up to 75MW. These systems combine fast start-up, zero on-site emissions and efficiency of over 99%, making them one of the most powerful tools available for decarbonising energy-intensive processes. Alongside these sit a range of low-voltage immersion heater boilers, designed for applications requiring lower power and flow rates, yet still delivering precise control, simple installation and robust reliability. For industries requiring tailored solutions, the brochure introduces the e-Pack, a highly adaptable zero-emission boiler available for up to 12 tonnes of steam per hour, while for smaller-scale or specific requirements the VAP-EL provides a compact, skid-mounted solution.

Recognising that electrification is not always an immediate or total transition, the brochure also highlights Babcock Wanson’s hybrid solutions, which allow new or existing fire-tube boilers to be fitted with electric auxiliary heating systems. These enable companies to switch seamlessly between conventional fuels and electricity depending on price, availability or regulatory requirements, providing a pragmatic route towards decarbonisation without sacrificing energy security.

Commenting on the release of this latest brochure, Etienne Fourie, Technical Sales Manager for Babcock Wanson UK’s Process Engineering Division, said:“Our new Electrical Solutions brochure demonstrates the breadth of innovation and engineering expertise we have developed to support industry in its transition to clean energy. From large-scale electrode boilers to compact hybrid add-ons, we are offering practical, efficient and future-proofed solutions that enable manufacturers to significantly reduce their carbon footprint while retaining the flexibility they need in a changing energy landscape.”

The Electrical Solutions brochure also explains how Babcock Wanson’s equipment integrates with digital monitoring systems, providing customers with intelligent performance tracking and enabling participation in emerging grid services markets. In addition, it sets out the economic case for electrification, highlighting both the reduction in exposure to fluctuating gas prices and the availability of grants and funding for low-carbon technologies across Europe.

For a copy of the new Babcock Wanson Electric Solutions brochure, go to www.babcock-wanson-group.com/our-solutions

• Kimberly-Clark Professional™ unveils the ReNew™ Programme, an evolution of its award-winning RightCycle™ Programme, launching in September 2025 to offer industry-leading circularity solutions for hard-to-recycle hygiene products.

• The service builds on the success of the RightCycle™ Programme, offering comprehensive, end-to-end waste recovery and recycling services with regular reporting that help businesses advance and confidently communicate their ESG, zero waste, and CO₂ reduction achievements.

• In the UK, competitor products are accepted, indicating the overall aims of the programme is not brand loyalty, but about simplifying waste management by transforming used paper towels and dispensers into new materials and products, enabling customers to choose high-performance hygiene solutions with confidence in their sustainability.

Tadworth, UK – 6 November 2025 – Kimberly-Clark Professional™ introduces the ReNew™ service, the next evolution of its industry leading RightCycle™ Programme. The ReNew™ Programme brings a new chapter for the company reflecting its deepened commitment to sustainability by offering simplified and comprehensive, end-to-end solutions for hard-to-recycle hygiene products.

Launching this evolved brand promise in September 2025, the ReNew™ Programme by Kimberly-Clark Professional™ builds on the success of the RightCycle™ Service and its established waste recovery and circular innovation solutions. The transformation is testament to the company’s dedication to consistently enhancing its sustainability and a renewed approach to environmental responsibility. From 1 January 2026, Kimberly-Clark will have transferred all customers to the ReNew™ Programme as it replaces the RightCycle™ Service.

“With Kimberly-Clark as your partner, you have the power to bring new life to your washroom waste and lower your environmental impact with ease and confidence,” says Kristin Barrett, IFP Growth – Circularity Programme Manager, Kimberly-Clark Professional™. “We know how challenging waste management can be, so we have evolved existing programmes to deliver the same trusted service but now with expanded reach and a fiercer focus on circular solutions.”

From hand towels and dispensers to wipers¹, the ReNew™ Programme collects used items and transforms them into new materials and goods, supporting customers’ zero waste targets, CO₂ reduction, and ESG commitments. Therefore, the programme gives customers the confidence to choose high-performance washroom hygiene products knowing there is a responsible, recovery solution in place.

For example, paper towels are proven to be the most hygienic hand-drying method, especially in healthcare settings.²  The ReNew™ Programme makes this choice even smarter by keeping used towels out of landfill and returning them to the circular economy as recycled paper products.

Kimberly-Clark’s Koblenz mill in Germany – which is on the path to 100% renewable energy by 2029 – handles most of the European processing. In other regions, local recycling partners are engaged for efficient, low-carbon recovery. In the UK, the ReNew™ Programme even accepts competitor products, demonstrating that this is about industry-wide progress, not brand loyalty.

“With our sustainable solutions, businesses no longer have to compromise between hygiene, sustainability, and practicality,” adds Kristin Barrett. “The ReNew™ Programme is practical, scalable, and removes the burdens of waste management from our customers. The system supports better decisions from the start, with a complete, low-effort recycling solution behind them.”

The programme is co-funded by Kimberly-Clark Professional™ and its customers, reinforcing a shared responsibility model. The service includes regular CO₂ and waste diversion reports, helping organisations quantify and communicate their sustainability efforts with clarity.

In a recent survey, over 95% of customers said they would recommend the service.³  Since its inception in 2011, the sustainable solutions programmes have grown to over 400 active customers. In 2024 the programme diverted more than 250 metric tons of hand towels and 90 metric tons of plastic from landfill.

The ReNew™ Programme is expanding into new markets and regions across Europe, and the UK, with further growth planned for 2026 and beyond. Whether a long-time participant or new to circular solutions, Kimberly-Clark Professional invites companies with waste management goals to be part of a growing community making a measurable difference.

For more information, visit https://www.kcprofessional.com/en-gb/solutions/renew-by-kimberly-clark-professional.

Anglian Compressors & Equipment Limited (“Anglian”), a compressed air distributor in Cambridgeshire, UK, has become part of Atlas Copco Group, after being acquired by Atlas Copco UK Holdings Ltd.

Anglian is based in Peterborough in Cambridgeshire, England, and was founded in 1977. The company has 28 employees.

Anglian offers energy-saving advice and solutions to manufacturers and other industries with applications that rely on compressed air and related systems and services. This includes compressors, gas generators and chillers. Customers are found in all types of manufacturing industries, such as such as food & beverages, Agri-tech, digital technologies, general manufacturing, energy & environment working with companies focused on sustainability and the environment.

“Anglian Compressors & Equipment showcases strong sales and service presence in the East of England which will open additional opportunities for us going forward”, said Ariel Rubinstein, General Manager, Atlas Copco Compressors UK & Ireland. “I would like to welcome our new colleagues from Anglian to Atlas Copco Group.”

“This marks an important milestone in our history. Our name, our people, and our commitment to excellence remain unchanged – our team and our customers will see only positive results from this move. Atlas Copco represents an exciting new chapter going forward, we will be able to create new opportunities for growth, all while staying true to our values.” said Richard Hewitt, Managing Director, Anglian Compressors & Equipment Ltd.

The purchase price is not disclosed. Anglian has become part of the service division within Atlas Copco’s Compressor Technique business area.

Compressor Technique is a business area within Atlas Copco Group. We provide compressed air technology that transforms the future. Our compressed air solutions include industrial compressors, gas and process compressors and expanders, air and gas treatment equipment, as well as air management systems. We also provide nitrogen and oxygen generators, process cooling solutions, process filtration, maintenance and parts. We innovate to develop products, services and solutions that are key to our customers’ success. In 2024, Atlas Copco Group had revenues of BSEK 177 and at year end about 55 000 employees.

For more information: http://www.atlascopco.com/en-uk/compressors.

From Honing to Polishing – Perfect Surfaces from a Single Source The partnership between Nagel Technologies and FLP Microfinishing brings toge ther two leading experts in precision surface processing. Combining FLP’s deep ex pertise in fine finishing with Nagel’s renowned know-how in honing and superfi nishing creates a technological bridge between cylindrical and planar high-precision processes. The result: a seamless portfolio that covers every aspect of precision surface finishing – from the serial production of cylindrical components to planar ultra-fine processing in the nanometer range.

Both companies share a single goal: to perfect surfaces to the limits of what is phy sically possible. While Nagel has set standards in process reliability and automation for decades, FLP is synonymous with exceptional flatness, plan parallelism, and submicron surface quality. Together, they create solutions that are technologically advanced, economically efficient, and process-secure.

With this alliance, Nagel strengthens its position as a system provider for high-preci sion technologies across a wide range of industries – from mechanical and aeros pace engineering to semiconductor, optics, and medical technology. At the same time, FLP benefits from the global network of the Nagel Group, synergies in process development, and the ability to realize large-scale projects worldwide. This collabo ration merges precision, process expertise, and innovation in a truly unique way.

Key Advantages at a Glance The joint portfolio of Nagel and FLP enables up to ten times higher precision com pared to conventional superfinishing processes – achieving surface roughness down to Ra 0.001 µm and plan parallelism and flatness in the submicron range.

Customers benefit from a complete technology package encompassing machines, tools, process development, and service – ideal for high-tech sectors like semi conductors, optics, and medical technology, as well as traditional fields such as au tomotive and hydraulic manufacturing.

Thanks to close technical integration, the solutions are more precise, more economi cal, and seamlessly adaptable to existing production environments. “By joining forces with FLP, we can now offer our customers the entire spectrum of precision finishing – from the micrometer range down to the nanometer level,” explains An dreas Schmohl, Managing Director of ELGAN Diamantwerkzeuge GmbH & Co. KG and Head of Nagel Technologies. “FLP achieves surface qualities of up to 0.001 µm – ten times more precise than our previous superfinishing processes.”

Precision as a System Performance FLP’s modular machine design combines mechanical stability with thermal and dy namic precision. Depending on the application, customers can choose between sin gle- and double-sided systems, semiconductor grinders, or CMP polishing systems (chemical-mechanical polishing).

FLP Single Precision 1200 – High-precision optical polishing machine
Photo: FLP Microfinishing GmbH

FLP covers the entire process chain of fine grinding, lapping, and polishing – from tool technology and process development to contract manufacturing. “We under stand precision as the interplay of mechanics, process control, and material exper tise,” emphasizes Thomas Rehfeldt, Managing Director of FLP Microfinishing GmbH. “Our machines are designed to deliver ultimate accuracy with maximum sta bility – even under thermal and dynamic loads.”

FLP High Precision 830 – Fine grinding, lapping, and polishing
Photo: FLP Microfinishing GmbH

FLP Wafer 1700 – CMP wafer polishing machine
Photo: FLP Microfinishing GmbH

Setting New Standards in Precision Manufacturing FLP systems achieve flatness up to 0.1 µm and surface roughness as low as Ra

0.001 µm (1 nm). Typical applications range from valve seats for ventilators and tur bine components to optical mirrors for high-performance telescopes and wafers in semiconductor production.

In mechanical and plant engineering, FLP machines ensure tight sealing surfaces and durable components. In the automotive sector, they enable lower friction, quie ter systems, and improved efficiency. In photonics, they form the basis for high-pre cision sensors and laser technologies.

From Standalone Process to Integrated Production Solution By combining Nagel’s proven honing technology with FLP’s expertise in surface fi nishing, integrated manufacturing solutions become possible – seamlessly linking cylindrical and planar precision processes. This synergy opens new opportunities for compact, automated systems, where multiple fine-finishing steps merge into one continuous workflow.

Nagel and FLP deliver complete process solutions – including machines, tools, po lishing fluids, automation, and metrology. Through this alliance, FLP gains access to the Nagel Group’s global network of around 1,800 employees and 29 locations worldwide.

The result is a symbiosis of two complementary technologies: • Nagel stands for cylindrical precision. • FLP stands for planar perfection. Together, they are setting new benchmarks in industrial fine finishing – delivering higher accuracy, greater efficiency, and maximum process security. A powerful duo for the future of ultra-precision manufacturing – united by one goal: perfection down to the last micron.

www.nagel.com

Surely not?! I’ve met countless Site Superintendents (who will admit to being over 50….), for whom protecting their local watercourses and beyond is something they consider of paramount importance.

“I’m not going to dare insult the older engineers who I look up to!”, says Ryan Riddle (36) from long-established pump and mixer manufacturer, Landia, in North Carolina.

“But I guess that the environment is more on the news agenda than ever before, and due to increasing energy prices, everyone wants to reduce their costs. Compared to my parents or grandparents, people my age talk more about renewable energy, house insulation and electric/fuel-efficient cars, which yes, I know, isn’t terribly rock and roll!”

Riddle, as it happens, on drums, guitars and vocals, is always one to look forward to at WEFTEC’s annual Jammin’4Water event, but away from his love of music, he reports a very healthy uptake of late in pump and mixer inquiries that demand much more in the way of just how long equipment will last.

‘More and more companies want to plan

 and avoid open-ended expenditure’

“Longevity striking a chord with engineers is very encouraging for us,” adds Riddle, “because at Landia, we’re all about the long-term. Seeing our pumps and mixers still out in the field working away just fine after 20 years-plus, isn’t rare. More and more companies want to plan and avoid open-ended expenditure, so we’re very happy to provide an advance service plan cost for the first five years (or more). This allows our customers to know exactly where they are and have complete peace of mind with pumps and mixers that aren’t going to need replacing for a very long time. A customer can put us on that hook for those longevity forecasts, so we have to be very confident in the performance of our equipment”.

Riddle states that for all the many environmental concerns, a conversation with a customer has of course to adhere with what is fiscally workable, but energy costs are now very much part of that dialogue. With every project, it is a total no brainer for them not to be included.

“Maybe this is driven more by dollar signs, rather than everyone suddenly caring about Planet Earth,” he continued, “but it’s all part of the discussion now, whereas maybe 20 or more years ago, it was barely on the agenda. Like with solar panels and wind turbines, which weren’t a big thing at all then. Just as younger people can look open-mouthed, for example, as to how older cars used to guzzle gas, younger engineers in our industry often do a double-take when they discover larger, older style blowers that can account for up to 70 percent of the energy required for an entire treatment process”!

While pumps have their duty points and can be quantified, Riddle says that with mixers (even though they are harder to calculate results from), are slowly beginning to be valued as far more important assets. In an ideal world, he firmly believes that we should all be buying goods that last, and that aren’t doomed to fail as some type of disposable commodity, especially in the wastewater industry.

“It’s true,” says Riddle, “that only when maybe draining down a tank to find a huge pile of sediment, will some then see that their chosen mixers are insufficient or broken. But if your treatment numbers are a bit off, then this can be an early indicator that all is not well with your mixing regime. It might not only be underperforming but using up way too much valuable energy at the same time. Not all mixers are the same”!

With 24-hour news and the advent of addictive smartphones, Riddle says it’s hard not to feel sometimes that for younger people, the world can look nothing other than totally apocalyptic, and that part of that is the possibility or inevitably of people/countries fighting over water.

‘Being in the water and wastewater industry gives us a great opportunity to make a difference’

“The future might seem uncertain and scary,” he says, “but I think that’s always the case. Generations before had world wars going on and I’m sure that was terrifying. The truth is every generation faces an uncertain future with lots of challenges. The answer for me isn’t putting life on hold (like questioning starting a family), but just to be one of the many doing a small part to overcome the challenges as they come. Being in the water and wastewater industry gives us a great opportunity to make a difference.”

“I think this is all the more reason for young engineers to join our industry, which is always evolving. We need to constantly find solutions and figure it all out. It’s a complicated business, especially as legislation becomes ever tighter, but it’s always interesting. Trying to problem-solve, and in the real world, stay within budget, is not easy!

Riddle sees the demand for biogas becoming another strong area that is arguably of more interest to younger engineers, perhaps keener or simply more aware of wanting to know where waste goes and the fact that it is a valuable resource, and not a waste at all.

He concluded: “The municipal side seems slow compared to the enquiries we’re seeing for our equipment in agricultural and food waste biogas plants. But those who embrace all the joined-up thinking of a circular economy are very keen to embrace the possibilities of how we can expand this side of the industry to help with sustainability.”

www.landia.co.uk

Predictions from Berend Booms

The asset maintenance landscape is undergoing its most significant transformation in decades. As I speak with operations leaders, facility managers, and maintenance professionals across industries, one thing becomes crystal clear: we are standing at the threshold of a new era. The convergence of artificial intelligence (AI), sustainability imperatives, workforce evolution, and enterprise-wide data integration is reshaping how organizations manage their most critical assets. The question is no longer whether these changes will happen, but how prepared your organization is to embrace them.

Based on my conversations with industry leaders and analysis of emerging trends, here are four predictions that will define asset maintenance in 2026 and beyond.

1. AI Becomes the New Norm

The predictive maintenance market is experiencing explosive growth. Valued at $7.85 billion in 2022, the global predictive maintenance market is expected to grow at a Compound Annual Growth Rate of 29.5 percent from 2023 to 2030¹. But 2026 will mark a critical inflection point where AI shifts from a future-facing ambition to a standard operating procedure.

Advanced machine learning algorithms will soon be able to predict equipment failures 6 to 12 months in advance with accuracy rates exceeding 85 percent². This represents a quantum leap from current capabilities. When implemented properly, Internet of Things (IoT) powered predictive maintenance can achieve prediction accuracies above 90 percent³, and this precision will only improve as more data becomes available.

The integration of IoT sensors, digital twins, and AI will create a comprehensive asset health monitoring ecosystem that provides real-time insights into equipment conditions. This shift from time-based to condition-based maintenance strategies will reduce costs by 20 to 30 percent⁴, while real-time optimization adjusts maintenance schedules based on actual usage patterns and environmental factors rather than arbitrary calendar intervals.

What distinguishes 2026 from previous years is that AI will extend far beyond predictive maintenance. It will influence procurement decisions, optimize spare parts management, recommend replacement versus repair strategies, and even predict the financial impact of maintenance decisions on overall business performance. The technology that was once considered cutting-edge will become table stakes.

2. Agentic AI and Skills Transformation

The maintenance workforce is evolving rapidly, and technology is not replacing humans but rather augmenting their capabilities. The global augmented reality market size was estimated at $83.65 billion in 2024 and is expected to grow at a CAGR of 37.9 percent from 2025 to 2030, with maintenance and field service representing major adoption areas⁵.

Augmented reality (AR) will guide technicians through complex repairs and inspections, overlaying digital information onto physical equipment. A junior technician wearing AR glasses will have access to the same expertise as a 20-year veteran, with step-by-step visual instructions, real-time remote expert guidance, and instant access to technical documentation.

As experienced maintenance professionals retire, they take with them decades of institutional knowledge and hard-won expertise that cannot be easily replaced through traditional training methods. This creates a critical knowledge equity problem: newer technicians lack access to the deep understanding that senior experts developed over entire careers, leading to capability gaps that threaten operational continuity.

Agentic AI systems offer a pathway to democratize this expertise before it disappears. By capturing the diagnostic patterns, troubleshooting logic, and contextual decision-making of retiring professionals, these systems can create a baseline understanding accessible to all technicians regardless of their experience level. Rather than knowledge remaining siloed in the minds of a few aging experts, it becomes distributed equity—a shared resource that elevates the entire workforce.

This addresses not just the skills shortage, but the fundamental inequity of knowledge distribution. Junior technicians gain immediate access to expert-level guidance for complex problems, while mid-career professionals can handle situations that previously required decades of experience. The result is a more resilient maintenance organization where capability is no longer concentrated in a shrinking cohort of senior staff, but embedded in systems that ensure every technician, regardless of tenure or background, can perform at a consistently high level.

The younger workforce entering the field expects a mobile-first, intuitive interface for work order management. They have grown up with smartphones and cloud-based applications, and they will demand the same user experience at work. Organizations clinging to outdated, desktop-only systems will struggle to attract and retain talent.

Hybrid human-AI teams will become the norm, with AI handling routine data analysis, anomaly detection, and pattern recognition while human expertise can focus on strategic decisions, complex problem-solving, and relationship management. This partnership will unlock productivity gains that neither could achieve alone.

3. Sustainability and ESG Compliance Integration

Environmental, social, and governance (ESG) considerations are no longer peripheral concerns. They are central to operational strategy and asset management decisions. ESG-focused institutional investment is seen soaring 84 percent to $33.9 trillion in 2026, representing 21.5 percent of assets under management⁵. This massive capital shift means that asset maintenance platforms must evolve to meet stringent sustainability requirements.

In 2026, leading enterprise asset management (EAM) platforms will track carbon footprint and energy efficiency metrics in real-time at the asset level. By 2026, all ESG data will need to be digitally tagged, enhancing data comparability and accessibility. This regulatory requirement will drive widespread adoption of sustainability tracking within maintenance management systems.

Circular economy principles will lead decisions impact the asset lifecycle. Environmental impact, carbon emissions, and the availability of sustainable replacement parts all play a major role in deciding to repair or replace. Green maintenance practices, from eco-friendly lubricants to sustainable part sourcing, will transform from nice-to-have differentiators into competitive necessities.

The most forward-thinking organizations will use their asset management systems to generate automated sustainability reports that demonstrate compliance with increasingly stringent regulatory requirements while also showcasing their environmental stewardship to investors and customers.

4. Integrated Enterprise Ecosystems and Data Democratization

The era of siloed systems is ending. In 2026, EAM platforms will form a key node in an integrated digital ecosystem, connecting effortlessly with enterprise resource planning (ERP), supply chain, and financial systems to enable enterprise-wide intelligence. Asset health data will flow seamlessly across organizational boundaries, influencing decisions far beyond the maintenance department.

Real-time asset performance data will inform procurement strategies, determining optimal reorder points for critical spare parts. Production scheduling will adjust automatically based on equipment availability and condition. Financial planning will incorporate predictive maintenance forecasts to model capital expenditure requirements with unprecedented accuracy.

Self-service analytics will empower non-technical users to generate insights from maintenance data without requiring specialized training or IT support. Operations managers, financial analysts, and executive leaders will all access the same underlying data, each viewing it through lenses relevant to their responsibilities.

Cross-functional teams will use shared asset data for strategic business decisions that extend well beyond traditional maintenance activities. Should we expand production capacity or maximize utilization of existing assets? The answer will emerge from integrated data that spans maintenance history, financial performance, sustainability metrics, and market demand forecasts.

This data democratization represents a fundamental shift in how organizations approach asset management. Maintenance data will no longer live in isolation but will become a core component of enterprise-wide business intelligence.

Transformed Asset Maintenance Strategies

These predictions paint a picture of an asset maintenance landscape that is more intelligent, sustainable, integrated, and human-centered than ever before. But transformation does not happen by accident. It requires strategic planning, the right technology foundation, and a clear understanding of where your organization stands today.

Ultimo’s proprietary EAM Maturity Model provides a framework for assessing your current asset maintenance capabilities and charting a path forward. Whether you are just beginning to digitize work orders or already leveraging advanced predictive analytics, understanding your position on this journey is the first step toward realizing the benefits outlined in these predictions.

Book a demo with Ultimo today to discover where you are on your asset maintenance journey and develop a roadmap for reaching the next level. The future of asset maintenance is here. The only question is whether you will lead it or follow it.

1. https://iot-analytics.com/predictive-maintenance-market/
2. https://www.mckinsey.com/capabilities/operations/our-insights/establishing-the-right-analytics-based-maintenance-strategy
3. https://www.keyesg.com/article/50-esg-statistics-you-need-to-know
4. https://www.ussif.org/research/trends-reports/us-sustainable-investing-trends-2024-2025-executive-summary
5. https://www.grandviewresearch.com/industry-analysis/augmented-reality-market

Harnessing the Power of OnTrak Wireless for Predictive Maintenance

Modern maintenance strategies are evolving, and the ability to monitor asset health remotely—anytime, anywhere—is now essential. UE Systems’ OnTrak Wireless brings this capability to life, using advanced ultrasound technology for continuous, data-driven insights.

Smart, Continuous Monitoring

Just as IoT changed how we interact with technology, permanently mounted ultrasound sensors are transforming asset management. They provide real-time detection of friction, impacting, and turbulence—issues often missed by other methods.

The OnTrak Wireless system uses 950BT sensors to monitor ultrasound, vibration, speed, and surface temperature. Data is transmitted via the OnTrak Gateway to UE Insights, a cloud-based dashboard where maintenance teams can track asset trends, receive alerts, and even analyse sound files. Supporting up to 40 sensors per gateway, the system connects through Ethernet, Wi-Fi, or 4G LTE—ensuring flexibility for any facility.

Automated, Data-Driven Lubrication

A key differentiator is automated lubrication. When friction levels rise, OnTrak can activate a connected BT-UE lubricator to deliver the exact amount of grease required—preventing over- or under-lubrication. Considering lubrication errors cause more than 80% of premature bearing failures, this feature dramatically improves reliability.

Real-Time Insights, Anywhere

With UE Insights, teams can access AI-driven analysis, trend data, and custom alerts remotely. Integration with CMMS or ERP systems ensures seamless workflow management—helping maintenance teams make faster, smarter decisions.

The Future of Maintenance

By combining remote monitoring, automation, and predictive intelligence, OnTrak Wireless empowers industries to reduce downtime, extend asset life, and enhance safety. It’s not just a tool—it’s a step toward a smarter, more reliable future in maintenance.

www.uesystems.com

The EMS Media Pack 2026 is a comprehensive guide designed to inform potential advertisers, partners, and contributors about Engineering Maintenance Solutions (EMS) — one of the leading global publications for maintenance, reliability, and asset management professionals.

Here’s a summary of how it describes its audience and reach:

🎯 Audience Overview

EMS targets Directors, Managers, and Engineers responsible for:

• Maintenance

• Asset Management

• Plant Engineering

• Production Operations

Its readers are decision-makers and technical professionals working within industrial, manufacturing, and engineering environments — individuals who influence purchasing and operational strategies for maintenance and reliability solutions.

🌍 Circulation & Geographic Reach

• Total circulation: Over 180,000 globally

• Distribution includes:

  • UK: 43,762

  • USA: 72,865

  • Europe: 26,700

  • Asia: 15,322

  • Africa/Middle East: 10,634

  • Canada: 4,866

  • Australasia: 8,665

This global footprint ensures advertisers reach maintenance and engineering professionals in every major industrial region.

🏭 Industry Sectors Covered

EMS reaches professionals across more than 20 key industrial sectors, including:

• Manufacturing (food, beverage, chemical, machinery, plastics, etc.)

• Oil & Gas / Energy / Utilities

• Mining & Quarrying

• Transport & Logistics

• Construction / Electrical Contracting

• Water Treatment / Environmental Services

• Public Sector & Defence

👔 Job Seniority

• Maintenance & Engineering Directors, Managers, and Engineers

• Plant Operators

• Reliability Professionals

• Procurement & Facilities Managers

• Technical Consultants

🧰 Reader Interests

The audience engages with topics such as:

• Predictive & Condition-Based Maintenance

• CMMS / Asset Management Software

• Bearings, Lubrication & Seals

• Pumps, Valves & Compressed Air

• Industrial Safety & ATEX Compliance

• AI in Maintenance

• Training, Reliability, and Plant Optimization

💻 Digital Presence

• Website: www.engineeringmaintenance.info
  The world’s largest online information hub for maintenance professionals, featuring:

  • Technical articles, news, and white papers

  • Events and training listings

  • Directories and job listings

• Email newsletters and digital magazines enhanced with readership analytics

• YouTube Channel: Engineering Solutions TV — video interviews, product demos, and training content

📊 Why Advertisers Use EMS

• 21 years of industry trust (established 2005)

• Large, verified B2B circulation

• Multi-platform exposure: print, digital, video, email, and social

• Proven engagement metrics with technical and purchasing professionals

• Cost-effective packages combining editorial, advertising, and online visibility

EMS_Media_Pack_2026.pdf

Ultimo, a leading provider of Enterprise Asset Management (EAM) software, has appointed Philip Neal as its new Senior Vice President for the EMEA and APAC regions. Neal was previously Senior Area Vice President and Head of Industrial in the UK and Ireland at Salesforce. He brings decades of experience in enterprise technologies and has successfully shaped digital transformation in various industries.

In his new role, Neal will lead Ultimo's sales in the EMEA and APAC region, which includes regional sales managers and their teams, global channel partnerships, business development and all pre-sales activities. His role is to accelerate Ultimo's growth in Europe, the Middle East, Africa and Asia Pacific and to deepen partnerships with companies looking to optimize their equipment performance and operational efficiency.

Over his long career, Neal has developed extensive expertise in the energy and utilities, automotive, aerospace, defense and manufacturing industries, helping industrial companies improve asset maintenance, enhance safety and achieve measurable return on investment (ROI) with innovative software solutions.

"I am delighted to be joining Ultimo at such a dynamic time for the industry," said Philip Neal, Senior Vice President for EMEA and APAC at Ultimo. "Industrial organizations are facing major challenges, from aging infrastructure to skills shortages, and need trusted partners who understand their complex operational needs. Ultimo's AI-powered EAM platform is perfectly suited to help them unlock whole new levels of efficiency. I look forward to working with our talented team to deliver significant value to these organizations."

Neal combines technical acumen with commercial leadership skills that he has honed at leading technology companies such as Salesforce and Verizon Enterprise Solutions Group. His approach is focused on building trusted partnerships and delivering solutions that address the complex challenges faced by industrial organizations in an increasingly digital world.

"Philip Neal's deep industry experience and proven ability to build high-performing teams make him the ideal leader to lead Ultimo's next phase of growth in the EMEA and APAC region," said Steven Elsham, Chief Executive Officer at Ultimo. "His experience in helping industrial organizations digitally transform, combined with his customer-centric approach, will be invaluable as we expand our global operations and deliver innovative EAM solutions."

www.ultimo.com

Teledyne FLIR OEM’s Boson®+ Thermal Camera Module Integrated into Revolutionary Spherical Drone Payloads.

Goleta, Calif.– Teledyne FLIR OEM, a Teledyne Technologies Incorporated company (NYSE: TDY) and the global leader in enabling thermal imaging innovation, today announced its latest Thermal by FLIR collaboration with Gremsy, a leader in professional unmanned aerial vehicle (UAV) payload and gimbal solutions. Through the collaboration, Gremsy is introduced its NDAA-compliant ORUS-L and Lynx payload lines, equipping drones with best-in-class aerial thermal intelligence.

“Thermal by FLIR helps position Gremsy at the forefront of drone payloads with reliable NDAA-compliant thermal camera module availability,” said Jared Faraudo, vice president, product management, Teledyne FLIR OEM. “By integrating the size-weight-and-power (SWaP)-optimized long-wave infrared (LWIR) Boson+ camera module within the Gremsy spherical payload designs, the collaboration empowers demanding professional applications that require situational awareness day or night.”

For more information click the link below.

CUK_TELEDYNE-FLIR-OEM-GREMSY-X-TBF-ANNOUNCEMENT-ORUS-L-LYNX.pdf