Latest News

Megaproject for Landia Mixers in Saudi Arabia

As Saudi Arabia looks to diversify its economy away from oil, JetMix systems from Landia have been placed on order for new Water Recycling and Recovery Plants that will serve a new megaproject in the north of the Kingdom.

Serving an estimated population of around one million people, the new treatment plants are being designed so that all wastewater will be recycled and harvested for cellulose, nutrients, grit and biogas.  Seasonal stormwater runoff will also be retained and allowed to return to the land through the development of wetlands and other retention methods.

Via venturi nozzles, the Landia JetMix (installed at optimum levels) will evenly recirculate numerous tanks’ wastewater, blending and recirculating, so that there is no buildup of solids on the base of the vessels. The Landia JetMix also provides the flexibility to (when required), create concentrated mixing in specific zones.

Landia’s Thorkild Maagaard, commented: “This is a prestigious and exciting order for us to win for a project that really captures the imagination. We have a proven track record in the Middle East, with successful installations already, including in Saudi Arabia, Jordan and the UAE, where our customers see the considerable benefits of highly effective long-lasting equipment that provides the very best value in total cost of ownership.”

www.landiaworld.com

HydroWhirl Poseidon Offers 360° Corrosion-Resistant Option for Tank Cleaning

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For processes requiring efficient tank washing, BETE’s HydroWhirl Poseidon offers a unique solution that cleans effectively in tanks containing harsh chemicals or stubborn substances. This slow-spinning tank cleaning nozzle provides complete 360° coverage with longer dwell time on target surfaces; ideal for use in corrosive chemical environments, chemical processing tanks, food and beverage processes, IBC Totes, and more.

The HydroWhirl Poseidon’s bearing-free design delivers a slow, deliberate spray that provides a more effective washdown than conventional rotating designs. Crafted from PFTE, the HydroWhirl is 100% corrosion-resistant and offers the lowest friction coefficient of any material, enabling faster cleaning with less water compared to static spray options. The material construction is also FDA-compliant and is suitable for use in Clean-In-Place and food-safe applications. Available in threaded or hygienic clip-on connections, the HydroWhirl Poseidon is an easy-to-install solution for tank cleaning in medium to large tanks.

The HydroWhirl Poseidon and many other BETE nozzles are available for immediate purchase on EXAIR.com. Discover how this, and the rest of BETE’s extensive selection of hydraulic and air atomizing nozzles, can enhance the efficiency and reliability of your industrial spray applications. Prices start at $354.89. https://exair.co/190-hwppr

For more information contact:    EXAIR
                                                    11510 Goldcoast Dr.
                                                    Cincinnati, OH  45249-1621
                                                    Phone: (800) 903-9247
                                                    E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

                                                                      https://exair.co/190-hwppr

Mitigating Fireside Corrosion in Waste-to-Energy and Biomass Boilers

Waste-to-Energy (WtE) and biomass boilers operate in some of the most chemically aggressive and thermally demanding environments. The combustion of municipal solid waste, refuse-derived fuels, and biomass introduces high concentrations of corrosive species such as chlorides, sulfates, alkalis, and acidic vapors into the flue gas. This results in accelerated fireside corrosion, erosion, and slagging, particularly in high-temperature components like waterwalls, superheaters, and economizers.

Maintaining asset reliability in these plants is critical, as unplanned shutdowns incur significant revenue losses and safety risks. Field-applied corrosion mitigation strategies are now essential, with weld overlay, HVTS® (High Velocity Thermal Spray), and anti-slagging coatings as leading solutions.

Understanding Corrosion in WtE and Biomass Boilers

Corrosion in WtE and biomass boilers is often caused by deposition and reaction of alkali salts, chlorine species, and fly ash. These form low-melting-point eutectics that aggressively attack protective oxide layers and metal substrates. Wastage is severe, especially in bull nose sections, walls, and burner zones with high gas velocities.

In addition to uniform corrosion, localized pitting and erosion accelerate degradation, leading to premature tube failure. Operators must protect these areas without extending turnaround windows or compromising already thinned tubes.

Weld Overlay – Durable but Challenging

Weld overlay applies corrosion-resistant alloy (CRA) layers like Inconel onto boiler tubes, forming a strong metallurgical bond resistant to corrosion and erosion.

However, it presents challenges in WtE and biomass environments:

  • High heat input may distort thin-walled tubes.
  • Slow application rate (0.5–2 m²/shift/machine).
  • Post-weld heat treatment (PWHT) may be required.
  • Substrate limitations if thinning or previous overlays exist.

Nonetheless, weld overlay remains useful in areas needing thick-layer restoration or pressure boundary repair.

HVTS – A Solution for Rapid, Durable Cladding

HVTS uses supersonic gas flow to apply metal particles onto prepared surfaces, creating dense, uniform, high-adhesion cladding. It avoids thermal distortion and heat-affected zones (HAZ).

Key benefits:

  • Rapid application (3–6 m²/shift).
  • No HAZ or distortion.
  • Suitable for complex or confined geometries.
  • Spot repairable without full reapplication.

HVTS alloys are customized for flue gas chemistry, temperature, and erosion profiles. Service life ranges from 10 to 15+ years under proper inspection regimes.

Anti-Slagging Coatings to Mitigate Fouling

Slag buildup on boiler waterwalls and heat exchangers is another major issue. Anti-slagging ceramic coatings reduce slag adhesion and fouling.

These field-applied coatings:

  • Limit slag accumulation on waterwalls, burners, and OFA ports.
  • Reduce sootblowing frequency.
  • Lower furnace exit gas temperatures (FEGT).
  • Protect superheaters and heat transfer.

Hybrid Protection Strategies

In high-risk areas like burner throats or bull noses, a hybrid approach is effective. Weld overlay restores metal thickness in the first pass, HVTS protects against corrosion and erosion in the second and third passes, and anti-slagging coatings reduce fouling and heat loss.

This three-tiered method balances protection, cost, and outage duration.

Engineering for Reliability

As WtE and biomass plants pursue higher availability and emissions targets, pressure part longevity becomes mission-critical. When integrated into outages and backed by inspection, HVTS, alone or combined with weld overlay and anti-slagging coatings, offers a robust defense against fireside degradation. This represents a strategic leap in reliability for harsh combustion environments.

www.integratedglobal.com

 

Easily create & print labels from your smartphone

Go mobile and get more options with Express Labels App from Brady. It’s on-demand and always where you need it, on-site and off.

In industrial and engineering operations, maintaining accurate and professional identification is essential for safety, compliance, and asset management. However, traditional label creation often relies on fixed workstation infrastructure, which can impede efficiency for field-based technicians and engineers. The Brady Express Labels Mobile App resolves this workflow constraint by enabling the development of high-specification labels directly on a mobile platform. Functioning across iPhone, Android, and tablet devices, the application transforms standard mobile hardware into a fully connected, portable label design and printing solution.

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Precision Identification, On Demand

The Express Labels App is engineered for rapid, high-quality output, capable of transforming raw data into professional identification in seconds. Its robust design capabilities ensure that all site requirements can be met without compromise:

  • Comprehensive Design Elements: Users can print labels incorporating text, shapes, images, and support for over 20+ barcode types.
  • Extensive Assets: The application provides a substantial library, including over 85 fonts more than 1400 symbols, and a selection of over 10 industry-specific label design guides for quick compliance and best practice adherence.

Smart Features That Optimise Field Work

The app integrates user-friendly, time-saving capabilities specifically tailored for field work and facility management:

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  • BradyVoice Command: A significant feature for hands-free operation is BradyVoice, which allows label creation using voice commands, streamlining the process when hands are occupied (Note: BradyVoice currently recognises commands in English only).
  • Data Integration: For complex or large-scale jobs, the app supports Importing Spreadsheets, allowing technicians to swiftly populate labels with sequential or variable data using the Sequencing function.
  • Error Prevention: The integrated Print Preview function helps eliminate material waste and avoids costly label errors before printing begins.
  • Collaboration and Storage: Labels can be saved for rapid future use and the Label Sharing feature promotes consistency across teams and projects.

Watch the video & download the Express Labels App for free!

 

BRADY Corporation

emea_request&bradycorp.com

www.brady.co.uk

Revolutionising Offshore Motor Maintenance: Trillium’s Unique Service Exchange Program

Reliability is everything in the demanding environments of offshore power generation and oil and gas production. Reaching these installations to extract malfunctioning equipment is time-consuming, expensive, and complicated. A pump going down can cause expensive delays to production, so having a solution in place to cut wasted time can pay off dramatically for operators. Recognising this critical need for rapid, reliable maintenance, Trillium has launched the pioneering Service Exchange Program, a first-of-its-kind offering transforming how operators manage motor failures and maintenance downtime.

At the heart of this program is a specialised motor rewinding service tailored specifically for the high-performance motors used in submersible pumps. These motors are engineered to withstand harsh subsea conditions, but the consequences can be costly when they fail. The service exchange program delivers pre-wound, core-assembled subcomponents to in-country facilities, enabling rapid, high-integrity motor overhauls without the delay involved in shipping and return.

Critical electrical assemblies are built and quality-tested at Trillium’s UK Center of Excellence, ensuring consistency and repeatable quality across our customers' fleets. Used assemblies are returned for reconditioning, creating a closed-loop refurbishment system that supports sustainable fleet management.

Operated out of Trillium’s Alloa Service Centre in Scotland, the program leverages decades of engineering expertise and a facility equipped with advanced winding and testing equipment. The Alloa team is experienced with standard motors found in major vertical pump brands. They even partner with several competitor manufacturers to offer this service on their pumps, providing Trillium with a revenue stream and granting added value to competitor products.

The Service Exchange Program uses a simple principle: exchange, don’t wait. When a customer experiences a motor failure, we can begin work straight after receiving their request. While the failed motor is on its way to Alloa, our engineers are already beginning work on winding a replacement. Once the failed unit arrives the freshly wound core can be installed immediately and the repaired motor shipped back to the client with minimal turnaround time wasted.

Trillium’s investment in this niche capability reflects its commitment to innovation and customer-centric service. “We saw a gap in the market for fast-turnaround motor rewinds, especially for offshore applications where time is money,” says David Noble, GM for Submersible Systems for Trillium. “Our Alloa centre is uniquely positioned to deliver this service, and the feedback from early adopters has been overwhelmingly positive.”

This program is particularly valuable for operators in remote or logistically challenging locations, where shipping motors to and from repair centres can take weeks. With Trillium’s exchange model, customers can maintain operational continuity with minimal disruption.

As offshore energy production continues to evolve, so must the services supporting it. Trillium’s Service Exchange Program is a simple solution, offering a smarter, faster, and more sustainable way to manage motor maintenance. Current full repair cycles average around 26-30 weeks, primarily dictated by material lead times and complex manufacturing schedules. The Service Exchange program frontloads the critical manufacturing work and cuts the average repair turnaround time down to 12 weeks.

www.trilliumflow.com

 

 

Enerpac Demos Tools, Machining and Lifting Systems at Experience Days Networking Event

Problem solving was high on the agenda for the annual gathering of engineers at the recent Enerpac Experience Days held at the company’s Deer Park facility in Texas. With the industry’s largest collection of hand tools, portable machining tools, as well as heavy lifting hydraulic systems, there isn’t much that Enerpac can’t solve.
With many visitors drawn for local oil and gas service companies, the tools and machining demonstrations were popular, especially milling and flange facing, and demonstrations of the battery-powered the BTW-Series battery powered torque wrenches and SC-Series and XC2 pumps.  Power combined with portability is a prerequisite for many projects in difficult to access areas - Enerpac tools are designed to meet this need.
Enerpac Tool Center Rental and Service
Home to the Enerpac Tool Center and Service fleet for the Americas, Deer Park carries a vast tools inventory of hydraulic tools available for rental including general purpose jacking, bolting, tensioning and on-site machining tools. And, for more critical jobs, involving controlled bolting, on site machining and integrity assurance in bolted joints, Enerpac has experienced and accredited service technicians available to perform these operations at customer sites.
“The Experience Days are a great opportunity for us to engage with customers and demonstrate many of our tools in action”, says Tom Eggert, Commercial Support Manager, Enerpac. “It also allows us to show that we have a local tools inventory they can call on at any time, demonstrating our ability to respond rapidly to customer demands.”
State-of-the-Art Training
During the Experience Days many engineers visited the Enerpac state-of-the-art training and testing facility. Tom Eggert again, “In addition to comprehensive training for customers we also use the facility for training our own technicians. When companies rent from us, we’re able to supply a technician to support them, ensuring they get the most efficient and safe use of the tool.”
Compact Heavy Lifting
The Enerpac Deer Park facility is also home to a large inventory of heavy lifting tools and systems including hydraulic telescopic gantries, strand jacks and synchronized lifting systems. Smaller, more compact heavy lift systems are increasingly popular for factory moves and on-site projects where space is limited. Visitors had the opportunity to see many of these in action in the Enerpac Heavy Lifting Roadshow container including the compact ML40 hydraulic gantry, SCJ-Series cube jacks and EMLS/EMV Series Battery-Powered Machine Skates.
For more information on Enerpac tools, machining and heavy lift systems visit
 

Why vibration is so important in condition monitoring

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In the context of Condition Based Maintenance (CBM) it is generally accepted that measuring the vibration of a rotating machine (motor, pump, fan etc.) will tell us something about the condition of the machine. But what exactly are we measuring and what does it tell us about the machine?

Basically, it boils down to two numbers. One is the average (RMS) value of the low frequency vibration that tells us something about how well the machine is running. The other is the average value of the high frequency vibration that tells us something about the condition of its bearings.

The low frequency vibration is the typical “hum” you hear from a rotating machine. This vibration is due to the centrifugal force resulting from any out-of-balance in the machine. Since it is virtually impossible to exactly align a machine’s centre of gravity with its centre of rotation, even a well-balanced machine will still vibrate or “hum”. But what is an acceptable level? This is where the International Standards Organisation (ISO) comes to our aid. ISO have produced a set of guidelines that define suitable levels of machine vibration in the frequency range 2Hz to 1kHz (120 RPM to 60,000 RPM). That frequency range being chosen because it covers the vast majority of machine running speeds normally encountered.

The high frequency vibration is the typical “whine” you hear from a badly worn bearing. In practice, it is there all the time but is inaudible until the bearing becomes so bad it is probably about to fail. Fortunately, a vibration analyser can detect the inaudible bearing noise well before it gets to that point. This means bearing wear can then be displayed, for example, in Bearing Damage Units (BDU) that can very roughly be thought of as a “percentage” of bearing wear.

Vibration analysers employ sensors to capture a vibration waveform from a machine and then analyse it to automatically generate the ISO reading and the bearing condition. It is largely this ability that distinguishes them from simple vibration meters. The readings below, taken from a typical VibTrend report, show vibration levels measured on a motor. The ISO readings appear in green as they are below the recommended 4.5mm/s ISO warning level for a medium size motor. However,

the drive end bearing noise is displayed in red as it is above the specified 100 BDU critical alarm level. The high BDU reading was in fact due to an outer race defect on the drive end bearing.

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Test Products International manufactures a complete range of low-cost, high-performance vibration analysers from the £575, one-button-to-press TPI 9070, to devices that include advanced diagnostic and machine balancing capability. The TPI 9070 features colour coded alarm levels and zoomable on-screen vibration frequency plots together with on-meter analysis for the detection of machine faults such as unbalance, misalignment, looseness and bearing wear.

The TPI 9080 from £1,100 comes complete with VibTrend PC based trending and reporting software that includes automatic report generation and email notification of alarms, implementing a full CBM solution. The TPI 9080 can store lists (routes) of machines (up to 1000), with up to 10 measurement points per machine, all with full vibration waveform and frequency spectrum (FFT) capture.

Routes and readings can be transferred between the TPI 9080 and the included, free to use, VibTrend in a variety of different ways, via the included USB docking cradle, via Bluetooth or remotely via a smart phone or tablet running the free TPI Bridge App. This allows service personnel to receive and return routes and readings, no matter where they are in the world.  

For more information please contact TPI Europe’s head office on +44 1293 530196 or take a look on the website at www.tpieurope.com or email This email address is being protected from spambots. You need JavaScript enabled to view it.

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Beyond the Vibration: Why Industry’s Silent Signals Define the Future of Reliability

In the high-stakes environment of modern manufacturing, maintaining maximum uptime is the single most critical factor separating profitable operations from costly stagnation. Yet, for too long, industrial maintenance has relied on reactive or purely time-based strategies—interventions triggered by alarms only after significant damage has occurred. This strategy is fundamentally flawed. The true challenge for industry is not managing failure, but preventing its subtle onset.

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The magnitude of the problem is clear: up to 80% of industrial bearings never reach their engineered lifecycle, with improper lubrication practices cited as the leading cause of premature failure. When maintenance is based on a fixed schedule rather than the asset’s actual condition, teams risk costly over-greasing, or, more commonly, failing to act until friction causes detectable heat or heavy vibration, signals that often confirm a crisis already underway. Furthermore, systems essential for production, such as compressed air and steam, silently bleed profits; the turbulent flow from unaddressed leaks generates unnecessary and substantial energy waste.

This is the maintenance paradox: the most destructive failures begin silently, in frequency regions the human ear and standard monitoring tools often ignore.

Detecting the precursor, not the crisis

SDT Ultrasound addresses this paradox by focusing on the earliest physical indicators of impending asset deterioration, synthesized into the FIT concept: Friction, Impacting, and Turbulence. These three conditions exist exclusively in the high-frequency acoustic spectrum. By detecting, measuring, and analyzing these silent signals, SDT’s technology empowers reliability engineers to intervene at the "precursor" stage, long before faults escalate to critical temperature or vibration levels.

Ultrasound detectors are precision instruments designed to isolate the acoustic energy generated by these core failure mechanisms. They allow technicians to analyze the friction in mechanical systems, confirming the need for condition-based lubrication rather than arbitrary greasing schedules. They identify impacting, confirming structural damage early. And crucially, they pinpoint the high-frequency turbulence of costly leaks, which is essential for quickly identifying and eliminating energy loss.

A foundation for comprehensive reliability

The inherent versatility of ultrasound is unmatched in Condition Monitoring, allowing the technology to service a remarkably wide range of operational challenges. SDT has codified this into Eight Application Pillars : from core Mechanical Condition Monitoring and specialized Bearing Lubrication to safety-critical Electrical Fault Detection and process-optimizing Valve Condition Monitoring. This versatility ensures a single technology can provide the first line of defense for multiple systems.

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The SDT hardware platform, exemplified by advanced collectors like the SDT340, is built for diagnostic fidelity. These devices feature dedicated Dual Sensor Inputs for both ultrasound and

vibration, and employ superior sampling capabilities (up to 256 kHz FocUS Mode). This commitment to advanced data capture ensures highly accurate analysis and accelerated time-to-diagnosis.

Ultimately, the company’s mission, tracing back to its founding in 1975, has always been to provide solutions that help customers predict failures, control energy costs, and improve overall operational uptime. By focusing on the silent signals of the FIT concept, SDT Ultrasound delivers the data required to transform reactive maintenance into a proactive, strategic advantage.

www.sdtultrasound.com

“You’re going to get covered in all types of sh1t, but the good news is, it all washes off!”

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Does this decidedly unattractive job offer description entice some of the UK’s near one million 16–24-year-olds currently not working (nor in education) to join a pump company? Possibly not!

Younger people don’t often get positive press these days, but speaking with engineers who have graduated though Landia’s apprentice scheme, one can’t fail to be immediately impressed by their hard work, enthusiasm and loyalty. At a time when the water industry is taking such a battering in the media, it is heartening to see that with the right help, hungry new people can be nurtured into becoming the skilled professionals that our sector desperately needs.

Typically spending one day per week at college, and four days per week at Landia (in Whitchurch, Shropshire) to gain priceless hands-on experience, apprentices are carefully guided through their learning so that their skillsets can best match the company’s needs.

“We enjoy working with new faces, because they come with fresh, open minds; without having picked up any bad habits,” says Tamas Rieder, Landia’s Service & Aftersales Manager, who steers the apprentices on their 18–month training path.

“Senior engineers are always present,” he says, “so for us as a company, it is a big, time-consuming commitment, but the results speak for themselves. We have some outstanding members of staff now, who although they always keep learning, have true first-hand knowledge. We hope we have found just the right balance between giving them enough time to develop their skills with just the right amount of a ‘push’ so that they can go on to do the job on their own.”

Kieran Hilton (30), now a Senior Mechanical Engineer, was just 17 when he landed an apprenticeship at Landia. Just three years later, he was given the responsibility of having his own company van to go out on service appointments.

“I knew I always wanted to use my hands and work outdoors,” said Kieran.

“Being told that I’d get covered in cow, pig or human muck didn’t bother me. I just wanted to get stuck in and learn as much as I could. Paul Broadhurst and Dave Baldock (both still with Landia after 25-plus years) were/are great models for me and all the apprentices that have come through. They take huge pride in their work; very conscientious and always go the extra mile to try and solve problems for our customers. Early on I considered it a reward for hard work in the workshop to be taken out on site to see installations close up. Then and now, we’re never doing the same old thing. It keeps me invested in the job. Yes, we work on routine services, but we often have to dig deep and find solutions to some really challenging problems.”

‘From a child into a man’

He added: “In the fourteen years since I began here, Landia have watched me grow up from a child into a man. They’ve always treated me with respect. I felt so proud when I was given the keys to my van, because as a company with such a strong focus on its customers, they would only have sent me out if they trusted me completely to do the job.”

Jack Foster (31), who has also progressed from apprentice to a highly respected Senior Mechanical Engineer, agrees that whilst wanting to work with one’s hands lends itself to the mechanical side of the pump industry, a key requirement for Landia is simply to recruit people who want to learn, are team players and who aren’t afraid of hard work.

‘Think for ourselves’

“Looking back at our interviews”, said Jack, “I think the vastly experienced leaders at Landia could see very quickly what type of people, for example, me and Kieran were/are and how we would fit into the business, but importantly, be able to think for ourselves. I was 21 when I joined, worked at Landia for a year, and then having settled in, wanted to learn much more, so asked if I could take on a proper apprenticeship. Being in the classroom and in the workshop all helps, but nothing beats being out there, seeing it for yourself. I’ve always been encouraged and shown how to do things the right way, focusing on the fact that I’m on a customer’s site to do a good job and help their site succeed. Now, as a lead engineer on servicing visits, you have a duty to make sure that everything is right before you leave, and that the customer is happy. You gain confidence and feel really good about having responsibility and a career.”

In looking after apprentices, Landia’s Tamas Rieder also emphasises that classroom time is an important part of the side of the learning process, but says that only by going to site is an apprentice going to come to terms with say, having to walk up to one’s knees through fresh pig manure! On a bitterly cold dark winter’s morning, this might be the point where somebody decides that the ‘glamour’ of servicing a slurry pump isn’t for them!

“Over the years we’ve actually seen very few quit.” continued Tamas.

“This is a shame for them of course, and after putting in so much time, it is a downside for us, but it’s life and these things happen across all industries. This is all the more reason why we interview so thoroughly to see what ambitions our candidates have, and that with us serving such a wide range of industries that they’ll be able to think on their feet. Naturally, there are ‘rules’, but we want those who are open minded, with good communication skills, who enjoy problem-solving. At college, an apprentice might learn about shaft seals, which is good to get the basics, but they are never going to be the same type of shaft seals or mechanical parts that we use. After getting some grounding, and achieving the necessary construction safety skills, getting out on the road, even just initially to observe our senior engineers, is the best way to learn.”

Tamas says that the likes of Kieran Hilton and Jack Foster set the bar very high at Landia, as has Josh Edge (29), who after more than a decade with the company is now an important part of the Landia sales team.

“From learning how to weld,” said Josh, “I never dreamed I’d ever be working in sales, but meeting current and prospective customers, representing Landia at exhibitions, I’m really enjoying it. I was given time to consider what was the best career option for me. Senior personnel knew instinctively at what sort of pace to give me information. They would always stop to listen to me, making sure that I could best weigh up the choices, giving me freedom and flexibility. Landia put me through my HNC, and now the sky’s the limit.”

Following in the footsteps of Josh, Jack and Kieran (who now have 35 years’ experience between them) is Nate Brown (21), who has just completed his apprenticeship with Landia, and new recruit Will Lewis, who has a wealth of experienced personnel to call upon for advice. Perhaps getting covered in lots of unpleasant sticky smelly stuff isn’t so bad after all!?

“We do have a laugh about it; you have to,” continued Kieran Hilton. “We clock up plenty of hours on the road, so it’s important that we get on and share the ethic of wanting to do a top job – every time. At Landia there’s continuous investment, so even though we’ve been at the company quite a while now, me, Jack and Josh, for example, know that we can keep progressing and keep bettering ourselves.”

As for joining the pump/water/wastewater industry, Kieran said:

“With the right guidance you can learn loads, believe in yourself, and build your career. So, if you’re young, willing to work as hard as you can, and get your hands dirty, then come and have a go.”

www.landia.co.uk

 

Moog Launches AXP Axial Piston Pump Series for Next-Gen Industrial Hydraulic Applications

New hydraulic pump technology enhances industrial machine efficiency, durability, and motion smoothness – delivering quiet operation and high-speed performance.

East Aurora, NY – Moog Inc. (NYSE: MOG.A and MOG.B), a worldwide designer, manufacturer and systems integrator of high-performance precision motion and fluid controls and control systems, today announced the launch of its new AXP Axial Piston Pump Series, a next-generation hydraulic solution engineered to deliver optimal performance, reliability, and cost-efficiency for industrial applications.

The Moog AXP Series introduces a patented slipper-less, 15-piston floating configuration that combines the strengths of internal gear and piston pump technologies. The result is a compact, high-speed pump that operates with low noise and exceptional resistance to cavitation and contamination – making it ideal for demanding environments such as injection molding, metal forming, and endurance testing.

“We invented the servo valve and forever changed how machines are designed,” said Harald Kurz, Vice President Electrohydraulic Products and Solutions. “Now, we’re doing it again with an innovative pump that OEMs truly need. The AXP sets a new standard by delivering the performance engineers expect and the reliability operations demand.”

This launch reinforces Moog’s role as a trusted partner in delivering innovative, mission-critical solutions that improve efficiency, reliability, and customer profitability. With the AXP Series, Moog continues to set new standards in hydraulic technology – Perfect Balance. Zero Compromise.

Key Features and Benefits:

  • Versatile Operating Range: Supports pressure holding at zero speed and dynamic performance at high speed – enabling energy savings, motor downsizing, and broader application flexibility.
  • Smooth, Quiet Operation: The 15-piston floating design and sound-optimized case reduce pulsation and noise, enhancing workplace comfort and motion precision.
  • Robust and Durable: A simplified architecture with fewer components, a patented slipper-less design – significantly reducing sensitivity to low suction pressures – and an external drain work together to enhance overall system reliability and maximize uptime.
    • Compact and Scalable: High power density and 100% through-drive capability allow for smaller system footprints and easy flow scalability.
    • Superior Performance-to-Price Ratio: Designed to deliver long-term value by optimizing equipment performance while supporting cost-conscious system design.

    The AXP pump is well-suited for a wide range of applications, including construction machinery, material handling, injection molding, die casting, metal forming, marine systems, and general industrial machinery.

    www.moog.com

BETE Celebrates 75 Years of Solving Spray Process Challenges

Greenfield, MA: BETE Fog Nozzle, LLC, a top manufacturer of spray nozzles, fabrications, and spraying systems, proudly celebrates its 75th anniversary in 2025. Founded in 1950 by John Bete in Greenfield, MA — shortly after his invention of the spiral nozzle — BETE has grown into a global company. In 2024, BETE merged with EXAIR, a leader of compressed air solutions, expanding its capabilities. As BETE celebrates 75 years, it looks forward to continuing its mission of solving spraying challenges by delivering reliable, high-quality nozzles, fabrications, and spraying systems.

After decades, BETE remains at the forefront of spray technology innovation, offering specialized spray solutions for numerous industries, including food and beverage, chemical and petrochemical, power generation, and pollution control. A few of the company’s notable patented technologies include the MaxiPass® Full Cone Nozzle, Twist & Dry® Spray Drying Nozzle, and HydroClaw® Tank Cleaning Nozzle.

To learn more, visit https://exair.co/bete75

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