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ISSUE 57

SPRING 2026

Made for

MINING

PUMP SOLUTIONS FOR AUSTRALIA’S HARSHEST CONDITIONS

A new motor player emerges MANUF ACTUR

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Plus the Pump Industry Capability Guide 2027

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PRESIDENT’S WELCOME

President’s welcome Dear PIA Members and Industry Colleagues,

Pump Industry Australia Incorporated Phone: +61 422 757 898 secretary@pumps.org.au www.pumps.org.au PIA Executive Council 2026 • • • • • • • • • • •

Kylie Kinsella (Regent Holdings) President Michael Woolley (Tsurumi Pumps) Vice President Naomi Lincoln (Regent Holdings) Secretary/Treasurer Steve Bosnar (Franklin Pumps) Tim Yakup (Regent Pumps) Matt Arnett (Ebara Pumps) Luke Biermann (Mechanical Seal Engineering) Joel Neideck (TDA Pumps) Alex Calodoukas (Ampol) Ebi Torabian (Sterling Pumps) Alan Rowan (Life Member) and Ken Kluger (Life Member)

Welcome to the Spring edition of Pump Industry. With the change of season and the warmer months ahead, it’s a great time to reconnect with what’s happening across our industry. This edition turns its attention to mining, a cornerstone of the Australian economy and an important part of the pump industry. Our members support mining operations across the country, providing the equipment, expertise and practical solutions needed to keep these demanding applications running reliably. The demanding conditions found in mining highlight the importance of selecting the right pumping equipment for the job. Looking beyond the initial purchase price, factors such as e�ciency, reliability, maintainability, materials of construction and wholeof-life cost can help ensure equipment is �t for purpose and delivers reliable performance over the long term. Getting these decisions right can also contribute to safer operations, reduced downtime and improved productivity. These priorities are shared across the mining and pump industries. This edition also features the Pump Industry Capability Guide, an important resource designed to connect users and speci�ers with suitable suppliers and OEMs of pumps and associated equipment.

Choosing a partner that best serves your projects and needs is an essential ingredient to business success. The Capability Guide represents a pump industry bible of all the companies you need to know, the products they o�er, the industries they operate in, with their contact details to boot. Looking ahead, I am pleased to invite members, partners and industry colleagues to the Annual Pump Industry Australia Dinner taking place at Rivers Edge Events, 38 Siddeley Street, Docklands on Thursday November 19. Our Annual Dinner is always a highlight of the PIA calendar and a wonderful opportunity to catch up with colleagues, strengthen industry relationships and re�ect on the year. I encourage members to bring their partners and guests and join us for what promises to be an enjoyable evening. Events such as our Annual Dinner, along with the technical resources and industry information we share, are an important part of keeping our pump community connected. Thank you to our members, contributors and readers for your continued support of Pump Industry Australia and Pump Industry. I hope you enjoy the Spring edition, and I look forward to seeing many of you in Melbourne in November. Kind regards, Kylie Kinsella PIA, President

www.pumpindustry.com.au

Scan to subscribe to Pump Industry’s weekly newsletter – delivered to your inbox every Thursday afternoon. Cover image: The Super Pit gold mine in Western Australia Image: Viktor Posnov/stock. adobe.com

Published by

Contents MINING SOLUTIONS

8 Keeping mines moving

SEEPEX is engineering pumping solutions for the abrasive, demanding and remote conditions of Australian mining.

Chairman John Murphy Chief Executive O�cer Christine Clancy Editor Tom Parker Design Jacqueline Buckmaster Head of Design Clayton Hawley Business Development Manager Rima Munafo rima.munafo@primecreative.com.au +61 413 475 078 Client Success Manager Cait Pillay Head O�ce Prime Creative Media 379 Docklands Drive Docklands Victoria 3008 P: +61 3 9690 8766 info@primecreative.com.au pumpindustry.com.au Subscriptions P: +61 3 9690 8766 subscriptions@primecreative.com.au Pump Industry is available by subscription from the publisher. The rights of refusal are reserved by the publisher.

12 Deep mine dewatering

When water becomes a production constraint on mine sites, the pump system must do more than move water.

14 The case for electri�cation

As mining operations seek greater e�ciency, electric diaphragm pumps are challenging the long-established role of AODDs.

25 The complete package

SAER is helping Australian miners overcome complex water challenges with tailored pumping solutions and extensive stock availability.

26 One supplier, end-to-end

TECO Energy Solutions unites transformers, busway and battery storage under one locally supported power path.

MINING EVENTS

29 The stage is set

AIMEX 2027 will give pump professionals insight into the changing technologies and priorities shaping the Australian mining industry.

PUMP CURVES

31 #19: The energy equation

United Pumps engineering manager Ron Astall explains why system design is critical to reducing energy consumption in pumping applications.

COMPANY PROFILE

36 Global manufacturing and local expertise

Perdurus is carving out a place in Australia’s electric motor market with performance, availability and customer needs in focus.

PUMP TECHNOLOGY

38 Smarter food �ow

Burkert Australia’s latest �uid control technologies are helping food processors streamline operations and limit food loss.

40 Trust the experts

From vibration analysis to thermography, CM Group uses technology and expertise to help operators protect critical pump assets.

INDUSTRY CAPABILITY GUIDE

49 The Industry Capability Guide returns The 2027 Pump Industry Capability Guide is your one-stop shop for all the OEMs and suppliers of pumps and associated equipment.

Regulars PIA WELCOME

3 President’s welcome PROJECT WATCH

6 Where the work is

PUMP HANDBOOK

46 Safety at the pump

This magazine is published by Prime Creative Media in cooperation with the Pump Industry Australia Inc. (PIA). The views contained herein are not necessarily the views of either the publisher or the PIA. Neither the publisher nor the PIA takes responsibility for any claims made by advertisers. All communication should be directed to the publisher. The publisher welcomes contributions to the magazine. All contributions must comply with the publisher’s editorial policy which follows. By providing content to the publisher, you authorise the publisher to reproduce that content either in its original form, or edited, or combined with other content in any of its publications and in any format at the publisher's discretion. Pumps Industry acknowledges Aboriginal Traditional Owners of Country throughout Australia and pays respect to their cultures and Elders past, present and emerging.

For further information or to request a quote, contact your nearest WEG office below: VIC / TAS / SA Phone: (03) 9765 4600 Email: vicsales@weg.net

NSW Phone: (02) 9616 3900 Email: nswsales@weg.net

QLD / NT / PNG Phone: (07) 3265 9800 Email: qldsales@weg.net

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WA Phone: (08) 9400 5700 Email: wasales@weg.net

PROJECT WATCH

Where the work is F rom the banks of the Murray River to southern Tasmania, pump infrastructure projects are actively under construction right across the country. In the next instalment of ‘Project Watch’, Pump Industry outlines several notable projects the pump sector should be across.

Image: kwest/shutterstock.com

Geeveston sewage upgrade TasWater’s $13 million Geeveston sewage upgrade project is delivering critical infrastructure improvements to support better environmental outcomes for the region in the south of Tasmania. The project includes the relocation of the marine outfall from the shallow waters of the Kermandie River to deeper waters in the Huon River where optimal dilution and dispersion of the treated e�uent can occur. A new sewage pump station and 79-kilolitre emergency storage tank will also help reduce the frequency and volume of over�ows, with a new 4.3km pipeline along the Huon Highway set to connect the Geeveston sewage treatment plant to the outfall o� Shipwrights Point. Design for the new pipeline is complete, with major construction planned to begin by September 2026. Together, these upgrades will strengthen the reliability and performance of Geeveston’s sewerage network.

Barham, on the banks of the Murray River, is undergoing a sewer pump station upgrade.

Pump Industry | Spring 2026 | Issue 57

Henley Beach wastewater upgrade SA Water is upgrading wastewater infrastructure at Henley Beach to meet projected demand beyond 2030. The Cudmore Terrace wastewater pump station services around 10,000 connections but has deteriorated and requires additional capacity. The project includes replacement of approximately 425m of wastewater main and rehabilitation of the pump station to increase pumping capacity and improve reliability. Pipeline construction is continuing through September and October 2026, with work on the pump station scheduled to begin in late 2026. The overall project is expected to be completed in 2027.

Barham sewer pump station upgrade Murray River Council is replacing Barham’s main sewer pump station to improve the reliability and safety of the town’s wastewater network. Sewer pump station 3 currently uses a dry and wet well arrangement that no longer meets modern safety and maintenance standards. The project will replace the existing facility with a modern wet well system, improving maintenance access while renewing ageing infrastructure. Construction commenced in July 2026 and is expected to take approximately four to � ve months to complete. Mordialloc sewer upgrade Melbourne Water is progressing the second stage of its Mordialloc sewer rehabilitation project to improve the reliability of Melbourne’s sewerage network. Following rehabilitation of the Mordialloc main sewer, stage two is focused on upgrading the Mordialloc rising main along Chute Street. Works are scheduled to begin from mid-2026 and include upgrades at the existing pump station in Bear Street. The project forms part of Melbourne Water’s ongoing work to renew ageing sewer infrastructure while ensuring the network can continue meeting the needs of Melbourne’s growing population. Moray�eld wastewater upgrade Unitywater is upgrading wastewater infrastructure in Moray�eld to improve network reliability and support future population growth. Stage 1 includes around 3km of new pipeline and major upgrades to two existing wastewater pump stations on Coach Road West and Buchanan Road. Construction commenced in January 2026. Stage 2 involves upgrading a further 3km of existing wastewater infrastructure, with early works beginning in June and construction commencing in August. The project is expected to be completed around mid-2027, subject to weather and site conditions.

Do you have any projects to promote? Contact tom.parker@primecreative.com.au to share your stories.

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MINING SOLUTIONS

Keeping mines moving SEEPEX engineers pumping solutions for Australia’s abrasive, demanding and remote mining conditions.

rom iron ore in the Pilbara, gold in the Gold�elds to coal in the Bowen Basin and lithium throughout WA, Australia’s wealth of commodities has made it a hotbed for mining innovation. Within this, mining operators all share the same priority: keeping essential processes running while managing water, tailings, reagents, abrasive slurries, maintenance windows and long supply chains. Pump selection is not a narrow equipment decision. It a�ects availability, safety, maintenance planning and lifecycle cost, with pumps needing to cope with variable solids content, changing pressures, corrosive water, abrasive tailings and remote mine-site service requirements. SEEPEX progressive cavity pump technology addresses these realities through constant, pulse-free �ow, accurate dosing, solids handling, shear-sensitive media transfer and maintenance concepts designed to reduce downtime. This is backed by SEEPEX Australia’s local footprint, helping mine sites

Pump Industry | Spring 2026 | Issue 57

receive rapid service support and equipment delivery no matter their location. Pumps are built at SEEPEX Australia’s workshop in Tuggerah on New South Wales’ Central Coast, which also provides local stockholding and the engineering expertise needed to answer pressing technical questions. “Mining customers need more than a pump. They need an engineered solution that can handle abrasive and viscous media while supporting uptime over the full lifecycle,” SEEPEX global business development manager – mining Magaly Levray said. “SEEPEX combines global application experience with local execution, which is essential in Australia – a country exposed to some of the world’s harshest mining conditions.” Mining pump applications rarely remain static. Slurry solids vary, pressures change, mine depth increases dewatering demands, tailings strategies evolve, and reagent dosing must remain stable as plant conditions shift.

Progressive cavity pumps provide a practical answer to these challenges because they move media through de�ned cavities, with output adjusted by pump speed. SEEPEX solutions are used in thickener under�ow, tailings transfer, lime milk pumping, �occulant dosing, chemical metering, shotcrete and explosive emulsion transfer. The common engineering theme is control: maintaining �ow and dosing accuracy even when the medium is abrasive, viscous, corrosive or solids-laden.

Keeping the water out Mine dewatering is another key application, where the need to maintain safe access, protect equipment and sustain production is paramount. In underground mines, groundwater seepage, drilling slimes and sump contents often must be transferred from reception points at di�erent levels, while working within space, power and access constraints. Designed for corrosive mine water and solids-laden slurries, SEEPEX

SEEPEX combines global application experience with local execution in Australia. Image: Michael Evans/stock.adobe.com

BN pumps can deliver pressures of up to 48 bar without staging pumps. Their progressive cavity design handles abrasive media with low wear and eliminates the need for gland water, helping mines reduce complexity, water consumption and operating costs. “In Australian mining operations, the application is only half the story. Access, distance and response time are equally important,” SEEPEX Australia sales engineer – business development Patrick Yeoh said. “Our role is to help customers select the right pump and support it locally throughout its operating life.”

Tailings, under�ow and recovery Australian mine sites are increasingly focused on water recovery, process e�ciency and storage risk to ensure their environmental compliance. Thickeners must work hand in hand with under�ow pumps to maintain the balance between water recovery and waste movement, handling dense, abrasive media in the process.

SEEPEX pumps can convey slurries at �ow rates up to 350m³/h, pressures up to 48 bar, and solids content up to 80 per cent, making them a go-to solution for tailings management applications. The smooth �ow of SEEPEX pumps helps avoid disturbances on sensors and removes the need for pulsation dampeners in relevant applications. When viscosity, solids content or pressure changes, operators can respond by adjusting the speed. For procurement teams, the value lies not only in pump performance, but in reduced system complexity and easier maintenance planning.

Lime, �occulant and chemical dosing With process-plant reliability depending on accurate and repeatable dosing, SEEPEX pumps convey media through �xed-shape cavities. Lime milk duties can reach �ow rates up to 350m³/h and pressures up to 96 bar, with bene�ts including reversible �ow, self-priming performance, no seal water requirement and the ability to pass large particles.

Flocculants require a di�erent engineering approach. Their long molecular chains are shear-sensitive and must be preserved to support e�ective settling. SEEPEX pumps gently transfer �occulants, helping protect polymer integrity while maintaining dosing accuracy and repeatability. Smart Conveying Technology (SCT), which extends stator life by 200 per cent, enables access to wear parts without disconnecting suction or discharge pipework. Chemical dosing is important in �otation, leaching, acid wash and elution circuits, where reagents such as xanthates, caustic soda, sulfuric acid, hydrochloric acid and sodium cyanide require precise, pulse-free dosing. SEEPEX MD and BN pumps support these duties through accurate metering and material selection matched to chemical service.

Shotcrete and Smart Joint Access To support tunnel reinforcement and ground support in underground mines, SEEPEX pumps handle abrasive www.pumpindustry.com.au

MINING SOLUTIONS

reliable dosing matter,” Levray said. “That makes it especially relevant for shotcrete and explosive emulsion transfer on mine sites, where availability and predictable maintenance are essential.”

Mining customers require engineered solutions that can handle abrasive and viscous media. Image: WILL PHOTOGRAPHY/stock.adobe.com

shotcrete with pulse-free �ow, highpressure output, accurate dosing and robust operation. The new SEEPEX Smart Joint Access (SJA) pump adds a targeted solution for inspection-intensive applications. SJA, which features a large inspection opening in the suction housing for quick access to joint checks, is particularly relevant for shotcrete applications and explosive emulsion transfer into boreholes. SJA pumps cover �ow rates from 1–30m³/h and pressures up to 24

bar. The equal wall stator supports high-pressure capability in a compact footprint, while hydraulic and electric drive options allow installation on truckmounted mobile units, skid-mounted systems and factory setups. For Australian mine sites seeking standardised mobile or skid-mounted systems, SEEPEX can support fast delivery, enabling �eet-wide rollouts with minimal downtime. “Smart Joint Access was developed for applications where inspection readiness, compact design and

SEEPEX BN pumps handle both low- and high-solid slurries.

Images: SEEPEX

The SEEPEX BNM can be serviced without removing the pump from the pipework.

SEEPEX SCT pumps combine flocculant handling capabilities with up to 200 per cent longer stator life.

Pump Industry | Spring 2026 | Issue 57

Maintenance designed around uptime Maintenance performance can determine whether a pump remains an asset or becomes a bottleneck. SEEPEX Maintain in Place features, Drive Joint Access, Rotor Joint Access and SCT are designed to reduce maintenance time and improve access to wear parts. SCT can reduce rotor and stator replacement time by up to 85 per cent, while its adjustable stator design compensates for wear and can more than double rotor and stator life. For heavy-duty applications such as lime milk, shotcrete, under�ow recovery and dewatering, SEEPEX BNM pumps provide direct access to the rotor-side joint, rotor, and drive-side joint. The rotor, stator and mechanical seal can be replaced without removing the suction casing or pipeline branches, supporting faster interventions during shutdowns. “Remote mine sites need equipment that can be maintained e�ciently and supported quickly,” a SEEPEX customer service technician said. “Local spare parts, practical access to wear components and technicians who understand site conditions all help reduce the time between a problem being identi�ed and the pump returning to service.” A local partner for all operational needs SEEPEX Australia supports mine sites across the pump lifecycle, providing expertise in pump selection, commissioning support, spare parts planning, service agreements and maintenance advice. “We support customers at both ends of the spectrum: engineered project work for new installations and the day-to-day business that keeps existing pumps operating. In mining, both are essential,” Yeoh said. For Australian mining operations – whether in the Pilbara, Kalgoorlie, or Bowen Basin – SEEPEX o�ers local execution backed by global expertise. The company is deeply embedded in Australia, ensuring solutions are not just taken o� the shelf. Learn more at seepex.com

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MINING SOLUTIONS

Deep mine dewatering In demanding mining environments, the pump system must do more than move water.

ine dewatering is often described as a simple utility function. In practice, experienced mining engineers know that it is much more than that. Water can determine whether a working area remains accessible, whether excavation can continue safely, and whether equipment can operate without unnecessary interruption. As an underground mine advances deeper, the dewatering duty does not remain static. Head increases, pressure requirements change, water quality can deteriorate, and suspended solids can turn a simple water-transfer application into a demanding pumping duty. This is where the design philosophy behind the Roto Mining Station becomes particularly relevant. Developed from Roto Pumps’ long-standing experience in mining applications, the Mining Station

Pump Industry | Spring 2026 | Issue 57

Images: Roto Pumps

Roto Pumps is a recognised name in the development of pump solutions for mining and explosives applications.

combines a heavy-duty progressive cavity pump system with a skidmounted, integrated arrangement designed speci�cally around the realities of mine dewatering. With more than �ve decades of experience developing pump solutions for the mining and explosives industries, Roto’s principle for the Mining Station is straightforward: rather than treating the pump as an isolated piece of equipment, the Mining Station approaches dewatering as a complete system.

The realities of mine dewatering A conventional approach to mine dewatering can focus heavily on selecting a pump for a particular �ow and head. That is necessary, but it doesn’t cover all stops. The actual operating environment may involve muddy water, suspended solids, abrasive particles, saline or

hypersaline water, and rapidly changing discharge conditions. The pump system must therefore remain reliable as the mine develops and the duty evolves. The Roto Mining Station is designed around this requirement. The station incorporates a Roto FLEX �exible-shaft progressive cavity pump, a separation tank, skid arrangement and associated piping and valves. The system is intended to collect and handle mine water while providing the pressure capability required to transfer it from increasingly deep working areas. The �exible-shaft pump design eliminates conventional universal cardan or gear joints, reducing a source of mechanical wear within the pump system. “This is not a cosmetic change in pump architecture,” Roto Pumps Australia general manager John Wilkins said. “In harsh mining service, removing

components that are exposed to repeated mechanical movement and di�cult operating conditions can have a direct e�ect on maintainability and equipment life. “The objective is simple: keep the dewatering system working while the mine keeps moving.” One of the strongest technical arguments for the Mining Station is its ability to operate at high discharge pressures. The Roto mining pump range is speci�ed for pressures up to 48 bar (696 PSI), depending on model and con�guration. This high-pressure capability helps avoid the requirement for multiple centrifugal pumps to achieve the same duty parameters. “As the mine advances deeper, static head and discharge pressure increase,” Wilkins said. “The Roto Mining Station is designed to maintain consistent �ow as pressure changes, giving operators greater �exibility as the dewatering system moves deeper into the mine. “This allows the pump set to e�ectively ‘travel’ down the mine, supporting changing dewatering requirements without compromising �ow. This is a key advantage of positive displacement pumping in deepmine applications.” For the mining engineer, that translates into a useful operational characteristic: �ow can remain comparatively stable while discharge pressure changes.

Designed for harsh mine water Mine water rarely behaves like laboratory water. The water entering a dewatering station may carry suspended solids, sand, silt and other abrasive contaminants. In some mining environments, salinity is also a consideration. This is precisely where pump selection becomes important. The Roto Mining Station is designed to handle abrasive media and hypersaline water, while the associated FLEX pump incorporates a range of features aimed at improving durability in harsh service. These include a double hard-chromeplated rotor, with tungsten carbide rotor options available for more arduous applications, and abrasion-resistant natural or nitrile elastomer stators. The stainless-steel end cover is intended to reduce the e�ects of erosion and corrosion, while the heavyduty bearing housing is constructed in upgraded cast steel. The pump also uses

Instead of treating the pump as a single piece of equipment, the Mining Station represents a complete dewatering solution.

The Roto FLEX flexible-shaft progressive cavity pump.

a �exible shaft rather than universal joints, creating a drive arrangement designed speci�cally for the demands of mine dewatering. “These details are important because mining reliability is rarely determined by one component alone,” Wilkins said. “The rotor material, stator compound, shaft arrangement, sealing system, bearing selection, operating speed and di�erential pressure all contribute to the actual service life of the pump. “Correct pump selection, appropriate speed, suitable stages and proper material selection are essential to achieving longer pump life in abrasive service.” In other words, there is no shortcut around application engineering.

Separating solids before they reach the pump Another practical feature of the Mining Station is the solid separation tank, which is equipped with screens to help remove larger solid particles before they reach the pump system or downstream equipment. This provides a �rst line of protection against undesirable solids entering the pump. For a mining operator, this is an important systems-level consideration.

“A pump may be capable of handling suspended solids, but that doesn’t mean every large foreign object should be allowed into the pump system,” Wilkins said. “Separating larger solids upstream can reduce the risk of blockage and protect downstream equipment.” The station also incorporates a removable inspection ladder to support inspection, maintenance and troubleshooting. The skid-mounted arrangement represents a complete dewatering solution, removing the need for site teams to assemble multiple components around the pump. “It is this kind of detail that mining engineers will pro�t from in the long run and goes beyond what is outlined on a speci�cation sheet,” Wilkins said. In mining operations, the lowest-cost pump is not always the lowest-cost solution. The right system is the one engineered for the actual �uid, pressure, solids and mine depth. The Roto Mining Station combines high-pressure progressive cavity pumping with an integrated dewatering system designed for demanding mine conditions. Because keeping the mine productive starts with keeping water under control.

Learn more at rotopumps.com.au www.pumpindustry.com.au

MINING SOLUTIONS

The case for electri�cation As mining operations seek greater efficiency, electric diaphragm pumps are challenging the long-established role of AODDs.

hether margins are narrowing or commodities prices are soaring, the goal for a mine is the same: how to extract maximum value from operations. Mining companies, contractors and service providers are having to be more creative in their operational philosophy, which means many traditional technologies are being increasingly superseded. Air-operated double diaphragm (AODDs) pumps have been a mine site’s best friend for decades, serving as a robust and safe solution for dewatering, slurry transfer, chemical dosing and the delivery of fuel or lubricants. AODDs are reliable but they are largely ine�cient and resource intensive, meaning they no longer satisfy the cost and productivity demands of many modern mine sites. This has seen a new solution come to the fore: the electric diaphragm pump, of which Graco has been a key proponent.

Pump Industry | Spring 2026 | Issue 57

The Australian mining industry is increasingly gravitating to Graco’s QUANTM electric diaphragm pump.

As All Pumps sales consultant Oscar Hurrell explained, the Australian mining industry is increasingly falling in love with Graco’s QUANTM electric diaphragm pump. “We’ve seen QUANTM pumps replace a range of other pump technologies on mine sites, including peristaltic hose pumps, progressive cavity (helical rotor) pumps, and standard diaphragm or piston dosing pumps,” he told Pump Industry. “They’ve been successfully used in �otation, carbon-in-leach (CIL) and carbon-in-pulp (CIP) circuits, pumping everything from lime to cyanide, and have become a key plank in solvent extraction. “QUANTM pumps have increasingly populated gold, rare earth and other mineral processing facilities across Australia.”

Re�ning the technology As one of Graco’s leading Australian QUANTM distributors, All Pumps

played a central role in the technology’s pilot phase, where the range went through stringent testing to prime it for Australian mining operations. “There was a lot of work done on front-end engineering, but we had to get this product up to speed with local conditions,” Hurrell said. “We worked with Graco on �eld trials. From the challenging environments of the Pilbara to the coal�elds in Queensland and New South Wales, QUANTM was put through its paces, where it was exposed to high humidity and ambient temperatures up to 55°C. “The �eld trials were successful. It wasn’t long before Australian mining operators resonated with its capabilities.” Hurrell said QUANTM’s main appeal in the mining industry has been its energy e�ciency. “Traditional AODDs are ine�cient from a power perspective,” he said. “Only a fraction of the electricity a compressor draws ends up usable

The suite of QUANTM electric diaphragm pumps.

for a pump – the rest is lost as heat in compression and then lost again through leaks and pressure declines across a plant’s air network. “The QUANTM range removes the compressor from the equation entirely: it’s a diaphragm pump driven directly by an electric motor, so the pump draws only the power it actually needs to move �uid. This unlocks energy e�ciencies of 85 per cent.” To demonstrate QUANTM’s total cost of ownership (TCO) advantages, Hurrell made a comparison. “If you had a 1” AODD and a 1” QUANTM side by side, the QUANTM would naturally have a higher capital cost, but the peripheral costs are where the return on investment (ROI) is achieved,” he said. “With an AODD, operations front the cost of compressed air; the need to balance compressor capacity, which can have an exponential impact on operating costs; the cost of more control equipment; and the greater risk of downtime, to name a few. “With QUANTM, operators can unlock a longer lifecycle. ROI can be achieved even faster in mining operations with high throughputs and operating demands.” In most industries, operators must abide by strict noise restrictions for compliance and the safety of their workers. QUANTM delivers a minimum 30dBa drop in noise per pump, which is advantageous for both underground and surface mining operations. And while pneumatic AODDs can be di�cult to control without an air solenoid and some PLC logic, QUANTM is di�erent. “QUANTM adds two things AODD pumps never had: proportional

4–20-milliamp (mA) control to connect with a plant control system, and IECEx hazardous-area certi�cation,” Hurrell said. “Together, these open the door to reagent and chemical dosing duties around a mine site that a compressedair pump was previously excluded from, or that was the exclusive territory of peristaltic and metering dosing pumps.” By accepting a standard 4–20mA current input to set speed/�ow and pressure, QUANTM can be driven directly from a PLC or DCS – the same signal type used to control dosing pumps today. This allows proportional dosing (e.g. connecting chemical addition rate to ore feed tonnage, pulp �ow, or a pH/ORP signal) in a way a manually set air-regulator on an AODD pump never could. Hurrell explained why IECEx hazardous-area certi�cation is also important. “Hazardous-area certi�cation matters because a lot of the reagents used in mineral processing – �ammable solvent-extraction diluents, cyanide solution areas, some �otation reagents – are handled in or near classi�ed zones,” he said. “Historically, that has pushed operators towards air-operated pumps (no electrics in the hazardous zone) or peristaltic pumps. An IECEx-rated electric pump means you can now get the control and e�ciency bene�ts of an electric drive without giving up hazardous-area compliance.”

Chemical compatibility Furthermore, QUANTM isn’t a single �xed-material pump.

Wetted sections are available across a wide range of materials – including aluminium, cast iron, conductive polypropylene, standard polypropylene, PVDF, and 316 stainless steel – with diaphragms, seals and check valves available in a range of engineered elastomers/thermoplastics. “Fluid type and concentration varies enormously across a site and a pump that can be speci�ed in the right wetted material for each stream, rather than one material across the whole site, gives the end user greater agency and reduces the corrosion and wear failures that dosing equipment is prone to,” Hurrell said. Hurrell said QUANTM was “only scratching the surface” of the Australian mining sector, with the pump able to be used in any mining operation that doses chemicals or uses AODDs. Alongside gold and rare earth processing, this includes iron ore, coal, copper and lithium operations, to name a few. And when it comes to QUANTM’s key value proposition, it doesn’t take long to make a convincing argument. “Convention has traditionally been the order of the day in mining: ‘If it isn’t broken, don’t �x it’,” Hurrell said. “But di�erent mining personnel such as reliability and process engineers are often interested if you can show the return on investment and how it simpli�es operation. Same goes for operators and maintenance personnel. “By demonstrating the bene�ts, you can facilitate change, and end users are increasingly opting for the QUANTM pump as part of this.” As QUANTM pumps increasingly pervade the Australian mining industry, All Pumps will continue its market engagement.

www.pumpindustry.com.au

MINING SOLUTIONS

QUANTM’s main appeal in the mining industry has been the pump’s energy efficiency.

Pump Industry | Spring 2026 | Issue 57

QUANTM delivers a minimum 30dBa drop in noise per pump.

Images: All Pumps’

“The Australian market hasn’t seen many completely new pump technologies in the last 50 years – I’d say QUANTM is one of the most signi�cant inventions since the submersible electric pump,” Hurrell said. “So, for us it’s about education and demonstration. We have demonstration skids which we take to an o�ce or site, where operators can see the pump in the �esh, and play around with controlling and running it. We’re doing that with engineering �rms and mining companies, driving from both angles.” And when customers ask if going electric means losing the ruggedness AODD pumps are known for, Hurrell is equipped to answer. “QUANTM still runs dry and still dead-heads safely against a closed valve – the two traits that made AODD pumps the default for tough and challenging transfer applications,” he said. “What’s changed is how it’s powered and controlled, not its tolerance for rough treatment.”

E AB E

www.perdurus.com.au

12 Venture Ct, Dandenong South VIC 3175, Australia info@perdurus.com.au

MINING SOLUTIONS

Sterling operates pump testing facilities in Pakenham and Sunshine, Victoria.

When dewatering demands more A

cross Australia’s mining industry, keeping water under control is essential to keeping operations moving. From groundwater entering deep open pits to seasonal rainfall and underground in�ows, dewatering systems must respond to conditions that can vary signi�cantly between sites. As mines advance deeper to access mineralisation, pumps are often required to move water over considerable vertical distances, while abrasive materials and corrosive water conditions can add further complexity to pump operation. For Sterling Pumps, these circumstances make pump selection an engineering exercise rather than simply an equipment decision. “Every Australian mine site has a di�erent set of conditions, so understanding the application is where we always start,” Sterling Pumps managing director Anton Merry said. “With dewatering, water quality is a critical factor that in�uences wear rates, corrosion resistance, and the operating loads placed on pump and motor components. Because we design and manufacture our solutions in-house, we can tailor every aspect of the pump and motor package to suit the speci�c conditions of each mine site, delivering greater reliability and longer service life.” Sterling has supplied pumping equipment to mining operations across Australia and overseas, with its technologies used to support commodities including iron ore, gold, coal, nickel and bauxite. Central to its dewatering capability is an extensive range of submersible,

Pump Industry | Spring 2026 | Issue 57

line shaft turbine, split case and multistage pumps. Sterling’s submersible range can accommodate �ows up to 3600m³/h and heads exceeding 550m. For high-head duties, the pumps can be hydraulically balanced to reduce the load placed on the motor thrust bearing. The company’s line shaft turbine pumps provide another option for high-�ow, high-head duties, with multiple stages available where greater discharge pressures are required. Sterling’s horizontal split case pumps o�er �ow capacities beyond 2800m³/h for high-volume applications.

Made for the application Sterling’s mining capability extends well beyond dewatering. Its pumps have been used to supply water for mining communities, mineral processing and �re�ghting applications. The company can manufacture equipment in materials ranging from conventional cast iron and 316 stainless steels through to duplex and super duplex stainless steels for more demanding applications. Other options include nickel aluminium bronze, Inconel 625 and Zeron 100. Where an existing pump cannot meet a project speci�cation, Sterling can design and manufacture a customised solution from scratch. One example saw the company engineer four 14-inch super duplex submersible pumps, each paired with a 330kW super duplex motor, for a dewatering project at the base of a volcano in Indonesia. This engineering capability is supported from Melbourne, where Sterling undertakes pump design,

Sterling Pumps is known for its design, manufacturing and testing capability.

manufacturing and testing. As an original equipment manufacturer, Sterling can take a product through 3D computer-aided design (CAD) modelling and prototyping before machining, fabrication and assembly phases are completed. Sterling operates pump testing facilities in Pakenham and Sunshine. The Pakenham site incorporates a 15m-deep wet well and �ow loops capable of testing up to 2500m³/h, while the larger Sunshine facility can accommodate heads up to 1800m and power up to 2.5MW. Pumps can be performance tested against applicable standards, with actual operating curves compared with design curves before equipment leaves the factory. Sterling can also undertake mechanical running tests to assess characteristics such as vibration and temperature under operation. For Anton Merry, keeping these capabilities close at hand is particularly valuable in maintaining a signi�cant stock holding, and more importantly when a mining application requires more than an o�-the-shelf solution. “Our focus is on giving customers con�dence that the pump going into their operation has been designed with their speci�c duty in mind.”

Learn more at sterlingpumps.com.au

Images: Sterling Pumps

Local engineering capability enables Sterling Pumps to develop dewatering equipment around the demands of each mine site.

solutions

MINING SOLUTIONS

Powering mining performance

Techtop Australia’s experienced team with managing director Rohan Pollard (middle) at QME 2026.

Techtop Australia strengthens its commitment to the mining sector following a successful showing at QME 2026.

echtop Australia recently showcased its motor, variable speed drive (VSD) and heavy-duty gearbox solutions at the Queensland Mining & Engineering Exhibition (QME) in Mackay, reinforcing its commitment to one of Australia’s most important and demanding industries. The event provided an excellent opportunity for the Techtop team to connect with mine operators, OEMs, engineering �rms and maintenance contractors from across Australia. Throughout the three-day event, discussions focused on improving reliability, increasing energy e�ciency and reducing operating costs in an industry where equipment performance is essential to the pro�tability of an operation. Techtop’s range of electric motors, VSDs and heavy-duty gearboxes attracted strong interest from visitors looking to improve the performance of their conveyors, crushers, pumps,

Pump Industry | Spring 2026 | Issue 57

fans and material handling systems, to name a few. This included Techtop’s TAI series of lightweight aluminium motors, the TCI series of heavy-duty cast iron motors, designed for demanding mining applications, and the higher-e�ciency TCP series, which combines highperformance design with advanced winding technology, delivering the cost savings and environmental compliance mine sites are obligated to achieve. The recently released MPX motor range was also on show, o�ering an IE4 premium e�ciency option for industrial applications. This represents the leading edge of e�ciency standards, reducing electrical losses and operating costs compared to lower e�ciency classes. Motor solutions were accompanied by a range of VSDs, including Techtop’s TTA-2 Eco VSD, which provides precise motor control and energy savings for pumps, conveyors and crushers found across mine sites.

Given VSD adoption is closely intertwined with the productivity gains mining operators want to achieve – enabling pumps and motors to operate precisely at the required speed for a given duty point – Techtop’s VSD solutions were a central part of the conversation at QME. Backed by decades of combined experience, Techtop’s seasoned team also stood out to attendees, where a team of experienced product managers and technical specialists can provide customers with practical, applicationfocused support, 24 hours a day, seven days a week. Techtop Australia managing director Rohan Pollard said the response at QME reinforced the opportunities available within the mining sector. “The Australian mining industry continues to focus on productivity, reliability and e�ciency,” Pollard said. “QME provided an excellent opportunity to demonstrate how Techtop’s motor,

inventory, technical expertise and responsive service. Techtop Australia’s footprint includes six branches across Australia – in Melbourne, Sydney, Brisbane, Mackay, Adelaide, and Perth – and two in New Zealand: Auckland and Christchurch. Each location is sta�ed by experienced managers who understand the nuances of the motor industry. Namely, Techtop’s Mackay branch – where QME 2026 took place – has become a cornerstone in supporting mine sites throughout Queensland’s north. This facility is equipped with an extensive inventory of electric motors, transmission solutions, gearboxes, VSDs, and soft starters – ensuring clients can access critical parts quickly and e�ciently. Following a successful QME 2026, Techtop remains focused on helping mining operations maximise reliability, e�ciency and productivity through high-performance motor, drive and transmission solutions designed to meet the challenges of modern industry.

Learn more at techtop.com.au

Images: Techtop

drive and gearbox solutions can help customers improve equipment performance, reduce downtime and lower operating costs. “For example, we spoke with a number of operators and maintenance teams looking to upgrade ageing motor installations and improve control of pumping and conveyor systems, where even small e�ciency gains can deliver signi�cant cost savings across large mining operations. “Techtop’s heavy-duty gearbox solutions also generated strong interest, particularly from operators focused on improving reliability and reducing downtime on critical mining equipment.” Beyond showcasing products and solutions, QME provided a valuable platform to strengthen relationships with existing customers and establish new connections throughout the mining and engineering sectors. The strong level of engagement across the exhibition further reinforced Techtop’s strategy of expanding its presence within the mining market and supporting customers with practical, reliable solutions backed by local

Techtop Australia managing director Rohan Pollard with the new MPX motor.

Control cabinets that bring your valves, networks and diagnostics into one clear view Reliability you can build on.

www.pumpindustry.com.au

BIG W AT E R Impressive flow, head and pressure for serious water and wastewater pipelines, when “standard” is not enough. Designed and manufactured in Australia.

DSTHF up to 800 m3/h 300m Head in a Single Pump 5m Suction Lift

VP Series up to 1500 m3/h 30m Head (up to 250m in lower flow models) 8m Suction Lift High Efficiency

VISIT OUR WEBSITES TO VIEW ALL PRODUCTS

UNITEDPUMPS.COM.AU | STERLINGPUMPS.COM.AU

Contact Sterling Pumps or United Pumps for more information on local pumping solutions. UNITED PUMPS +613 8100 unitedpumps@unitedpumps.com.au 31 Western Avenue, Sunshine VIC. Australia 3020

STERLING PUMPS +613 5941 3400 sales@sterlingpumps.com.au 14 Sharnet Circuit, Pakenham VIC. Australia 3810

MINING SOLUTIONS

Beating slurry’s toughest demands From slurry seals to wear-resistant coatings, Chesterton is helping mine sites tackle abrasion, corrosion and unplanned downtime.

ining operations place extraordinary demands on pumps and process equipment. Abrasive slurries, corrosive process �uids, and continuous operation create some of the harshest operating conditions in industry. These environments accelerate wear on seals, sleeves, impellers, and liners, often resulting in reduced equipment e�ciency, unplanned downtime, and increased maintenance costs. For decades, A.W. Chesterton Company has helped mining companies improve equipment reliability through engineered sealing and wear protection technologies that enhance performance and reduce total lifecycle costs. This commitment was recently showcased at the Queensland Mining & Engineering Exhibition (QME) in Mackay, where Chesterton engaged with mining professionals on the latest approaches to improving pump reliability and asset performance.

Images: Chesterton

Engineered for harsh slurry applications One of the featured solutions was the 170L Slurry Single Cartridge Seal, developed speci�cally for demanding slurry pump applications. “The 170L is engineered to handle abrasive, high-solids slurries while reducing maintenance requirements and improving pump reliability,” Chesterton sales and business development

manager – Australia and New Zealand Jorge Mellado said. “Its robust cartridge design simpli�es installation and maintenance, while the non-clog stationary spring arrangement keeps critical components out of the process �uid.” By preventing solids from accumulating around the springs, the seal maintains consistent face loading and reliable sealing performance in severe mining environments. For mining operations that rely on packed pumps, DualPac 2211 slurry packing o�ers an innovative solution for improving reliability in abrasive slurry applications. Using Chesterton’s patented DualPac braiding technology, the packing combines graphite-�lled ePTFE against the shaft for superior sealing and low friction with highstrength aramid on the stu�ng box side to resist consolidation and extrusion. “Designed for ore slurries, mineral handling, dewatering pumps, and tailings applications, DualPac 2211 requires fewer gland adjustments than conventional packing, helping extend packing life while reducing shaft wear and maintenance requirements,” Mellado said. ARC MX1 takes Chesterton’s o�erings a step further, providing a ceramicreinforced wear compound speci�cally developed to protect equipment exposed to severe abrasion, erosion, and particle impact.

The Chesterton team at QME 2026.

Chesterton’s 170 Slurry Single Cartridge Seal excels at sealing mineral-based process materials.

Suitable for slurry pumps, casings, impellers, piping, cyclones, chutes, and other process equipment, ARC MX1 restores worn components while providing a durable protective barrier that extends equipment life. This results in reduced maintenance, fewer component replacements, and improved operational e�ciency.

A complete reliability approach Reliable pump performance on mine sites depends on more than a single product; it requires an integrated approach to sealing, wear protection, and asset reliability. “By combining seals, packing and coating solutions with engineering expertise, Chesterton doesn’t just provide the technologies to support mining operations, but the industry nous to maximise their impact,” Mellado said. “As mining operators �netune their equipment to unlock greater e�ciencies and asset performance, access to engineered reliability solutions could be the di�erence between a pump breakdown or continued uptime.” Chesterton isn’t sitting still either, with the company’s research and development engine continually pioneering solutions to achieve new, intuitive ways of operating. Add its uncompromising service capability and Chesterton has become a cornerstone reliability partner for the mining industry, helping customers protect their assets and keep operations running at peak performance. Learn more at chestertoncustomseal.com.au www.pumpindustry.com.au

QUANTM

POWERING YOUR FUTURE Save energy. Cut costs. Run cleaner. DISCOVER ALL ADVANTAGES

MINING SOLUTIONS

The complete package

SAER is helping Australian miners overcome complex water challenges with tailored pumping solutions and extensive stock availability.

Tailored to mining operations No two mining installations present the same hydraulic, structural or space constraints. For this reason, adaptability is a key part of pump selection and system design. SAER’s in-house research and development (R&D) team develops customised con�gurations according to the technical and operational requirements of each project. The IR, NCB and MG end-suction ranges and SKD split-case pumps, for example, can be supplied in vertical con�gurations when installation space is limited. Supporting structures are assessed through �nite element analysis and modal analysis to improve structural strength, manage vibration, reduce unnecessary weight and support safe,

Image: SAER

hile water is omnipresent on a mine site, how it is managed dictates the success of an operation. Across underground dewatering, dust control, water treatment and mineral processing, operators with stringent water management strategies can access long-term cost bene�ts and embed resilience into their plant. In�uenced by the need for continuity, reliability and speed, operators may value OEMs and suppliers capable of providing robust pumping solutions, responsive delivery and strong product availability. SAER Elettropompe has positioned its o�ering around these requirements. Built on more than seven decades of manufacturing expertise and Made in Italy production, SAER o�ers a broad portfolio of centrifugal pumps and electric motors, including SKD split-case pumps (up to 5000m³/h) and end-suction pumps for water (IR-closed coupled, MG-stub shaft, NCBK-end suction) and wastewater (NCA range, up to 2400m³/h) applications. The company also o�ers multistage pumps (TM range up to 60 bar), submersible pumps (S and the new VS series, up to 14”) and sewage submersible pumps (SD range), along with its own submersible (up to 400hp and 1000V) and surface motors (up to 132kW).

SAER manufactures end-suction pumps for water and wastewater applications on mine sites.

reliable operation over time. This ensures customers not only receive a proven product, but tailored engineering to suit their operation. A recent project highlighted how SAER solutions support reliable operation in demanding mining environments. A customer operating a tailings pond required tailings to be diluted with process water before being pumped by submersible pumps. Previously, water supply operated by gravity, but the available pressure was not su�cient for the process requirements. To solve this issue, SAER supplied a vertical split-case pump SKDVZ4P-150-400 equipped with a 55kW motor, designed to increase and stabilise the pressure in the line. When pressure in the pipeline dropped below the required level, the pump started automatically, restoring the required pressure and supporting continuous operations. The customer suddenly had access to a more reliable water supply while overcoming the limitations of the previous gravity-fed con�guration. In mining, delayed equipment can a�ect schedules, productivity and costs.

Availability is therefore just as important as pump performance. This is where SAER’s stock availability and �exibility become a strategic advantage and can signi�cantly shorten lead times. The company not only maintains availability in widely used materials such as cast iron and AISI 316, but also in super duplex, ensuring customers receive the fast response they deserve.

SAER selection software To further support customers and engineers when choosing the right pump, SAER’s pump selection software is available online and is continuously updated with the latest products, solutions and technical developments. This digital tool makes it easier to identify the most suitable pump for speci�c operating requirements and provides quick access to up-to-date product information. Learn more at saerelettropompe.com. SAER will be at IMARC from October 27–29. Visit them at booth K31 at the Italian Pavilion (Italian Trade Agency). www.pumpindustry.com.au

MINING SOLUTIONS

One supplier, end-to-end

TECO Energy Solutions unites transformers, busway and battery storage under one locally supported power path.

aving operated in Australia for almost 50 years, TECO Australia & New Zealand is a recognised name in motors and drives, with many of its electric motors and variable speed drives supporting pump applications across Australia and New Zealand. As TECO evolves its product portfolio to support new sectors and applications, the company is expanding into renewable energy and power infrastructure industries. This strategy is already paying o�, with the company already supplying its �rst three utility-scale sites, with further projects in the pipeline.

Manager of TECO’s Energy Solutions division, Gustavo Sgrott.

TECO is also working on energy solutions for the Australian mining industry, which faces unique challenges given the remote and expansive nature of its operations. The manner in which these sites are powered is becoming more complicated, with the advent of renewable energy changing how power is consumed and distributed on-site. From grid connection to site distribution and energy storage, projects are accumulating more risk across their energy value chain, which is further heightened when multiple suppliers are responsible for each layer.

Images: TECO

Dry cast-resin transformers are oil-free with vacuumencapsulated high-voltage windings.

Pump Industry | Spring 2026 | Issue 57

TECO Energy Solutions is structured to close that gap. This division covers the complete power path: power transformers, busway distribution systems, and solar plus battery energy storage, all supplied and supported by a local team in Australia and New Zealand. TECO’s transformer range runs from 25kVA to 150MVA at 150kV class, covering everything from ancillary site loads through to major grid connections. Three product families address di�erent project requirements. Dry cast-resin transformers are oilfree with vacuum-encapsulated highvoltage windings, achieving less than 10 picocoulombs of partial discharge. They are type-tested to IEC 60076-11 and certi�ed by TÜV Rheinland. Distribution transformers are designed to AS/NZS 60076, available up to 20MVA at 33kV with on-load tap changers and thermal protection as standard. Oil-�lled power transformers reach 150MVA at 150kV, built with continuously transposed conductors and grain-oriented core step-lap stacking, with noise output below 67dB on larger units.

Replacing cable in demanding environments TECO’s TECOBAR® busway systems address the space and installation complexity that cable-heavy site distribution creates. The low-voltage sandwich busway handles up to 6300A at 1000V and replaces up to �ve times the equivalent parallel cable run. It carries a 20 per cent overload rating for two hours without derating, relevant in mining operations with variable load cycles.

TECO’s transformer range runs from 25kVA to 150MVA at 150kV class.

TECO is currently delivering to its first three utility-scale sites in Australia and New Zealand.

For environments where standard protection ratings aren’t su�cient, the low-voltage cast-resin busway is rated IP69 and IK11, certi�ed explosion-proof, and built to IEEE 693 seismic requirements. It carries IEC 60331 and BS 6387 �re ratings, produces no toxic gas in a �re event, and is designed for more than 60 years of service with no maintenance required after installation. For medium-voltage (MV) distribution,

TECO o�ers MV cast-resin busway rated to 24kV and 6300A, with 120kA shortcircuit withstand capability. Compared to cable installations, the busway systems deliver up to a 60 per cent space saving – invaluable to any site where civil headroom is limited. TECO delivers solar and battery energy storage as a package for EPCM (engineering, procurement, and construction management) and ongoing operations and maintenance. The energy management system supports frequency regulation, FCAS participation, peak shaving, PV smoothing, and spinning reserve. Power conversion e�ciency reaches up to 99 per cent. Systems are available in DC-coupled or AC-coupled con�gurations and are compatible with all major battery chemistries. TECO is currently delivering to its �rst three utility-scale sites in Australia and New Zealand, with further projects in the pipeline.

Local engineering, global manufacturing TECO held the number-one position on the 2024 Dow Jones Sustainability Index for ESG performance in the electromechanical industry and ranked in the top 1 per cent of the S&P Global Sustainability Yearbook 2025. Engineering support across Australia and New Zealand is delivered from ISO 9001, ISO 45001, and IECEx certi�ed workshops, with factory-trained engineers covering the full product range. For mining operators managing the energy transition, a single supplier across transformer, busway, and storage reduces the coordination risk that has historically come with fragmented procurement. It also puts accountability in one place, from grid connection to battery storage. For more info, contact the TECO Energy Solutions team at energy.teco.com.au www.pumpindustry.com.au

MINING EVENTS AIMEX 2027 will be rich with insights shaping the future of pump applications in the mining sector.

The stage is set

AIMEX 2027 will give pump professionals insight into the changing technologies and priorities shaping the Australian mining industry. attracted representatives from major mining companies including BHP, Rio Tinto, Fortescue and Glencore, alongside an international audience spanning more than 30 countries. Tony Saulters, chief operating o�cer of AIMEX 2027 major sponsor Business Events Adelaide, said the value of the event extends beyond AIMEX itself. “We hope people coming here will connect with the industry locally, and those connections lead to further collaboration down the track,” he said. A conversation with a mine operator about a dewatering challenge, for example, can provide a deeper understanding of the conditions behind a project. Discussions with engineers and technology providers can also reveal how pump systems could integrate with broader automation or energymanagement strategies. AIMEX’s conference program will add another dimension, with three days of sessions focused on operational excellence, innovation and sustainability,

while dedicated networking opportunities will allow those discussions to continue beyond formal sessions. South Australia has a long mining history spanning copper, uranium and iron ore production. The state has led Australia’s renewable energy revolution, while critical minerals such as rare earths, manganese and graphite are increasingly in-focus. This is creating new intersections between resources, energy and technology. AIMEX 2027 will provide the platform for these intersections to �ourish, making the event a compelling proposition for the pump industry. Saulters said AIMEX represents the type of event Adelaide wants to attract. “We’re looking to attract the brightest minds, the best events, the most impactful knowledge, and we’re hoping that AIMEX is a prime example of what we do and capable of,” he said.

To secure your stand, visit aimex.com.au/exhibitor-enquiries

AIMEX brings together mining operators, engineers, executives and technology providers to chart the sector’s future.

www.pumpindustry.com.au

Images: Prime Creative Media

merging commodities and new ways of operating are changing the equipment needs of Australian mining operations. As mines pursue greater automation, improve energy e�ciency and bring green�eld sites into production, while pumps remain a key plank of operations, how they’re being used is evolving. The 2027 instalment of Asia-Paci�c’s International Mining Exhibition (AIMEX) will bring these developments into focus when the event returns to Adelaide Showground from September 28–30 next year. AIMEX brings together mining operators, engineers, executives and technology providers to examine the ideas and solutions in�uencing the sector’s future. For the pump industry, this provides an opportunity to look beyond pumps themselves and understand the changing operational conditions in which they are deployed. This includes the mining industry’s push to reduce energy consumption, which in�uences the dewatering, slurry handling and process applications that require pumping equipment to operate continuously in harsh conditions. Condition monitoring and predictive maintenance can in�uence how pumps are operated and maintained. Electri�cation can change requirements for motors and drives, while more sophisticated process control can create optimisation opportunities for pump systems. AIMEX 2027 provides a direct connection to the companies making those decisions. The 2025 event

PUMP CURVES

#19: The energy equation United Pumps engineering manager Ron Astall explains why system design is critical to reducing energy consumption in pumping applications.

hen the topic is “e�ciency”, we might be discussing reliability and operability, but most of the time we are talking about energy (power) consumption. For a pump system, it is instructive to think of the ‘speci�c energy consumption’, which is the energy consumed per volume of liquid pumped. This is usually expressed as kilowatthour per cubic metre (see �gure 1). In a given pump system, liquid density is not a variable we can in�uence, nor is gravity. The only variables we can adjust to reduce energy consumption are the total dynamic head (H) and the pump and motor e�ciencies (see �gure 2). Increasing motor (or driver) and pump e�ciencies are obvious places to start. Total dynamic head (H) is dependent on the system and process design. Is decreasing H really feasible? I will introduce a concept called process e�ciency to discuss this aspect.

Motor and drive e�ciency We now have mandatory electric motor e�ciency standards in place (MEPS) in most markets. Typically, modern motors are around three to �ve per cent more e�cient than 20 years ago. Where variable frequency drives (VFDs) are involved, there is an additional, usually small e�ciency loss. Modern couplings generally have negligible power losses. We will discuss the bene�ts of VFDs separately. More e�cient pumps In previous Pump Industry articles, we have discussed in some detail how centrifugal pump e�ciency fundamentally depends on impeller shape and, to a lesser extent, detailed design and running clearances. By selecting an ideal running speed and perhaps considering a multi-stage pump, we can often ensure an inherently better pump selection. The di�erence between a low speci�c speed impeller shape and an optimised shape can lead to a 30–50 per cent e�ciency gain. Optimising an existing pump design with tighter clearances and other design tweaks has a small, limited scope for e�ciency improvement. Let’s say 3–7 www.pumpindustry.com.au

PUMP CURVES

per cent. If you want more detail, have a look at my previous articles in Pump Industry from May and July 2014 and October 2023.

Process e�ciency Process e�ciency is the ratio of the minimum required head for the process to operate successfully, divided by the actual total system head (see �gure 6). Virtually every process and pump system will have some unnecessary losses, such as excessive head losses due to pipe friction, and losses in undersized or badly designed �ttings. Does this mean we should make our pipe sizes extremely oversized to reduce line friction? Of course not. There are optimum line sizes. Too large a line can cause settling, for example. If you are putting out a �re, you want a high nozzle velocity. Figure 7 lists a selection of typical minimum process head scenarios and describes what I consider to be unnecessary losses. Perhaps controversially, I consider control valve throttling losses as being “unnecessary”. Sometimes a valve may be unavoidable for �ow control, but with the advent of a�ordable VFDs, the option of replacing a �ow control valve with a variable speed drive can achieve a dramatic reduction in system head compared to a control valve. Holistic pump system design E�cient pumps, drivers and sensible pump selections are important. We can also see that a focus on system design and the avoidance of unnecessary system head losses has the potential for massive energy savings. Remember that a key component of ‘speci�c energy consumption’ is the total dynamic system head. I’ve seen highly e�cient pumps and drivers running nicely and smoothly solely because a throttling valve is controlling the �ow, wasting up to 30 per cent of the di�erential head in the process. There are many systems running like this and wasting energy. While the pumps may be reliable, they are invisible to management and no one worries about how much power they are using. An ongoing focus of the Hydraulic Institute and the British Pump Manufacturers Association is the education of pump users on better pump system design. Properly selected pumps are important. E�cient drivers are important. System design is even more important.

Pump Industry | Spring 2026 | Issue 57

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Smart Conveying Technology (SCT) provides quick maintenance, significantly reduced life cycle costs and the shortest downtime. Smart Seal Housing removes the need to dismantle the suction or discharge pipework for inspection and replacement of the mechanical seal. YOUR BENEFITS y Rapid removal and reassembly of the mechanical seal, rotor and stator y Reduced maintenance time by up to 85% y Quick access to the drive and stator side joints y High productivity due to reduced downtime

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MINING A SMARTER FUTURE

COMPANY PROFILE

PLEUGER’s pumping legacy PLEUGER and Pump Supplies combine global engineering capability with local support across Australia and New Zealand.

early a century of experience designing, engineering and manufacturing pump and motor solutions has made PLEUGER an OEM of global renown. Since 1929, PLEUGER pumps have been developed with true craftsmanship and attention to detail, delivering absolute reliability and longevity in some of the world’s harshest environments. PLEUGER pumps have become regular �xtures in water, irrigation, energy, mining, oil and gas, and industrial processing sectors, with end users gravitating to the OEM’s focus on performance, energy e�ciency, durability and total cost of ownership. The scale of PLEUGER’s installed base is particularly evident in water applications. Over the past 20 years, the company has supplied more than 13,000 specialist submersible pumps to the global water industry, supporting municipal water supply, irrigation, �ood control, groundwater management, desalination and geothermal projects. PLEUGER’s standardised submersible pump range is available in diameters from 4 to 40 inches, with engineeredto-order solutions available in up to 50 inches. Hand-built and featuring

Images: Pump Supplies

Pump Supplies is PLEUGER’s exclusive distributor in Australia and New Zealand.

a best-in-class service life of more than 30 years, these are readily available to deploy across Australia, with each solution developed bespoke for the client, ensuring suitability to site needs.

Mining expertise PLEUGER also has decades of experience designing pump units for dewatering, water transfer and water supply applications in the mining industry. Its systems can be con�gured for underground operations or open-pit mines, including inclined pumping arrangements and deep-well applications. Underground units can deliver heads of up to 800m and �ows up to 8000m³/h. For open-pit operations, inclined pump systems represent a coste�ective alternative to vertical turbine pumps and can be mounted at angles of up to 90° on slope rail systems and intake caissons. PLEUGER also o�ers slim submersible pump designs for smaller well diameters where lowering water tables is required. PLEUGER is also a leading brand in o�shore submersible pump solutions for the oil and gas industry. Designed

In 20 years, PLEUGER has supplied more than 13,000 submersible pumps to the global water industry.

to perform for decades, PLEUGER pumps are available in a variety of high-grade materials, making them an ideal option for seawater lift and �rewater applications. PLEUGER pumps are installed in external or integrated hull caissons, providing assurance of safety and reliability throughout oil and gas operations.

A trusted supplier This global engineering capability is supported locally by Pump Supplies, PLEUGER’s exclusive distributor in Australia and New Zealand. Pump Supplies’ purpose-built pump repair centre focuses on providing customers with uncompromising service and technical support. Factorytrained engineers and technicians carry out inspection, repair and maintenance of all pump types and sizes, while o�ering advice on pump upgrades, re-rates and retro-�ts. Every submersible pump assembled or repaired by Pump Supplies undergoes performance testing before dispatch. Testing is conducted in accordance with ISO 9906 or corresponding standards. Pump Supplies holds comprehensive stock of PLEUGER OEM spare parts to ensure a timely turnaround. Together, PLEUGER and Pump Supplies represent a dynamic combination, with globally recognised design, engineering and manufacturing capability backed by an enviable local service and aftermarket footprint. This gives Australian and New Zealand operators con�dence their equipment is supported across the full lifecycle. Learn more at pumpsupplies.com www.pumpindustry.com.au

COMPANY PROFILE

Global manufacturing and local expertise

The Perdurus vision is to deliver premium electric motors to meet local demand at competitive prices.

Perdurus is carving out a place in Australia’s electric motor market with performance, availability and customer needs in focus.

he Australian electric motor market has long been supplied by a handful of wellestablished brands. While product quality remains important, today’s pump manufacturers and industrial users are increasingly looking for something more – local stock, strong technical support, competitive pricing and a supplier that understands the needs of the Australian market. Perdurus was established in 2025 with exactly that vision. As the Australian subsidiary of Huifeng Motors, Perdurus combines the manufacturing capability of a global electric motor producer with a dedicated local team, local inventory and technical support based in Melbourne.

Huifeng Motors With more than 37 years of manufacturing experience, Huifeng Motors has been supplying motors to Australia indirectly for years through OEM partnerships and privatelabel manufacturing. The company operates four modern production facilities in China, producing electric motors exclusively for export markets. Its products are supplied throughout Europe, North America and many other international markets, meeting globally recognised standards and certi�cations including CE, UL, CSA, CCC and ISO-certi�ed quality and environmental management systems. The creation of Perdurus takes this a step further, providing Australian customers with direct access to the factory, backed by local service and inventory. This includes access to Huifeng’s suite

Pump Industry | Spring 2026 | Issue 57

of motor solutions, featuring aluminium and cast iron, stainless steel, brake, electronically commutated (EC), and permanent magnet variations, spanning e�ciencies up to IE6. Leading Perdurus are two experienced industry professionals. General manager Koorosh Faraji brings more than 25 years’ experience in the global electric motor industry, including the past 14 years working closely with Australian pump manufacturers, fan OEMs and industrial customers. Alongside him, managing director Josh Zhuo contributes more than 20 years of manufacturing, engineering and HVAC experience, providing a direct connection between the Australian market and Huifeng’s engineering and production teams. Together, the vision is simple: deliver premium-quality electric motors with higher speci�cations, local availability and competitive commercial pricing.

Perdurus’ capability Perdurus began by introducing the PER-ALLOY range of aluminium motors in single-phase and three-phase models, along with brake motors and EC motors for fan applications. The portfolio expanded with the introduction of PER-STAINLESS, a hygienic stainless steel motor range designed for food, beverage and pharmaceutical industries, featuring IP69K protection and hygienic construction for demanding wash-down environments. Perdurus’ latest development is the PER-IND cast iron motor range, which was engineered speci�cally for Australian industrial applications. “Developed collaboratively between

Images: Perdurus

Perdurus general manager Koorosh Faraji.

Perdurus’ recently launched its PER-IND cast iron motor range, engineered specifically for Australian industrial applications.

Perdurus provides Australian customers direct access to the factory, backed by local service and inventory.

Perdurus and Huifeng’s engineering team, PER-IND incorporates features often o�ered only as optional extras,” Faraji said. “This includes IP56 protection, variable speed drive (VSD) suitability, insulated bearings and shaft grounding brushes from 75kW, thermistors from frame 132, dual thermistor circuits with an auxiliary terminal box from frame 250, and a 36-month manufacturer’s warranty.” Perdurus holds comprehensive local inventory at its Melbourne headquarters and warehouse, supplying motors from 0.09kW to 315kW across its PERALLOY, PER-STAINLESS, PER-IND and PER -BRAKE product families, with EC, mining and permanent magnet motors being introduced. As Faraji explained, quality sits at the core of every product. “Huifeng’s manufacturing facilities operate rigorous quality control procedures throughout the production process, ensuring every motor meets international performance and reliability standards before leaving the factory,” he said. “This commitment allows Perdurus to con�dently support its complete product range with a 36-month factory warranty.” Although Perdurus is a young company, its ambition is clear. By combining world-class manufacturing with local expertise, inventory and customer support, the company aims to become a trusted long-term partner to Australian pump manufacturers, distributors, OEMs and industrial users. And as Australia’s industrial sector evolves with the rise of electri�cation, Perdurus is investing in new technologies, expanding local inventory and delivering motor solutions that provide not only competitive pricing, but also the reliability and performance that Australian industry expects.

Learn more at perdurus.com.au www.pumpindustry.com.au

PUMP TECHNOLOGY

Smarter food �ow

Burkert Australia’s latest fluid control technologies are helping food processors streamline operations and limit food loss.

ustralian food and beverage manufacturers are under increasing pressure to improve production e�ciency, reduce product loss and maintain hygienic processing standards across increasingly complex production lines. At the same time, rising investment in smart factories, clean-in-place systems, energy optimisation and plant-based production is increasing demand for more intelligent �uid control and monitoring solutions. As one of the world’s leading �uid control innovators, Burkert Australia has been a key proponent of this evolution, helping food and beverage processors and manufacturers enhance their systems to achieve zero product loss, greater energy savings, and reduced downtime. Burkert Australia recently participated in foodpro 2026 in Melbourne, where the company launched its second

Pump Industry | Spring 2026 | Issue 57

The Burkert Australia team at foodpro 2026 in Melbourne.

generation of universal control heads, Type 8682 and 8683, and new modular vessel pressure controller, Type 8880. For Burkert Australia product, training and distribution manager David Ray, the event o�ered the opportunity to learn of changing customer needs. “Food and beverage customers are increasingly wanting solutions that improve reliability and avoid product loss,” he told Pump Industry on the �oor of the event. “They’re asking for real-time information and diagnostics, so they can anticipate failures ahead of time. This is where our �uid control and automation solutions come to the fore.” The food and beverage industry operates on tight margins, so unplanned equipment failures are costly on multiple fronts. When a line stops, often any product sitting in pipes or on the line must be discarded because it no longer meets

quality or food-safety requirements, creating waste and lost production. Producers are therefore focused on preventing breakdowns and minimising downtime: they want reliable, continuous operation of pumps, valves and �lling equipment, and diagnostic solutions that ensure they’re always a step ahead. How does Burkert Australia support this? “Our smart diagnostics and conditionmonitoring solutions help producers evaluate their mechanical parts and visualise when and where an issue is arising,” Ray said. “We can measure the time it takes for a valve to complete its operating cycle. After 20 strokes, for example, if the actuation time increases by 20 per cent, it may indicate that movement is slowing and should be inspected. “The equipment won’t stop, but the moment it’s operating slower than it

Images: Burkert

Burkert Australia product, training and distribution manager David Ray.

should, there’s usually an issue. We can then investigate and �x it.” If the valve timing moves outside the expected range, the integrated colour indicators, such as Burkert’s universal control heads, will provide a clear visual alert by changing colour or �ashing. “A �ashing light shows where the fault is – it could be valve three or cluster four,” Ray said. “There are no guessing games with our diagnostic technology.”

From pneumatics to electric drives Answerable to sustainability obligations and rising costs, food and beverage processors are increasingly making the shift from compressed air to electric drives, with Burkert’s EVA electromagnetic valve actuator range o�ering a more energy-e�cient solution for automated valve control. “Tier 1 food companies are increasingly saying, ‘We can’t add more compressed air to our production lines because it’s expensive to run’,” Ray said. “Operators can save about �ve times the power by using Burkert’s electric valves over compressed air.” Burkert’s control systems can complete a range of tasks on a food production line, with hygienic valves able to divert, turn o� and on, or modulate the control of products. The company also o�ers Clean-in-Place (CIP) and Sterilisation-in-Place (SIP) capability. “When a food and beverage plant is �nished with a production run, they need to clean their lines to �ush out any disused product,” Ray said. “During CIP and SIP cycles, cleaning media such as steam, acids and wash chemicals pass through the same hygienic process lines used for food production, so Burkert certi�es the relevant valve components, including elastomers, body materials and lubricants for suitability in food and beverage applications.”

While CIP removes food soils, chemical residues, and organic matter from the production line using a recycled sequence of water and chemical rinses, SIP then sterilises the line by killing microorganisms, spores, and viruses using thermal energy. Burkert Australia designs its food and beverage process valves, sensors, and control cabinets to comply with international and Australian hygienic engineering standards, ensuring safety, cleanability, and smooth integration into CIP and SIP.

Centralised vs decentralised automation Burkert’s automation o�ering o�ers producers the choice between centralised systems, where electronic control is housed in a cabinet, and decentralised systems that bring automation directly to individual valves. For Ray, the ability to o�er either approach is an important point of di�erence. “We’re one of the few companies that can o�er both centralised and

decentralised automation, which is a major bene�t for the customer,” he said. “If a customer is looking at centralised automation, we can also show them why decentralised might suit their application – and vice versa.” Decentralised automation is enabled by control heads mounted directly to the valve actuator, bringing control and monitoring closer to the process rather than relying entirely on a central cabinet. “Our control heads support di�erent communication protocols, allowing them to communicate directly with the plant’s control system,” Ray said. This becomes particularly important when pumps, valves and other equipment need to operate in a de�ned sequence. Burkert’s technology can provide feedback con�rming that one action has occurred before allowing the next to proceed. “The purpose is to interlock,” Ray said. “You tell the valve to turn on and it provides feedback con�rming it has done what you asked. Then you can start a pump or move to the next step. “If the previous action hasn’t happened, the next piece of equipment won’t start.” For pumps operating within an automated production line, this creates a clearer relationship between pump operation and the �uid-control equipment around it. As food and beverage plants become more intelligent, e�cient and reliable, partners who understand the entire �uid control process will have an increasingly important role to play. Burkert Australia is positioning its �uid control and automation solutions to meet that need.

Learn more at burkert.com.au

Burkert’s API mixing and blending solutions support advanced, hygienic fluid control.

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PUMP TECHNOLOGY

Trust the experts From vibration analysis to thermography, CM Group uses technology and expertise to help operators protect critical pump assets.

CM Group advises operators ahead of time if they’re facing any wear or pain points that could lead to unplanned downtime.

Pump Industry | Spring 2026 | Issue 57

s a rush of new technologies transforms industrial processes, nothing can replace handson expertise. Scott Henderson, which started condition-monitoring consultancy Thermalign in 2013 with just a few instruments to his name, has spent much of his career in the trenches, learning the ropes of industrial reliability. With decades of engineering and condition monitoring expertise behind him, Henderson has seen a proliferation of “mass-produced” diagnostic technologies and a lack of technical knowledge to support them. “When we started this business (now known as CM Group), a professional thermal imaging camera would set you back $25,000,” Henderson told Pump Industry. “A camera with that resolution and a similar lens size will now cost you about $5500 – it’s a huge di�erence. “Despite this, the knowledge required to operate that e�ectively has not changed. You still need an understanding of the technology, what it’s capable of and, more importantly, what it’s not capable of.” As the price of thermal-imaging technology and condition-monitoring equipment has come down, companies are increasingly producing sensors they say will pick up all the faults. “But when we talk to the people purveying them and explain vibration analysis 101, they’re often like, ‘Oh, geez, we didn’t know that’,” Henderson said. “Customers are being oversold on the capabilities of these sensors, the number required and algorithms behind them. They’re being mass-marketed as a�ordable vibration analysis solutions supported by warm, fuzzy dashboards, but in reality they don’t provide the precise insights needed to avoid equipment failures.” With a growing client base of Australian utilities and industrial operators, CM Group is di�erent, serving as a vendor-agnostic service specialist for pumps and rotating equipment. The company covers the full spectrum of condition monitoring, providing vibration analysis, thermal imaging, acoustic ultrasound, laser alignment and precision maintenance services backed by a suite of specialist products. A team of CM Group analysts helps advise operators ahead of time if they’re facing any wear or pain points that could lead to unplanned downtime. This keeps

pump systems running longer. “We work closely with any industry that requires condition-monitoring equipment and consultancy,” Henderson said. “This includes everything from water and wastewater treatment to mining, recycling, milk processing and pharmaceuticals. “We have sensors installed at many Victorian and NSW water and wastewater sites and pump stations, and we do a lot of work on laser alignment, condition monitoring and fault investigations at treatment plants across the two states. “We’ve held a South East Water contract for nearly a decade for condition monitoring on their pump assets, while we also look after Goulburn Valley Water’s assets and have done considerable pump- and resonance-based work for Barwon Water, Southern Rural Water and Melbourne Water.”

Early failure detection The essence of condition monitoring is the ability to detect failures early and accurately. “In vibration analysis, such as spectrum analysis and time waveform analysis, we closely monitor a system’s performance throughout its lifecycle,” Henderson said. “If we see any abnormalities, mitigating strategies can then be put in, like increasing or decreasing lubrication before damage occurs. “If there’s an imbalance, a misalignment or loose components in a pump, for example, we can detect this and schedule a clean, a balance or recommend adjustments to prevent damage from occurring.” For Henderson, this distinction is critical as more operators consider lower-cost sensor technologies that rely on overall vibration measurements and automated alerts. While such systems can provide an indication that something has changed, they don’t provide the detailed insights required to learn what is happening inside the machine or how much time remains before a failure. “The whole point of vibration analysis is not to �x your equipment,” Henderson said. “It’s like a doctor putting a stethoscope on your heart. It doesn’t �x it, but we do the equivalent of an MRI on a machine, to provide forewarning of potential failures and inform an action plan.” These insights can be particularly

valuable in water and wastewater treatment plants, where a pump failure can cause sewage over�ows, back�ow contamination and lead to regulatory �nes. Accompanying pump systems are forced to pick up the slack, which might not have the redundancy they once had, as growing populations increase the load on existing infrastructure. “If you have a pump failure, that could be out for three, four or �ve months,” Henderson said. “You might then have zero redundancy left on the other pumps – a narrow margin for any operation. “We need to reduce that risk, and we do that with in-depth analysis of rotating components and high-value, long-lead-time equipment.” Resonance is an area of particular concern, where the operating speed of a pump interacts with its natural frequency to cause an increase in vibration. Because this issue can occur within a narrow speed range, identifying it requires more than simply monitoring whether a vibration value has crossed a predetermined threshold. By detecting these faults ahead of time, CM Group can alert operators to act and mitigate any secondary damage. From monitoring to commissioning CM Group’s approach is not limited to active assets. Its systems remain online through maintenance and recommissioning, allowing operators to establish whether equipment has been correctly reinstated. “If they’ve replaced a motor, for instance, we can check whether the installation was successful and whether they’ve aligned it correctly,” Henderson said. “If they’ve left bolts loose, we’ll be able to see that within the data set straight away.” For critical assets where continuous monitoring is needed, CM Group recommends installing wired vibration sensors, while wireless systems – which only take a data reading when there’s an abnormality – are largely used on less-critical assets. Data feeds into a third-party software platform hosted on CM Group’s server. Clients can access trends and raw data, backed by insights and interpretations from CM Group’s team of analysts. For assets that don’t warrant permanent online monitoring, CM Group o�ers periodic walk-around assessments. If those inspections identify a developing fault, the

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PUMP TECHNOLOGY

company’s portable Medusa system can be deployed to provide continuous monitoring. “Medusa can be deployed onto a pump, which turns it into a full online system within 10 minutes,” Henderson said. “We can then look at that fault in-depth and give it a better prognosis and diagnosis from that full-time data.” Medusa can also be used during commissioning, with multiple sensors deployed to capture vibration, temperature and other operation parameters. This is often accompanied by a thermography camera and local HMIs (human-machine interface) attached and fed from the Medusa unit, giving commissioning personnel real-time insights on-site. This range of solutions re�ects CM Group’s broader approach to condition monitoring. Rather than prescribing a single technology across an entire site, the company assesses the criticality of the asset and the needs of the operator before determining an appropriate monitoring strategy.

Expertise behind the technology This philosophy extends to CM Group’s training institute, which provides certi�ed courses in thermography and vibration analysis alongside noncerti�ed training covering conditionmonitoring and precision maintenance fundamentals. The company also runs laser alignment training to help operators understand the dos and don’ts of the alignment process. This goes beyond what’s o�ered in a manufacturer’s manual, which is an important distinction. “We’ve trained people who think they know laser alignment, but once they start the course and reach a certain module, they’ve said, ‘Oh no, I’ve been doing this bit wrong the whole time’,” Henderson said.

Pump Industry | Spring 2026 | Issue 57

“Product manuals have their limitations. You can show someone how great a product is and how to use it, but you also need to explain the pitfalls and how you can get incorrect information from these machines.” The same principle underpins CM Group’s analytical work. Henderson said becoming a competent vibration analyst requires signi�cant training and practical experience, with ISO 18436 setting out competency requirements for condition-monitoring personnel. While customers can access the data and trends generated by their monitoring systems, CM Group recommends detailed analysis remain with trained analysts. This is increasingly important as arti�cial intelligence (AI) and automated diagnostics enter the conditionmonitoring market. “I’ve assessed several emerging AI-based systems and found they often struggle to account for the physical environment surrounding a machine,” Henderson said. “A pump doesn’t operate in isolation. Its performance can be in�uenced by neighbouring equipment and the structure supporting it – factors that mightn’t be captured by a model trained primarily on datasets or theoretical information.” This further underlines CM Group’s value proposition. “We’re not a dashboard software company,” Henderson said. “We’re a consultancy that o�ers condition-monitoring analysis and recommendations that a dashboard can’t – that’s where our strength lies.” CM Group’s vendor-agnostic model further embodies this. Rather than being tied to a single manufacturer’s portfolio, the company can select from a range of vendors based on suitability and cost aligned with the client’s expectations and the issues being solved, including

Learn more at cm-group.au CM Group covers the full spectrum of condition monitoring, including thermal imaging and acoustic ultrasound.

Images: CM Group

CM Group’s Medusa system in action, which can be deployed to provide continuous monitoring at a moment’s notice.

sensors, cables, data acquisition devices etc. “If a client came to us with a problem, we’d analyse that and give them a detailed proposition with options and the pros and cons of each,” Henderson said. “That could include di�erent vendors. “By not being tied to one manufacturer, we can choose products from multiple providers to �nd the best value for the customer.” Henderson believes this approach will become increasingly important as operators seek to extract more value from existing infrastructure and manage the risks associated with ageing assets. “The meaning of value and �nding the right solution for the customer is becoming more urgent as assets age and are increasingly stretched,” Henderson said. “Working with a trusted conditionmonitoring partner could be the di�erence between keeping assets online and facing an extended shut imposed by preventable failure. “Operators cannot a�ord to take this chance, and our credentials partnering with esteemed utilities such as Melbourne Water and South East Water prove that.”

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HUNTER VALLEY MINING EXPO

The Inaugural Hunter Valley Mining Expo Coming May 2027

WANT TO LEARN MORE?

Brought to you by the organisers of

Newcastle Entertainment Centre, Broadmeadow, NSW 19-20 May 2027

EMERGING INDUSTRIES WEG’s broad technology platform allows components to be selected around specific pump duties and operating profiles.

Pumping up data centres WEG is bringing scalable motor, drive and automation solutions to the pump systems behind data centres.

ustralia’s data centre industry is rapidly expanding, with the number of data centre projects seeking grid connection in the National Electricity Market more than doubling from 97 in 2025 to 225 in 2026. Behind a data centre’s servers, storage systems and digital services is a network of cooling, water management and backup systems that must operate reliably around the clock. “Data centres are placing new demands on the infrastructure supporting them, including pump systems responsible for cooling, water circulation and emergency services,” WEG national product manager – industrial motors Sean Sill said. “These applications require more than individual components. They require �exible solutions that can be con�gured to suit the site, integrated into wider control systems and adapted as the facility develops.” For the pump industry, the data

Images: WEG

WEG lets data centres access motors backed by application expertise.

centre boom is creating opportunities to contribute to one of the world’s most critical infrastructure sectors. Cooling systems, chilled water circuits, �re protection, water treatment and wastewater management all depend on pump equipment that is not only reliable but can quickly adapt. Australia has been a pioneer in measuring data centre performance. In 2010, the country introduced the NABERS Energy for Data Centres rating, recognised as the world’s �rst national data centre energy-e�ciency rating scheme. Rather than assessing equipment speci�cations alone, NABERS measures how e�ciently a facility operates in practice, including the energy used by its supporting infrastructure. This whole-of-facility approach highlights the importance of considering cooling, water circulation and pump systems as part of a data centre’s overall performance. “Resilience and continuity are central considerations for data centre operators,” Sill said. “A failure in a cooling or water system can a�ect operations, service availability and customer con�dence. “Pump systems must therefore be designed for reliability from the outset, while allowing for maintenance, upgrades and changing operating conditions.” Flexibility is becoming just as important as performance. Data centres may be expanded in stages, adapted to support higher computing loads or recon�gured as technology develops. A modular approach allows operators to add capacity progressively, rather than making a single large investment

based on uncertain future demand. For pump systems, modularity may involve scalable equipment, adaptable control architecture and standardised designs that can be replicated as a facility grows. This can allow additional pump capacity to be brought online as new data halls are commissioned or cooling requirements increase, without requiring operators to rethink the wider system each time. Achieving this requires motors, variable speed drives and controls to be considered alongside the pump itself. WEG’s broad technology platform allows these components to be selected around speci�c pump duties and operating pro�les, while supporting their integration into a data centre’s wider control architecture. Sill said establishing this consistency from the outset can make future expansion more straightforward. “As additional cooling or water circuits are required, operators can build on an established equipment and control philosophy rather than introducing di�erent technologies at each stage of development,” he said. “It can also simplify maintenance by reducing variation across installed equipment.” O�ering motors, variable speed drives and automation technologies backed by application expertise, WEG can work with pump manufacturers, system designers and data centre operators from the speci�cation stage onwards. This sets up a data centre for success, where the changeability and scalability of an asset deliver no surprises.

Learn more at weg.net www.pumpindustry.com.au

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PUMP HANDBOOK

Pumps have multiple potential hazards operators need to be mindful of.

Safety at the pump

Understanding potential hazards is essential before undertaking any work around pumpsets.

Pump Industry | Spring 2026 | Issue 57

aving concluded the commissioning series of the Pump Handbook, this section covers the operation and maintenance of pumps including routine and preventive maintenance. First and foremost, advice must be provided on pump safety, ensuring the risks involved in operating and maintaining pumps are understood and mitigated as much as possible.

Pump safety Preparation for a site visit In addition to most state and federal laws, most site operations, irrespective of size, will have their own site-speci�c safety and site access rules. And many of them are drug, alcohol and smoking free. It is normal to be tested at gatehouse security for drugs and alcohol prior to entry, particularly on high-risk sites such as mining and petrochemical manufacturing operations.

It is good practice to hold a ‘white card’ (or general construction Induction card) in NSW or its equivalent in other states as well as a senior �rst aid certi�cate. Companies will usually have their own induction programs. These can be a short �lm with a quiz at the end, a guided site visit, a one-day course speci�c to the company, or a site allowing unaccompanied site visits – usually for contractors – for longer periods (i.e. up to a year). Prior to visiting site to complete a pump installation, PPE (personal protection equipment) should always be your �rst consideration. As a minimum, this usually involves: a. Hard hat (ensure its within expiry date and nil damage – if you drop it, replace it) b. Steel-capped boots (consider acid and static-resistant soles along with zipped high sides for ankle protection, support and easier removal) c. Hearing protection (earmu�s or disposable earplugs – make sure they are the correct rating for task) d. Long sleeves and long pants with re�ective stripes e. Fluorescent coloured safety vest with re�ective stripes f. Leather gloves including carrying grip for your belt g. Eye protection (safety glasses or shield) h. Face mask or respirator Always check with the appropriate site contact what PPE is required for the visit.

Hazards of pump installations (safety is everyone’s responsibility) Pumps have multiple potential hazards to bear in mind: Moving parts: Pumps have many rotating or reciprocating components such as shafts, pulleys, fans, impellers, drive belts, drive chains and couplings. Even when guarded or shielded correctly, this presents amputation and/or entanglement risks. Australian standard AS4024:2019 exists for the safeguarding of pumps. Electricity: The most common method of driving a pump is via an electric motor. These can be quite small, for instance 0.25kW and 240V or much larger at over 1500kW and 415V. Some power station cooling pumps could have four motors totalling 18MW with an 11,000V

power supply. Correct electric circuit switchboard isolation, lockout and tagging procedures are critical to safety and must be followed – planning and approval musty be obtained from site personnel. All the correct approvals and certi�cations for the electrical system should be obtained from the appropriate state authorities. This is critical for the operational safety of the plant. High pressures: When in operation, pump casings contain elevated pressure, and these should always be considered highly hazardous. The same can be said of discharge pipework. Extreme care should be taken when moving around pumps and pipework when they are in operation. While it is rare for a pump casing to blow, this could be catastrophic – pipeline �ange gasket failure is far more common. Regardless of whether a pump is in operation, never stand on any pipework. High temperatures: Pumps are also used to transport hot liquids, meaning pumps and connected pipework can be extremely hot to touch or be in proximity to. A pump casing or seal rupture when transporting hot liquid is extremely hazardous and must be avoided. Corrosive liquids: Pumps are also used to transport highly corrosive chemicals. Special pump materials and shaft sealing systems are used to facilitate pumping these liquids and extreme care needs to be taken when working and operating these pumps. Specialised PPE may need to be worn including appropriate corrosion-resistant elastomeric safety boots and overalls that include gloves. Dangerous and toxic chemicals: Pumps can transport and handle highly dangerous and toxic chemicals. To ensure the safety of personnel, the public and property, special sealing systems and/or specialised pumps should be employed, and the precautions outlined for corrosive liquids followed. Biohazards: Wastewater treatment plants, for example, can have airborne viruses and contaminated surfaces. Following site-speci�c hygiene practices, such as frequent handwashing and obtaining the recommended immunisations well in advance of visiting site, are critical.

Gas hazards and con�ned spaces: There are very speci�c rules, regulations and permits concerning entry into con�ned spaces that contain gas hazards such as carbon dioxide (CO2), sulphur dioxide (H2S) and carbon monoxide (CO). These are just three gases that can quickly render a person unconscious and can be fatal. Explosive and �ammable liquids: Pumps handle many �ammable liquids including petrol, diesel, and ethanol, however, many more �ammable liquids exist. Therefore, liquids with complex chemical names should always be checked if they are �ammable. Special speci�cations and standards of construction exist for pumps handling these types of �uids – API610 is one example. Strong jets of water and other �uids: The strength of these should always be treated as if they are powerful enough to cause injury and should be handled accordingly. Strong vacuums: These can draw a person into a pipe intake or hold them below water. Never assume a vacuum is safe as many serious injuries and fatalities have occurred due to people getting caught by vacuums. Mechanical pipe loads: While this is poor practice due to shortened pump mechanical seal and bearing life, pipelines can often be incorrectly winched into position to connect to a suction or discharge outlet. Always be mindful that pipes, when disconnected, may spring and swing out of place, which can be highly hazardous. Turbulence, aeration and buoyancy: Many processes involve the pumping of heavily aerated �uid, such as a heavily aerated sewage treatment process. Even with a life vest, you will not �oat in these �uids. Always work in pairs and wear a safety harness when undertaking such work. Noise: Environmental and safety regulations exist around the sound output of machinery, measured in decibels. Pumps are often noisy due to re�ective sound, particularly in an enclosed space and when surrounded by other noisy equipment. Now that we can safely operate in the pumphouse, the next instalment of the Pump Handbook will focus on the actual operation and maintenance.

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TECO Te3:

RELIABLE EFFICIENCY FOR PUMP AND FAN SYSTEMS The TECO Te3 IE3 Cast Iron Motor range delivers dependable performance from 0.55kW to 500kW, with multiple mounting options and standard shaft/terminal configurations. Designed for ambient temperatures up to 50°C and fully MEPS IE3 compliant, it integrates seamlessly with pumps, fans, and Variable Speed Drives in mechanical plantrooms. CORE TECHNICAL BENEFITS • Premium IE3 Efficiency: Meets and exceeds MEPS and IEC 60034-30 standards across frame sizes 80–400 – reducing energy consumption and extending motor life. • Class F Insulation, Class B Temperature Rise: Rated for full-load operation in ambient temperatures up to 50°C; offers a generous thermal reserve for reliable operation under variable conditions. • VSD-Ready Design: Compatible with most Variable Speed Drives (5–50 Hz) with no de-rating; optional features include insulated bearings and shaft grounding for enhanced protection. • IP55 Protection Standard (IP66 Optional): Neoprene-gasketed terminal boxes and cast-iron housing protect against dust, moisture, and harsh plantroom environments. IP66 versions available for exposed or rooftop installations. • Maintenance-Friendly Bearings: Grease relief system on larger frames (from D180) allows re-greasing during operation; sealed-for-life bearings minimise service on smaller units.

MANUFACTURING

OIL & GAS

MINING

HVAC

IRRIGATION WASTEWATER

WASTEWATER IRRIGATION

PUMP INDUSTRY Capability Guide 2027 MINING

MANUFACTURING

solutions

Industry Index

BUILDING SERVICES/HVAC Assett Mechanical Engineering ........................................56 Brown Brothers Engineers Australia ................................57 Franklin Electric....................................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 MATelec Australia ................................................................62 Sykes Group .........................................................................67 Techtop Australia ................................................................68 TECO Australia and New Zealand.....................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69

NOV........................................................................................64 Regal Rexnord IPS ................................................................65 Rezitech Services ................................................................66 SEEPEX Australia .................................................................66 Sulzer Australia ....................................................................66 Sykes Group .........................................................................67 Techtop Australia ................................................................68 TECO Australia and New Zealand.....................................68 United Pumps Australia ......................................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 Welltech Total Water Management..................................69

CHEMICALS AND PHARMACEUTICALS Assett Mechanical Engineering ........................................56 Condition Monitoring Group .............................................57 EagleBurgmann Australasia ..............................................58 Emtivac Engineering ...........................................................58 Flexaseal Australasia...........................................................58 John Crane............................................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 NETZSCH Australia ............................................................64 NOV........................................................................................64 Pump Systems .....................................................................65 Rezitech Services ................................................................66 SEEPEX Australia .................................................................66 Sulzer Australia ....................................................................66 Superior Pump Technologies ............................................67 Sykes Group .........................................................................67 TECO Australia and New Zealand.....................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69

MANUFACTURING Assett Mechanical Engineering ........................................56 Brown Brothers Engineers Australia ................................57 Condition Monitoring Group .............................................57 Emtivac Engineering ...........................................................58 Flexaseal Australasia...........................................................58 Franklin Electric....................................................................60 J.A.C. Pump Services..........................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 MATelec Australia ................................................................62 Pump Systems .....................................................................65 Regal Rexnord IPS ................................................................65 SEEPEX Australia .................................................................66 Sykes Group .........................................................................67 TECO Australia and New Zealand.....................................68 United Pumps Australia ......................................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 Welltech Total Water Management..................................69

FILTRATION Assett Mechanical Engineering ........................................56 Cummins South Paci�c.......................................................58 J.A.C. Pump Services..........................................................60 John Crane............................................................................60 MATelec Australia ................................................................62 Rezitech Services ................................................................66 Sykes Group .........................................................................67 Vogelsang .............................................................................68 WEG Australia.......................................................................69

MINING Angus Flexible Pipelines Australia Pty Ltd ......................58 Assett Mechanical Engineering ........................................56 Brown Brothers Engineers Australia ................................57 Condition Monitoring Group .............................................57 Cummins South Paci�c.......................................................58 EagleBurgmann Australasia ..............................................58 Emtivac Engineering ...........................................................58 Flexaseal Australasia...........................................................58 Flo-Max Pumps ....................................................................59 Franklin Electric....................................................................60 Hidrostal Australia...............................................................60 J.A.C. Pump Services..........................................................60 John Crane............................................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 MATelec Australia ................................................................62 NETZSCH Australia ............................................................64 Regal Rexnord IPS ................................................................65 Rezitech Services ................................................................66 SEEPEX Australia .................................................................66 Sulzer Australia ....................................................................66 Superior Pump Technologies ............................................67 Sykes Group .........................................................................67 Techtop Australia ................................................................68 TECO Australia and New Zealand.....................................68 United Pumps Australia ......................................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 Welltech Total Water Management..................................69

FOOD AND BEVERAGE Assett Mechanical Engineering ........................................56 Brown Brothers Engineers Australia ................................57 Emtivac Engineering ...........................................................58 Flexaseal Australasia...........................................................58 Flo-Max Pumps ....................................................................59 Hidrostal Australia...............................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 MATelec Australia ................................................................62 NETZSCH Australia ............................................................64 NOV........................................................................................64 Pump Systems .....................................................................65 Regal Rexnord IPS ................................................................65 SEEPEX Australia .................................................................66 Sulzer Australia ....................................................................66 Superior Pump Technologies ............................................67 Sykes Group .........................................................................67 Techtop Australia ................................................................68 TECO Australia and New Zealand.....................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 IRRIGATION Angus Flexible Pipelines Australia Pty Ltd ......................58 Assett Mechanical Engineering ........................................56 Brown Brothers Engineers Australia ................................57 Cummins South Pacific ......................................................58 Emtivac Engineering ...........................................................58 Flo-Max Pumps ....................................................................59 Franklin Electric....................................................................60 Hidrostal Australia...............................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 MATelec Australia ................................................................62

OIL AND GAS Assett Mechanical Engineering ........................................56 Brown Brothers Engineers Australia ................................57 Cummins South Paci�c.......................................................58 EagleBurgmann Australasia ..............................................58 Flexaseal Australasia...........................................................58 Flo-Max Pumps ....................................................................59 Franklin Electric....................................................................60 John Crane............................................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 NETZSCH Australia ............................................................64 Pump Systems .....................................................................65 Regal Rexnord IPS ................................................................65 Rezitech Services ................................................................66

SEEPEX Australia .................................................................66 Sulzer Australia ....................................................................66 Superior Pump Technologies ............................................67 Sykes Group .........................................................................67 TECO Australia and New Zealand.....................................68 United Pumps Australia ......................................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 Welltech Total Water Management..................................69 PLASTICS AND RUBBER Assett Mechanical Engineering ........................................56 Cummins South Paci�c.......................................................58 Kelair Pumps Australia ........................................................61 TECO Australia and New Zealand.....................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 POWER GENERATION Assett Mechanical Engineering ........................................56 Brown Brothers Engineers Australia ................................57 Condition Monitoring Group .............................................57 EagleBurgmann Australasia ..............................................58 Flexaseal Australasia...........................................................58 J.A.C. Pump Services..........................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 Regal Rexnord IPS ................................................................65 Rezitech Services ................................................................66 SEEPEX Australia .................................................................66 Sulzer Australia ....................................................................66 Sykes Group .........................................................................67 TECO Australia and New Zealand.....................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 PULP AND PAPER Assett Mechanical Engineering ........................................56 Flexaseal Australasia...........................................................58 Hidrostal Australia...............................................................60 John Crane............................................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 NOV........................................................................................64 Pump Systems .....................................................................65 Regal Rexnord IPS ................................................................65 Rezitech Services ................................................................66 SEEPEX Australia .................................................................66 Sulzer Australia ....................................................................66 Sykes Group .........................................................................67 Techtop Australia ................................................................68 TECO Australia and New Zealand.....................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 WATER AND WASTEWATER Assett Mechanical Engineering ........................................56 Brown Brothers Engineers Australia ................................57 Condition Monitoring Group .............................................57 EagleBurgmann Australasia ..............................................58 Flexaseal Australasia...........................................................58 Flo-Max Pumps ....................................................................59 Hidrostal Australia...............................................................60 J.A.C. Pump Services..........................................................60 Kelair Pumps Australia ........................................................61 KSB Australia ........................................................................62 MATelec Australia ................................................................62 NETZSCH Australia ............................................................64 NOV........................................................................................64 Pump Systems .....................................................................65 Regal Rexnord IPS ................................................................65 Rezitech Services ................................................................66 SEEPEX Australia .................................................................66 Sulzer Australia ....................................................................66 Superior Pump Technologies ............................................67 Sykes Group .........................................................................67 TECO Australia and New Zealand.....................................68 Vogelsang .............................................................................68 WEG Australia.......................................................................69 Welltech Total Water Management..................................69

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Product Index API PROCESS PUMPS Flexaseal Australasia........................................................58 Regal Rexnord IPS (Oceania) ...........................................65 Rezitech Services .............................................................66 SEEPEX Australia ..............................................................66 Sulzer Australia .................................................................66 United Pumps Australia ...................................................68 Vogelsang ..........................................................................68 AXIAL FLOW PUMPS Brown Brothers Engineers Australia .............................57 Kelair Pumps Australia .....................................................61 Regal Rexnord IPS (Oceania) ...........................................65 Sulzer Australia .................................................................66 Sykes Group.......................................................................67 BEARINGS Kelair Pumps Australia .....................................................61 BLOWERS Emtivac Engineering ........................................................58 Hiblow Australia ................................................................60 Maxijet Australia ...............................................................62 Regal Rexnord IPS (Oceania) ...........................................65 Sulzer Australia .................................................................66 WEG Australia....................................................................69 BOOSTER PUMPS Maxijet Australia ...............................................................62 Sykes Group.......................................................................67 BOREHOLE PUMPS Brown Brothers Engineers Australia .............................57 Franklin Electric.................................................................60 Hiblow Australia ................................................................60 J.A.C. Pump Services.......................................................60 Kelair Pumps Australia .....................................................61 Maxijet Australia ...............................................................62 Welltech Total Water Management...............................69 CENTRIFUGAL PUMPS Brown Brothers Engineers Australia .............................57 EagleBurgmann Australasia ...........................................58 Emtivac Engineering ........................................................58 Flexaseal Australasia........................................................58 Hiblow Australia ................................................................60 Kelair Pumps Australia .....................................................61 KSB Australia .....................................................................62 Maxijet Australia ...............................................................62 Power Equipment .............................................................64 Regal Rexnord IPS (Oceania) ...........................................65 Rezitech Services .............................................................66 SEEPEX Australia ..............................................................66 Sulzer Australia .................................................................66 Superior Pump Technologies .........................................67 Sykes Group.......................................................................67 United Pumps Australia ...................................................68 Welltech Total Water Management...............................69 CHEMICALS PUMPS Kelair Pumps Australia .....................................................61 Rezitech Services .............................................................66 SEEPEX Australia ..............................................................66 Sulzer Australia .................................................................66 Vogelsang ..........................................................................68 CHOPPER PUMPS Brown Brothers Engineers Australia .............................57 Kelair Pumps Australia .....................................................61 Pump Systems ..................................................................65 Rezitech Services .............................................................66 SEEPEX Australia ..............................................................66 Sulzer Australia .................................................................66 Sykes Group.......................................................................67 CIRCUMFERENTIAL PISTON PUMPS Superior Pump Technologies .........................................67 COMPRESSORS Regal Rexnord IPS (Oceania) ...........................................65 Sykes Group.......................................................................67 CONSULTING Condition Monitoring Group ..........................................57 J.A.C. Pump Services.......................................................60

Kelair Pumps Australia .....................................................61 INSTRUMENTATION CONTROL AND MONITORING Sykes Group.......................................................................67 Condition Monitoring Group ..........................................57 Welltech Total Water Management...............................69 MATelec Australia .............................................................62 TECO Australia and New Zealand ..................................68 COUPLINGS WEG Australia....................................................................69 Angus Flexible Pipelines Australia .................................58 Welltech Total Water Management...............................69 Brown Brothers Engineers Australia .............................57 John Crane.........................................................................60 JET PUMPS Kelair Pumps Australia .....................................................61 Maxijet Australia ...............................................................62 Regal Rexnord IPS (Oceania) ...........................................65 Sykes Group.......................................................................67 LOBE PUMPS Pump Systems ..................................................................65 DEWATERING PUMPS Vogelsang ..........................................................................68 Brown Brothers Engineers Australia .............................57 Cummins South Paci�c....................................................58 MAGNETIC DRIVE PUMPS EagleBurgmann Australasia ...........................................58 Pump Systems ..................................................................65 Flexaseal Australasia........................................................58 Kelair Pumps Australia .....................................................61 MECHANICAL DIAPHRAGM PUMPS KSB Australia .....................................................................62 Sykes Group.......................................................................67 Maxijet Australia ...............................................................62 NETZSCH Australia .........................................................64 MECHANICAL SEALS Regal Rexnord IPS (Oceania) ...........................................65 Chesterton Asia Paci�c ...................................................57 Rezitech Services .............................................................66 Flexaseal Australasia........................................................58 SEEPEX Australia ..............................................................66 John Crane.........................................................................60 Sulzer Australia .................................................................66 Sykes Group.......................................................................67 Sykes Group.......................................................................67 Vogelsang ..........................................................................68 MIXED FLOW PUMPS Rezitech Services .............................................................66 DOSING AND METERING EQUIPMENT SEEPEX Australia ..............................................................66 MOTORS DRIVES AND ENGINES ABB ......................................................................................56 ELECTROMAGNETIC PUMPS Brown Brothers Engineers Australia .............................57 Pump Systems ..................................................................65 Cummins South Paci�c....................................................58 Franklin Electric.................................................................60 END SUCTION PUMPS Kelair Pumps Australia .....................................................61 EagleBurgmann Australasia ...........................................58 MATelec Australia .............................................................62 Emtivac Engineering ........................................................58 Perdurus .............................................................................64 Flexaseal Australasia........................................................58 Power Equipment .............................................................64 Hidrostal Australia............................................................60 SEW-EURODRIVE Australia ...........................................66 J.A.C. Pump Services.......................................................60 Techtop Australia .............................................................68 KSB Australia .....................................................................62 TECO Australia and New Zealand ..................................68 Pump Systems ..................................................................65 WEG Australia....................................................................69 Sulzer Australia .................................................................66 MULTISTAGE PUMPS ENGINEERING Hiblow Australia ................................................................60 Brown Brothers Engineers Australia .............................57 Maxijet Australia ...............................................................62 Condition Monitoring Group ..........................................57 Rezitech Services .............................................................66 John Crane.........................................................................60 SEEPEX Australia ..............................................................66 Kelair Pumps Australia .....................................................61 Sulzer Australia .................................................................66 MATelec Australia .............................................................62 United Pumps Australia ...................................................68 Sykes Group.......................................................................67 Welltech Total Water Management...............................69 PERIPHERAL PUMPS Maxijet Australia ...............................................................62 FIRE PUMPS Rezitech Services .............................................................66 Cummins South Paci�c....................................................58 SEEPEX Australia ..............................................................66 Kelair Pumps Australia .....................................................61 Pump Systems ..................................................................65 PISTON PUMPS Rezitech Services .............................................................66 Superior Pump Technologies .........................................67 Sykes Group.......................................................................67 POSITIVE DISPLACEMENT PUMPS GEARBOXES Kelair Pumps Australia .....................................................61 Regal Rexnord IPS (Oceania) ...........................................65 NETZSCH Australia .........................................................64 Techtop Australia .............................................................68 NOV.....................................................................................64 WEG Australia....................................................................69 Pump Systems ..................................................................65 SEEPEX Australia ..............................................................66 GLAND PACKAGING Vogelsang ..........................................................................68 Chesterton Asia Paci�c ...................................................57 Flexaseal Australasia........................................................58 PRESSURE PUMPS John Crane.........................................................................60 Brown Brothers Engineers Australia .............................57 Hidrostal Australia............................................................60 GRINDER PUMPS Kelair Pumps Australia .....................................................61 Maxijet Australia ...............................................................62 Maxijet Australia ...............................................................62 Sulzer Australia .................................................................66 HORIZONTAL SPLIT CASE PUMPS Sykes Group.......................................................................67 Emtivac Engineering ........................................................58 Welltech Total Water Management...............................69 J.A.C. Pump Services.......................................................60 Rezitech Services .............................................................66 PRESSURE SEWER SYSTEMS Sulzer Australia .................................................................66 NOV.....................................................................................64 United Pumps Australia ...................................................68 Welltech Total Water Management...............................69 HOSES Angus Flexible Pipelines Australia .................................58 PROGRESSIVE CAVITY PUMPS Brown Brothers Engineers Australia .............................57 Roto Pumps .......................................................................66 Kelair Pumps Australia .....................................................61 SEEPEX Australia ..............................................................66 Sykes Group.......................................................................67 Vogelsang ..........................................................................68 Welltech Total Water Management...............................69

www.pumpindustry.com.au

Product Index RECIPROCATING PUMPS Maxijet Australia ...............................................................62 Superior Pump Technologies .........................................67 REPAIR AND AFTERMARKET Chesterton Asia Paci�c ...................................................57 EagleBurgmann Australasia ...........................................58 Flexaseal Australasia........................................................58 Kelair Pumps Australia .....................................................61 NETZSCH Australia .........................................................64 SEEPEX Australia ..............................................................66 Sulzer Australia .................................................................66 Sykes Group.......................................................................67 United Pumps Australia ...................................................68 ROTARY PUMPS Roto Pumps .......................................................................66 SEEPEX Australia ..............................................................66 Superior Pump Technologies .........................................67 Vogelsang ..........................................................................68 ROTODYNAMIC PUMPS Brown Brothers Engineers Australia .............................57 Kelair Pumps Australia .....................................................61 Rezitech Services .............................................................66 SCREW PUMPS Hidrostal Australia............................................................60 Superior Pump Technologies .........................................67 SEALS Brown Brothers Engineers Australia .............................57 Chesterton Asia Paci�c ...................................................57 EagleBurgmann Australasia ...........................................58 Flexaseal Australasia........................................................58 John Crane.........................................................................60 Sykes Group.......................................................................67 SINGLE ACTING PUMPS Maxijet Australia ...............................................................62

Pump Industry | Spring 2026 | Issue 57

SINGLE STAGE PUMPS Rezitech Services .............................................................66 SEEPEX Australia ..............................................................66 Sulzer Australia .................................................................66 SLURRY PUMPS Brown Brothers Engineers Australia .............................57 Kelair Pumps Australia .....................................................61 KSB Australia .....................................................................62 NETZSCH Australia .........................................................64 Regal Rexnord IPS (Oceania) ...........................................65 Rezitech Services .............................................................66 SEEPEX Australia ..............................................................66 Sulzer Australia .................................................................66 Sykes Group.......................................................................67 Vogelsang ..........................................................................68 SOLAR PUMPS Franklin Electric.................................................................60 NOV.....................................................................................64 SPECIALITY PUMPS Maxijet Australia ...............................................................62 Pump Systems ..................................................................65 Regal Rexnord IPS (Oceania) ...........................................65 SEEPEX Australia ..............................................................66 Welltech Total Water Management...............................69 Sulzer Australia .................................................................66 STAINLESS STEEL PRODUCTS Pump Systems ..................................................................65 Techtop Australia .............................................................68 SUBMERSIBLE PUMPS Brown Brothers Engineers Australia .............................57 Flo-Max Pumps .................................................................59 Franklin Electric.................................................................60 Hiblow Australia ................................................................60 Hidrostal Australia............................................................60 J.A.C. Pump Services.......................................................60 Kelair Pumps Australia .....................................................61 KSB Australia .....................................................................62

Pump Systems ..................................................................65 Rezitech Services .............................................................66 Sulzer Australia .................................................................66 Sykes Group.......................................................................67 Welltech Total Water Management...............................69 TRANSFER PUMPS Brown Brothers Engineers Australia .............................57 Hidrostal Australia............................................................60 Kelair Pumps Australia .....................................................61 Maxijet Australia ...............................................................62 NETZSCH Australia .........................................................64 Pump Systems ..................................................................65 Rezitech Services .............................................................66 SEEPEX Australia ..............................................................66 Sulzer Australia .................................................................66 Sykes Group.......................................................................67 Vogelsang ..........................................................................68 Welltech Total Water Management...............................69 TRASH PUMPS Maxijet Australia ...............................................................62 Power Equipment .............................................................67 Rezitech Services .............................................................66 SEEPEX Australia ..............................................................66 Sykes Group.......................................................................67 TURBINE PUMPS Rezitech Services .............................................................66 Sulzer Australia .................................................................66 VACUUM PUMPS Emtivac Engineering ........................................................58 Flo-Max Pumps .................................................................59 Regal Rexnord IPS (Oceania) ...........................................65 Rezitech Services .............................................................66 Vogelsang ..........................................................................68 VALVES Brown Brothers Engineers Australia .............................57 Kelair Pumps Australia .....................................................61 Superior Pump Technologies .........................................67

43 South

Alfa Laval Australia

43south.co.nz

alfalaval.com.au

2/16 George Bellew Road, Yaldhurst, Christchurch, New Zealand +64 3 349 1350 / 0800 654 112 orders@43South.co.nz

ABB

601 Blackburn Road, Notting Hill VIC 3168 1800 602 020 AU-EP-Sales@abb.com new.abb.com/au Motors, drives and engines

Allight

12 Hoskins Road, Landsdale WA 6065 08 9302 7000 sales@allight.com allight.com

14 Healey Circuit, Huntingwood NSW 2148 02 8822 2700 / 1800 023 182 australia.info@alfalaval.com

Assett Mechanical Engineering

All Pumps

100 SilverWater Road, SilverWater NSW 2128 1300 255 786 sales@allpumps.com.au allpumps.com.au

Angus Flexible Pipelines Australia

amepumps.com.au Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Building services and HVAC, Food and beverage, Manufacturing, Plastics and rubber, Chemicals and pharmaceuticals

Australian Fluid Handling

Unit 5/48 Business Street, Yatala QLD 4207 1300 438 4673 sales.australia@angus�re.com angus�exiblepipelines.com.au Irrigation, Mining Couplings, Hoses

61-65 Ashwin Parade, Torrensville SA 5031 08 8234 2090 sales@amepumps.com.au

Unit 1, 25-27 Burns Road, Altona VIC 3018 03 9369 6200 salesvic@afhpl.com.au afhpl.com.au

Looking for the industrial pump experts? NATIONWIDE SUPPORT

You’ve just found them. SOLUTIONS FOR ALL INDUSTRIES

We are Kelair Pumps. FAST SERVICE LEAD TIMES

With our extensive range of pumps, first class customer service and ongoing comprehensive support, Kelair Pumps are second to none when it comes to your pumping needs. EXPERIENCE YOU CAN TRUST 09/25

WHEN PUMP KNOWLEDGE MATTERS

Rely on Kelair

Pump Industry | Spring 2026 | Issue 57

Find out more today 1300 789 466 www.kelairpumps.com.au

A-C

Australian Pressure Solutions 2/5 Millrose Drive, Malaga WA 6090 08 9209 3937 australianpressuresolutions.com.au

Batescrew Pumps and Valves Australia

189 Newell Highway, Tocumwal NSW 2714 03 5874 2101 sales@batescrew.com batescrew.com

Bon�glioli

2 Cox Place, Glendenning NSW 2761 02 8811 8000 nswsales@bon�glioli.com bon�glioli.com/australia/en

BKB Pumping Solutions

57 Greenhills Rd, Pakenham VIC 3810 1300 252 227 wayne.e@bkbgroup.com.au bkbgroup.com.au

Brown Brothers Engineers Australia 228 Atlantic Drive, Keysborough VIC 3173 1300 4 BBENG info@brownbros.com.au

brownbros.com.au Irrigation, Mining, Oil and Gas, Power generation, Water and Wastewater, Building services and HVAC, Food and beverage, Manufacturing Axial �ow pumps, Borehole pumps, Centrifugal pumps, Chopper pumps, Couplings, Dewatering pumps, Engineering, Hoses, Motors, drives and engines, Pressure pumps, Rotodynamic pumps, Seals, Slurry pumps, Submersible pumps, Transfer pumps, Valves “Brown Brothers Engineers Australia, a member of the AxFlow Group, provides a full range of pumps and pumping solutions, from small domestic

pressure systems to large industrial process pumps. Brown Brothers Engineers is the distributor for some of the world’s leading pump brands, including Lowara, HYDROVAR, Goulds Water Technology and Flygt in Queensland, NSW, the ACT, Victoria and Tasmania, and nationally for Layne Bowler and SAER. As one of Australia and New Zealand’s leading pump suppliers for almost a century, Brown Brothers guarantees the best pumping solutions because the company only supply the world’s leading pump brands. Brown Brothers’ Australian operation not only includes the importation of a wide range of pumping equipment, but also the assembly, distribution, testing and custom-building of pumpsets and pumping systems. The company’s quali�ed engineers work closely with customers and engineering consultants to select the right pump or pumping system for each project. Brown Brothers also gives superior after-sales service, backed by dedicated service and testing facilities.”

Calpeda Pumps

3 Maritime Court, Gillman SA 5013 08 8268 8880 sales@calpeda.com.au calpeda.com.au

Caprari Pumps Australia

1 Maritime Court, Gillman SA 5013 08 8240 0767 sales@caprari.com.au caprari.com/au

Chesterton Asia Paci�c

95 Excellence Drive, Wangara WA 6065 08 9302 7800 customerservice@customseal. com.au chesterton.com Gland packing, Mechanical seals, Repair and aftermarket, Seals

Condition Monitoring Group 10/80 Mills Road, Braeside VIC 3195 0477 444 880 solutions@cm-group.au

cm-group.au Industrial, Manufacturing, Water and Wastewater, Mining, Chemicals and pharmaceuticals, Commercial and Facilities management, Power generation, Data centres, Irrigation Instrumentation control and monitoring, Engineering, Consulting “CM Group is a group of businesses providing specialist services, training and products to the industrial and commercial sectors. CM Solutions is a specialist provider of industrial maintenance, diagnostic services and engineering support for complex machinery and plant assets across Australia and internationally. The company’s core objective is to help clients improve reliability, minimise unplanned downtime and maintain safe, stable, and e�cient operations. CM Institute delivers industry-focused training in vibration analysis, infrared thermography, precision alignment and other condition monitoring disciplines, combining technical knowledge with practical, real-world application through classroom and on-site training. CM Products supplies conditionmonitoring tools and test instruments designed to detect faults early, optimise maintenance and protect critical assets. The company’s range includes thermal and acoustic imaging systems, precision shims, automatic lubrication systems and advanced online machine monitoring platforms. Multi-sensor monitoring solutions capture, trend and analyse condition data including vibration, temperature and other key signals, providing greater visibility of equipment health. Together, CM Group connects services, training and technology to help organisations improve reliability, build capability and better understand the condition of their critical assets.” www.pumpindustry.com.au

C-F

Crusader Hose

22 Industry Place, BaysWater VIC 3153 03 9720 1100 sales@crusaderhose.com.au crusaderhose.com.au

Drive Systems

8/32 Melverton Drive, Hallam VIC 3803 03 9796 4800, 0499 855 220 info@drivesystems.com.au drivesystems.com.au

DTB International Pumping P/L

41 Industrial Drive, Braeside VIC 3195, 1300 30 23 30 sales@dtbpumps.com dtbpumps.com

Cummins South Paci�c

191 Boundary Road, Laverton North VIC 3028 1800 931 181, 1300 286 646 1300cummins@cummins.com

cummins.com/en-au Filtration, Irrigation, Mining, Oil and Gas, Power generation Dewatering pumps, Fire pumps, Motors, drives and engines

Dwyer Instruments

1/11 Waverley Drive, Unanderra NSW 2526 02 4272 2055 info@dwyer-inst.com.au

426 South Gippsland Hwy, Dandenong South VIC 3175 1300 378 677 info.oceania@dwtgroup.com dabpumps.com.au

Davey Water Products

eagleburgmann.com/en/au Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Chemicals and pharmaceuticals Centrifugal pumps, Dewatering pumps, End suction pumps, Repair and aftermarket, Seals

Ebara Pumps Australia

De.mem-Stevco

ebara.com.au

Unit 10, Epping Business Park, 53 Gateway Boulevard, Epping VIC 3076 1300 336 364 vicsales@dememgroup.com demem.com.au

16 Stennett Road, Ingleburn NSW 2565 02 9605 0600 info@au.eagleburgmann.com

6 Lakeview Drive, Scoresby VIC 3179 1300 232 839 sales@daveyWater.com daveyWater.com/au

Pump Industry | Spring 2026 | Issue 57

170 - 174 Discovery Road, Dandenong South VIC 3175 1300 791 199 mwilkinson@emtivac.com emtivac.com Irrigation, Mining, Food and beverage, Manufacturing, Chemicals and pharmaceuticals Blowers, Centrifugal pumps, End suction pumps, Horizontal split case pumps, Vacuum pumps

FITT Resources

27 Awaba Street, Lisarow NSW 2250 1300 653 229 contact@�ttresources.com.au �ttresources.com.au

dwyeromega.com/en-au

EagleBurgmann Australasia DAB Pumps Oceania

Emtivac Engineering

1 Jacksta� Court, BaysWater North VIC 3153 03 9761 3033 sales.epa@ebara.com

Flexaseal Australasia

2/28 Callemondah Drive, Gladstone QLD 4680 1300 762 548 sales_aus@�exasealau.com

�exaseal.com Mining, Oil and Gas, Chemicals and pharmaceuticals, Water and Wastewater, Power generation, Pulp and paper, Food and beverage, Manufacturing, Marine and Ports API process pumps, Centrifugal pumps, Dewatering pumps, End suction pumps, Gland packing, Mechanical seals, Repair and aftermarket, Seals “Flexaseal Australasia is a leading provider of engineered mechanical sealing solutions, delivering premium products, technical expertise and local support to industries across Australia and New Zealand. The company specialises in the design, supply, repair and optimisation of mechanical seals and seal support

systems for pumps, mixers, agitators and other rotating equipment. Flexaseal Australasia o�ers a comprehensive portfolio of cartridge seals, split seals, slurry seals, metal bellows seals, and API 682-compliant sealing solutions, supported by a full suite of mechanical seal support systems designed to improve equipment reliability, reduce maintenance costs, and enhance plant safety. The company’s expertise extends beyond product supply, with specialist mechanical seal repair and refurbishment services for all major mechanical seal brands. Through local service capabilities and access to world-class manufacturing facilities, Flexaseal Australasia provides coste�ective repair, upgrade and replacement solutions tailored to the demands of critical industrial applications. Flexaseal Australasia serves a broad range of industries, including mining and minerals processing, oil and gas, chemical processing, power generation Water and Wastewater, food and beverage, pharmaceutical and manufacturing sectors.

Backed by more than 40 years of sealing innovation, the company combines engineering expertise, responsive technical support and industry-leading lead times to help maintenance and reliability teams maximise equipment performance, minimise downtime and improve operational e�ciency.”

Flo-Max Pumps

5/6 Stanton Rd, Seven Hills NSW 2147 1800 730 104 sales@�o-maxpumps.com.au

�o-maxpumps.com.au Irrigation, Mining, Oil and Gas, Water and Wastewater, Food and beverage Submersible pumps, Vacuum pumps “Flo-Max Pumps is a proudly Australianowned company, delivering dependable, high-quality pumping products

nationwide. Flo-Max designs and engineers custom industrial pumping solutions satisfying the most stringent requirements. With decades of experience, Flo-Max’s expert design and engineering teams, based in Sydney, tailor solutions that optimise e�ciency and reliability. The company’s pumps support a broad range of industries, from mining to agriculture, including special custom requirements. Flo-Max’s streamlined manufacturing processes promote quick turnaround times and competitive lead times. The company’s commitment to customer satisfaction is demonstrated through responsive service and ongoing technical support. Flo-Max also specialises in servicing and refurbishing existing pumping equipment, including 3D modelling and printing of moulds used to manufacture custom replacement parts. Flo-Max Pumps continues to earn a strong reputation for excellence and reliability, both in Australia and internationally.”

Your Global Partner for Handling Complex Media

5 pump technologies tailored for demanding media and processes Market leader with more than 70 years of experience Individual consultation and technical application support across Australia and Oceania NETZSCH Australia Pty Ltd Phone: 07 3488 8183 • 02 9641 2840 E-mail: nas@netzsch.com • www.netzsch.com.au

www.pumpindustry.com.au

F-J

Flowserve Corporation

Hydro Innovations

5 Parker Street, Castlemaine VIC 3450 1300 356 973 �owserve.com

Fluid Engineering

32 Bridge Road, Gri�th NSW 2680 02 6962 9601 solutions@�uidengineering. com.au �uidengineering.com.au

Hiblow Australia

6/3 Marina Close, Mount Kuring-gai NSW 2080 02 9457 8622 sales@hiblow.com.au hiblow.com.au Blowers, Borehole pumps, Centrifugal pumps, Multistage pumps, Submersible pumps

21-23 Clyde Street, Rydalmere NSW 2116 02 9898 1800 sales@hydroinnovations.com.au hydroinnovations.com.au

ifm efector

Suite 3, 745 Springvale Road, Mulgrave VIC 3170 1300 365 088 sales.au@ifm.com ifm.com/au/en

ITT Blakers Franklin Electric

106-110 Micro Cct, Dandenong South VIC 3175 03 9799 5000 australiasales2@fele.com franklinelectric.com.au Irrigation, Mining, Oil and Gas, Building services and HVAC, Manufacturing Borehole pumps, Motors, drives and engines, Solar pumps, Submersible pumps

Graco Australia

Suite 17, 2 Enterprise Drive, Bundoora VIC 3083 03 9468 8500 csaustralia@graco.com graco.com/au/en

Global Pumps

12 Selgar Avenue, Tonsley SA 5042 1300 145 622 sales@globalpumps.com.au globalpumps.com.au

Grundfos

515 South Road, Regency Park, Adelaide SA 5010 1300 337 733 ausales@sales.grundfos.com grundfos.com/au

Pump Industry | Spring 2026 | Issue 57

Hidrostal Australia

52 Commerce Circuit, Yatala QLD 4207 07 3801 8110 au.sales@hidrostal.com hidrostal.com.au Irrigation, Mining, Pulp and paper, Water and Wastewater, Food and beverage End suction pumps, Pressure pumps, Screw pumps, Submersible pumps, Transfer pumps “Hidrostal Australia is a solely-owned subsidiary company of Hidrostal Holding AG Switzerland. Hidrostal is also the inventor and manufacturer of the original screw impeller pump, which has been �eld proven for 60 years. Due to their outstanding characteristics, Hidrostal pumps are used in numerous municipal and industrial sectors. They pump the most diverse �uids and materials gently and with low pulsation. Hidrostal pumps are successful in di�cult applications and achieve the best results with respect to performance, energy e�ciency, non CLOG capabilities and low lifecycle costs.”

Hydro Australia

8 Minchington Road, Morwell VIC 3840 03 5165 0390 sales@hydroaustralia.com.au hydroaustralia.hydroinc.com

29 Paramount Drive, Wangara WA 6065 1300 333 488 sales.blakers@itt.com ittblakers.com

J.A.C. Pump Services 24 Enterprise Drive, Tomago NSW 2322 02 4964 9777 admin@jacpumps.com

jacpumps.com Filtration, Mining, Power generation, Water and Wastewater, Manufacturing Borehole pumps, Consulting, End suction pumps, Horizontal split case pumps, Submersible pumps

John Crane

549 Somerville Road, Sunshine VIC 3020 03 9289 4777 salesaueast@johncrane.com

johncrane.com/en-au Filtration, Mining, Oil and Gas, Pulp and paper, Chemicals and pharmaceuticals Couplings, Engineering, Gland packing, Mechanical seals, Seals

Kelair Pumps Australia

Gateway Estate, 211-215 Walters Road, Arndell Park NSW 2148 1300 789 466 kelair@kelairpumps.com.au/ kelairreception@kelairpumps. com.au

kelairpumps.com.au Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Building services and HVAC, Food and beverage, Manufacturing, Plastics and rubber, Chemicals and pharmaceuticals Axial �ow pumps, Bearings, Borehole

pumps, Centrifugal pumps, Chemicals pumps, Chopper pumps, Consulting, Couplings, Dewatering pumps, Engineering, Fire pumps, Hoses, Motors, drives and engines, Positive displacement pumps, Pressure pumps, Repair and aftermarket, Rotodynamic pumps, Slurry pumps, Submersible pumps, Transfer pumps, Valves “Kelair Pumps Australia, a member of the AxFlow Group, is a privately-owned pump company that commenced operations in 1975. Its mission is to provide clients with a range of world-renowned, high-quality products supported by knowledgeable sta�. Guided by the philosophy ‘When Pump Knowledge Matters’, Kelair takes pride in its technical expertise and understanding of pump systems. Kelair Pumps has an extensive range of both positive displacement pumps and centrifugal pumps for applications

across industries such as mining, oil and gas, chemicals and pharmaceuticals, paint, power generation, and water and wastewater. The company’s range of pumps includes diaphragm pumps, air-operated diaphragm pumps, gear pumps, peristaltic pumps, screw pumps, progressive cavity pumps, vane pumps and lobe pumps. Kelair also o�er water pumps, magnetic drive pumps, solids handling pumps and chemical pumps. Kelair Pumps is a leading supplier of �re pumps to the construction and plumbing industries for �re protection and building hydraulics. Kelair Pumps works with a range of sewage and wastewater treatment plants, with its products supported by a highly skilled service division providing troubleshooting, repair and commissioning both in-house and on-site.”

www.pumpindustry.com.au

K-M

LK Diesel KSB Australia

13 Hawkins Crescent, Bundamba QLD 4304 1300 073 887, after hours: 1300 301 356 enquiries@ksb.com.au

ksb.com/en-au Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Building services and HVAC, Food and beverage, Manufacturing, Chemicals and pharmaceuticals Centrifugal pumps, Dewatering pumps, End suction pumps, Slurry pumps, Submersible pumps “KSB Australia is a leading provider of pumps, valves and service solutions, supporting the mining Water Wastewater, industrial, Building services and energy sectors across Australia. With more than 85 years of local experience and the backing of the global KSB Group, KSB Australia combines proven engineering expertise with responsive local support to deliver reliable, e�cient and �t-for-purpose �ow control solutions. The company’s capability extends beyond equipment supply. Through its SupremeServ lifecycle support, KSB helps customers improve performance, reduce downtime and extend asset life with services including technical support, installation and commissioning, maintenance planning, repairs, upgrades, spare parts, condition monitoring and asset management. KSB Australia’s local teams work closely with customers to understand their operating needs and recommend practical solutions that support safety, reliability and long-term value. Whether delivering new projects, upgrading existing assets or supporting ongoing maintenance requirements, KSB Australia provides the expertise, technology and service capability to help keep critical operations running safely and e�ciently. From high-performance pumps and valves to complete service support, KSB Australia partners with customers to solve �ow control challenges and achieve better outcomes across demanding applications.”

Pump Industry | Spring 2026 | Issue 57

52 Woodlands Drive, Braeside VIC 3195 03 9588 6900 info@lkdiesel.com.au lkdiesel.com.au

MAIRS Technology

PO Box 3308, Caroline Springs VIC 3023 03 9028 8080 sales@mairstech.com mairstech.com

Malcolm Thompson Pumps Unit 1/33 Colquhoun Road, Perth Airport WA 6105 1800 733 687 sales@mtp.com.au mtp.com.au

MATelec Australia

pump and motor control systems for water and wastewater, irrigation, agriculture, mining, HVAC, building services, �re protection, industrial applications, and many other sectors. From proven o�-the-shelf solutions to complex custom-engineered systems, MATelec Australia combines control expertise, practical design, and advanced technology to deliver reliable performance in demanding environments. The company’s capabilities also extend to remote monitoring and connected control, giving operators and owners greater visibility of critical assets, faster real-time fault awareness, and more e�ective system management. From concept and design through to manufacture, testing, commissioning, and ongoing technical support, MATelec Australia works through strategic channel partnerships to provide an end-to-end control and automation solution backed by quali�ed engineers, electricians, and technical specialists. Australian Made, proven in the �eld and backed by local engineering and technical support, MATelec Australia delivers control solutions built to keep Australia’s pumping infrastructure performing.”

5 Telford Drive, Shepparton VIC 3630 1800 281 282 customer@matelecaustralia. com.au

matelecaustralia.com.au Building services and HVAC, Filtration, Food and beverage, Irrigation, Manufacturing, Mining, Water and Wastewater Instrumentation control and monitoring, Motors, drives and engines, Engineering “Behind Australian pump systems is the control technology that keeps them performing critical operations day in, and day out. MATelec Australia is a family owned, ISO-accredited, Australian manufacturer with more than 20 years of experience in delivering reliable control solutions for the pump industry. From its regional manufacturing hub in regional Victoria, the company produces more than 2500 control panels every month, with more than 300,000 MATelec Australia panels operating in the �eld. MATelec’s in-house engineering team designs and manufactures advanced

Maxijet Australia

32 McGregors Drive, Keilor Park VIC 3042 03 9336 1000 sales@maxijet.com.au

maxijet.com.au Blowers, Booster pumps, Borehole pumps, Centrifugal pumps, Dewatering pumps, Grinder pumps, Jet pumps, Multistage pumps, Peripheral pumps, Pressure pumps, Reciprocating Pumps, Single acting pumps, Speciality pumps, Transfer pumps, Trash pumps

8303

CONTROL SOLUTIONS BUILT FOR THE PUMP INDUSTRY

SCAN ME Discover more about our capabilities, or be connected with our channel partners.

TRUSTED AUSTRALIAN-MADE CONTROL & AUTOMATION SOLUTONS TAILORED TO THE CRITICAL NEEDS OF AUSTRALIAN INDUSTRIES. From off-the-shelf pump control panels to complex custom-engineered systems, MATelec Australia combines local engineering, manufacturing, and qualified technical expertise to deliver reliable control and automation solutions for demanding pump applications.

COMMERCIAL BUILDING SERVICES

MUNICIPAL RETICULATION

HEALTHCARE & DEFENCE

INDUSTRY & DATA CENTRES

CIVIL & CONSTRUCTION

Smart & Reliable Control Building Infrastructure

Essential Supply Services Control & Monitoring

Critical & Emergency System Control

Level, Pressure, Flow, Temperature Process Control

Dewatering, Water Diversion & Transfer

MINING

AGRICULTURE

HVAC

FIRE PROTECTION

TRANSPORT

Mining Infrastructure & Operations Control

Irrigation, Animal Feed & Dairy Systems

Climate Conditioning controls & BMS Systems

Water Storage Level & Fire System Control

Traffic, Fuel Station & Lubrication Controls

M-P

Mono Pumps Australia

Pioneer Pump

75 Frankston Gardens Drive, Carrum Downs VIC 3201 03 9773 7777 ozsales@mono-pumps.com monopumps.com.au

Unit 1, 67 Proximity Drive, Sunshine West VIC 3020 03 9988 1650 PPAUsales@pioneerpump.com

NOV

75 Frankston Gardens Drive, Carrum Downs VIC 3201 1800 333 138 ozsales@nov.com

NETZSCH Australia

Unit 1, 14 Thomas Hanlon Court, Yatala QLD 4207 02 9641 2840, 07 3488 8183 nas@netzsch.com

pumps-systems.netzsch.com/en-AU Mining, Oil and Gas, Water and Wastewater, Food and beverage, Chemicals and pharmaceuticals Dewatering pumps, Positive displacement pumps, Slurry pumps, Transfer pumps, Repair and aftermarket “NETZSCH is a global specialist in complex �uid handling, with over 70 years of experience in developing, manufacturing, and supplying positive displacement pumps worldwide. Through its sales and service centres across Australia, NETZSCH provides comprehensive technical expertise, application support, servicing, and aftersales support. Local stocks of pumps and spare parts enable fast delivery throughout the Oceania region. Supported by extensive application knowledge across a wide range of industries, NETZSCH delivers reliable, tailored solutions that help customers maximise uptime, maintain e�cient production, and achieve long-term operational cost savings while ensuring dependable performance and customer satisfaction.”

nov.com Irrigation, Pulp and paper, Water and Wastewater, Food and beverage, Chemicals and pharmaceuticals Positive displacement pumps, Pressure sewer systems, Solar pumps “National Oilwell Varco (NOV) is a leading provider of integrated production and process solutions to a variety of industrial markets. The company combines engineering expertise with quality products, a global footprint and aftermarket support to deliver solutions that meet customer requirements. NOV’s history of providing progressive cavity pumps dates back to being issued one of the original licenses to manufacture Mono pumps. With in-house industry-speci�c expertise, NOV understands the needs of its customers in di�erent industry sectors including Water and Wastewater, food and beverage, agriculture and solar, chemical and pharmaceutical, oil and gas, mining, and pulp and paper.”

Pentair

1-21 Monash Drive, Dandenong South VIC 3175 1300 137 344 au.sales@pentair.com pentair.com.au

Perdurus

12 Venture Ct, Dandenong South VIC 3175 03 9279 2886 info@perdurus.com.au perdurus.com.au Motors, drives and engines

Pump Industry | Spring 2026 | Issue 57

global.pioneerpump.com/se-asia-paci�c

Polymaster

161 Karinie St, Swan Hill VIC 3585 1300 062 064 sales@polymaster.com.au polymaster.com.au

Pomona Pumps

14 Jesmond Road, Croydon VIC 3136 03 9722 8888 sales@pomonapumps.com.au pomonapumps.com.au

Power Equipment

10-12 Commercial Drive, Lynbrook VIC 3975 03 9709 8500 info@powerequipment.com.au

powerequipment.com.au Centrifugal pumps, Motors, drives and engines, Trash pumps

ProMinent Fluid Controls Australia

4 Narabang Way, Belrose NSW 2085 02 9450 0995 sales@prominent�uid.com.au prominent�uid.com.au

Pump Engineers

11-13 Kennaugh Street, Oakleigh East VIC 3166 03 9543 2011 info@pumpengineers.com.au pumpengineers.com.au

P-R

Pump Supplies

PO Box 29, Hunter Region Mail Centre NSW 2310 1800 753 8437 sales@pumpsupplies.com

PumpEng

pumpsupplies.com.au

Unit 3, 22-24 Alex Wood Drive, Forrestdale WA 6112 08 9434 9922 sales@pumpeng.com.au pumpeng.com.au

Pump Power Australia

9 Export Drive, Brooklyn VIC 3012 03 9933 7400 sales@pumppower.com.au pumppower.com.au

Pumpserv

Unit 3A/7-15 Gundah Rd, Mount Kuring-gai NSW 2080 02 9055 7955 sales@pumpserv.com pumpserv.com

Regal Rexnord IPS (Oceania)

18 Stratham St, Bennetts Green NSW 2290 02 4677 6000 Sales.australia@regalrexnord.com

Pump Systems

1 McKechnie Street, Geraldine, Canterbury, New Zealand 1800 121 452 sales@chopperpumps.com.au

chopperpumps.com.au Oil and Gas, Pulp and paper, Water and Wastewater, Food and beverage, Manufacturing, Chemicals and pharmaceuticals Chopper pumps, Electromagnetic pumps, End suction pumps, Fire pumps, Lobe pumps, Magnetic drive pumps, Positive displacement pumps, Speciality pumps, Stainless steel products, Submersible pumps, Transfer pumps

regalrexnord.com Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Food and beverage, Manufacturing API process pumps, Axial �ow pumps, Blowers, Centrifugal pumps, Compressors, Couplings, Dewatering pumps, Gearboxes, Slurry pumps, Speciality pumps, Vacuum pumps

Precision engineering, proven performance We push the boundaries of fluid engineering to solve complex operational challenges. Combining deep process expertise with advanced equipment and integrated aftermarket services, we help customers improve efficiency, reduce downtime, and maximize asset life. From critical water infrastructure to industries including mining, metals, pulp and paper, and fertilizer production, we deliver reliable, durable solutions engineered to perform in the toughest conditions. Through continuous innovation, customer collaboration, and comprehensive lifecycle support, we help customers achieve resilient operations and long-term performance. info.water.au@sulzer.com, info.industry.au@sulzer.com

www.pumpindustry.com.au

R-S

Regent Pumps

1-7 Redwood Drive, Dingley VIC 3172 03 9551 5111 sales@regentpumps.com.au regentpumps.com.au

Rezitech Services

109-111 Wedgewood Road, Hallam VIC 3803 03 8720 8600 shanetregear@rezitech.com.au

rezitech.com.au Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Chemicals and pharmaceuticals API process pumps, Centrifugal pumps, Chemicals pumps, Chopper pumps, Dewatering pumps, Fire pumps, Horizontal split case pumps, Mixed �ow pumps, Multistage pumps, Peripheral pumps, Rotodynamic pumps, Single stage pumps, Slurry pumps, Submersible pumps, Transfer pumps, Trash pumps, Turbine pumps, Vacuum pumps

Roto Pumps

26 Deans Court, Dandenong South VIC 3175 03 9794 5200 sales@rotopumps.com.au

rotopumps.com.au Progressive cavity pumps, Rotary pumps

SEEPEX Australia

Unit 1, 47 Lake Road, Tuggerah NSW 2259

Pump Industry | Spring 2026 | Issue 57

02 4355 4500 info.au@seepex.com

seepex.com/en-au Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Food and beverage, Manufacturing, Chemicals and pharmaceuticals API process pumps, Centrifugal pumps, Chemicals pumps, Chopper pumps, Dewatering pumps, Dosing and metering equipment, Multistage pumps, Peripheral pumps, Positive displacement pumps, Progressive cavity pumps, Repair and aftermarket, Rotary pumps, Single stage pumps, Slurry pumps, Speciality pumps, Transfer pumps, Trash pumps When uptime matters, operators across Australia turn to SEEPEX. From mining to Water treatment and food production, SEEPEX Australia delivers progressive cavity pump solutions engineered to keep critical processes running reliably in demanding environments. Designed for abrasive, corrosive, solidsladen and high-viscosity media, SEEPEX pumps provide accurate, low-pulsation �ow and e�cient dosing while helping reduce maintenance requirements and lifecycle costs. The result is improved reliability, greater operational e�ciency and fewer unplanned disruptions. Part of Ingersoll Rand, SEEPEX combines global engineering expertise with strong local capability. Pumps are assembled and customised at the company’s Tuggerah NSW facility, supported by local stockholding and nationwide technical service. This enables faster response times, shorter lead times and solutions tailored to Australian operating conditions. The patented Smart Conveying Technology (SCT) and other SEEPEX Maintain in Place technologies simplify maintenance, extend wear-part life and help reduce downtime. Digital monitoring solutions further support asset performance and proactive maintenance strategies. To help customers respond quickly to unexpected equipment failures, the SEEPEX Australia Fast Track Pump Program o�ers selected pre-con�gured pump packages ready for shipment in as little as �ve business days. Reduced replacement lead times help customers restore operations faster, minimise disruption and maintain productivity.

SEW-EURODRIVE Australia 27 Beverage Drive, Tullamarine VIC 3043 1300 739 287 sales.vic@sew-eurodrive.com.au sew-eurodrive.com.au Motors, drives and engines

Speck Pumps Australia

Unit 2/6 Glory Road, Gnangara WA 6077 Within Australia 1300 207 380 International: 8 6201 1286 sales@speckaustralia.com speckaustralia.com

Sterling Pumps

14 Sharnet Circuit, Pakenham VIC 3810 03 5941 3400 sales@sterlingpumps.com.au sterlingpumps.com.au

Submersible Motor Engineering

9 Ryelane St, Maddington WA 6109 08 9452 2922 jayson@smeng.com.au smeng.com.au

Sulzer Australia

33 Enterprise Circuit, Carrum Downs VIC 3201 03 9775 0522 info.Water.au@sulzer.com

sulzer.com Irrigation, Manufacturing, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Food and beverage, Chemicals and pharmaceuticals API process pumps, Axial �ow pumps, Blowers, Centrifugal pumps, Chemicals pumps, Chopper pumps, Dewatering pumps, End suction pumps, Horizontal split case pumps, Multistage pumps, Pressure pumps, Repair and aftermarket, Slurry pumps, Single stage pumps, Specialty pumps, Submersible pumps, Transfer pumps, Turbine pumps

Sulzer Flow Division delivers innovative pumping and process solutions engineered to meet the critical needs of customers across Water Wastewater, oil and gas, power generation, chemicals, mining, and general industry. The company’s portfolio includes pumps, agitators, compressors, grinders, screens, and �ltration technologies developed through extensive expertise in �uid engineering and advanced materials. By combining world-class equipment with local application knowledge, digital innovation, and lifecycle services, Sulzer helps customers improve reliability, e�ciency, and sustainability throughout their operations. As a global leader in �uid handling solutions, Sulzer is committed to creating lasting value for customers worldwide.

Superior Pump Technologies

Sykes Group

sptaust.com.au Mining, Oil and Gas, Water and Wastewater, Food and beverage, Chemicals and pharmaceuticals Centrifugal pumps, Circumferential piston pumps, Piston pumps, Reciprocating Pumps, Rotary pumps, Screw pumps, Valves

sykesgroup.com Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Building services and HVAC, Food and beverage, Manufacturing, Chemicals and pharmaceuticals Axial �ow pumps, Booster pumps, Centrifugal pumps, Chopper pumps, Compressors, Consulting, Couplings, Dewatering pumps, Engineering, Fire pumps, Hoses, Mechanical diaphragm pumps, Mechanical seals, Pressure pumps, Repair and aftermarket, Seals, Slurry pumps, Submersible pumps, Transfer pumps, Trash pumps

Unit 23/31 Governor Macquarie Drive, Chipping Norton NSW 2170 02 9727 0525 applications@sptaust.com.au

42 Munibung Rd, Cardi� NSW 2285, Australia 1300 737 546 info@sykesgroup.com

The most comprehensive range of pumps and innovative pumping solutions. From small domestic pressure systems to large industrial process pumps, Brown Brothers Engineers have got the right pump for you.

Distributing world-renowned brands including:

09/26

Ph: 1300 4 BBENG www.brownbros.com.au DELIVERING PUMPING SOLUTIONS www.pumpindustry.com.au

T-W

Tap�o

10, 111 – 113 William Angliss Drive, Laverton North VIC 3026 1800 303 633 sales@tap�o.au tap�o.com/au

Techtop Australia

33-35 Gaine Road, Dandenong South VIC 3175 03 9753 2222 sales@techtop.com.au

techtop.com.au Irrigation, Mining, Pulp and paper, Building services and HVAC, Food and beverage Gearboxes, Motors, drives and engines, Stainless steel products

TECO Australia and New Zealand

335-337 Woodpark Road, Smith�eld NSW 2164 9765 8118 marketing@teco.com.au

teco.com.au Building Services and HVAC, Chemicals and pharmaceuticals, Food and beverage, Irrigation, Manufacturing, Mining, Oil and Gas, Plastics and Rubber, Power Generation, Pulp and paper, Water and Wastewater Instrumentation control and monitoring, Motors, drives and engines “TECO Australia and New Zealand is a leader within the electric solutions space, catering to the industrial and mining sector. With a strong presence in the region, TECO specialises in the manufacturing and distribution of industrial electric motors, variable speed drives and automation. The company’s extensive product range includes:

Pump Industry | Spring 2026 | Issue 57

• Low voltage motors including 1000V • Medium and high voltage motors • Low voltage variable speed drives • Medium voltage variable speed drives • Soft starters • Automation equipment • Transformers • TECOBAR busway systems • Solar plant and BESS TECO’s commitment to technological advancement and sustainable practice has earned a reputation for delivering superior products and exceptional customer service. With stocked warehouses across six Australian states and New Zealand, TECO ensures fast delivery and responsive service. The company’s in-house TECO ModShop allows for local motor modi�cations and customisations to meet speci�c project needs across all our branches. TECO’s new Energy Solutions business also supports customers in improving e�ciency and cutting emissions. Backed by global expertise and strong local presence, TECO is powering the industry towards cleaner, and more reliable performance.”

Tsurumi Australia

Unit 8/175 Campbell Street, Belmont WA 6014 1300 917 915 admin@tsurumipumps.com.au tsurumipumps.com.au

Vogelsang

Unit 2, 7 Dunn Rd, Smeaton Grange NSW 2567 02 46 47 8511 info@vogelsang.com.au

vogelsang.info/en-au Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Building services and HVAC, Food and beverage, Manufacturing, Plastics and rubber, Chemicals and pharmaceuticals API process pumps, Chemicals pumps, Dewatering pumps, Lobe pumps, Positive displacement pumps, Progressive cavity pumps, Rotary pumps, Slurry pumps, Transfer pumps, Vacuum pumps

Volvo Penta

Unit 3, 17 Alexandra Place, Murarrie QLD 4172 07 3890 7615 andrew@seamech.com.au volvopenta.com/en-au

Waterdos Instruments Australasia 32/31 Keysborough Close, Keysborough VIC 3173 1300 980 513 info@Waterdos.com.au Waterdos.com.au

Watson-Marlow United Pumps Australia

31 Western Avenue, Sunshine VIC 3020 03 9464 9500 unitedpumps@unitedpumps. com.au

sterlingpumps.com.au Irrigation, Mining, Oil and Gas, Manufacturing API process pumps, Centrifugal pumps, Horizontal split case pumps, Multistage pumps, Repair and aftermarket

5 Hexham Place, Wetherill Park, 2164 NSW 02 8787 1400 info.au@wmfts.com wmfts.com/en-au

W-Z

Welling and Crossley

59 Export Drive, Brooklyn VIC 3012 03 9316 9700 wcsales@whiteint.com.au

WEG Australia

14 Lakeview Drive, Scoresby VIC 3179 03 9765 4600 (Head O�ce) 07 3265 9800 (QLD) 02 9616 3900 (NSW) 08 9400 5700 (WA) info-au@weg.net weg.net/institutional/AU/en Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp and paper, Water and Wastewater, Building services and HVAC, Food and beverage, Manufacturing, Plastics and rubber, Chemicals and pharmaceuticals Blowers, Gearboxes, Instrumentation control and monitoring, Motors, drives and engines

Weir Australia

1 Marden Street, Artarmon NSW 2064 1300 927 626 global.weir

wellcross.com.au

Wilo Australia

Unit 2, 29 Alexandra Place, Murarrie QLD 4172 07 3907 6900 sales.au@wilo.com wilo.com/au/en

Borehole pumps, Centrifugal pumps, Consulting, Engineering, Hoses, Instrumentation control and monitoring, Pressure pumps, Pressure sewer systems, Speciality pumps, Submersible pumps, Transfer pumps

WOMA (Australia)

16 Redemptora Road, Henderson WA 6166 08 9434 6622 hpWater@woma.com.au woma.com.au

Xylem Welltech Total Water Management

61 Baile Road, Canning Vale WA 6155 08 9353 1366 solutions@welltech.com.au

14 Emporium Avenue, Kemps Creek NSW 2178 13 19 14 sales.au@xylem.com xylem.com/en-au

welltech.com.au Irrigation, Mining, Oil and Gas Water and Wastewater, Manufacturing

Built on Legacy. Designed for the Future. Born from a legacy of quality and innovation, Scion Technology delivers a next-generation progressive cavity pump that is shorter, lighter and easier to maintain. Learn more at nov.com/scion.

Mono

NOV_FMS_Scion Tech_half pg_PICG Sep 2026.indd 1

8/31/2026 2:39:26 PM

www.pumpindustry.com.au

INDUSTRY CAPABILITY GUIDE

Sharpen your expertise From pump installation to commissioning, operation and maintenance, this PIA resource has it all.

ump Industry Australia (PIA) has produced a new resource that targets a critical gap in the market for standardised, practical guidance across the pump lifecycle. The �rst chapter of Installation, Commissioning, Operation and Maintenance for Pumps (ICOM) covers pump installation, beginning with the OH&S aspects of the work, foundation construction, and the transport and storage of pumps to and at site. It then details the erection, levelling and grouting of the pumpset followed by the installation of the associated pipework and the coupling alignment to prepare for the initial pump start. An installation check list is included in the booklet’s appendices. Having installed the pump set, the next section covers pump commissioning, such as preparation tips, i.e. personnel needed for the process, tools and documents required for commissioning. The commissioning process is then described in detail followed by ways of evaluating commissioning, including any troubleshooting required. A comprehensive troubleshooting guide is

Pump Industry | Spring 2026 | Issue 57

Image: tong2530/stock.adobe.com

Pump Industry Australia is seeking to help companies improve pump installation quality and standardisation.

included in the booklet’s appendices. The pump site testing section explains why a commissioning run and its results cannot be considered a pump site test. A commissioning check list and samples of both electric-driven and engine-driven commissioning reports are included in the booklet’s appendices. The �nal chapter of the booklet covers a pump’s operation and maintenance requirements once it has been installed and commissioned. The initial part of this section covers pump safety – an especially important consideration when working with rotating machinery – the pump house environment, and what liquids are pumped. The next part of this chapter covers pump operation and the normal operational requirements after a pumpset has been commissioned. This is followed by pump maintenance and the need for both routine and preventive maintenance, with the latter split into monthly, quarterly and annual maintenance schedules. In an environment where improper installation and misalignment remain leading contributors to premature

pump failure, unplanned downtime and increased maintenance costs, PIA has positioned this guide as a tool to drive improved asset reliability and whole-oflife performance. By reinforcing correct practices at the installation and commissioning stages, the booklet supports reduced lifecycle costs and enhanced operational e�ciency for end users. The publication also presents a broad market opportunity for pump suppliers and OEMs, who can incorporate the booklet as a standard documentation resource with equipment supply. This not only promotes best-practice alignment across projects but also strengthens aftersales support and risk mitigation for clients. Priced at $16.50 (including GST and postage), with discounted rates available for PIA members, the booklet o�ers a cost-e�ective resource for organisations seeking to improve installation quality, standardisation and long-term pump performance.

For more info or to order, visit pumps.org.au/publications

Next Gen Compact Current Vector Control TECO E710 Reliable, energy-efficient variable speed control for pumps • Reduce water hammer: Controlled starts and stops protect pumps and pipework. • Lower energy costs: Match pump speed to system demand. • Reduce downtime: Predictive diagnostics give advance notice of drive maintenance.

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MAINTAIN IN PLACE PUMP WITH ROTOR AND DRIVE JOINT ACCESS

CUT DOWN COSTS BELOW THE SURFACE YOUR MINING PUMPS Top performance in mining operations. Keeping your workplace safe and productive.

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Known for their long-lasting performance and minimal maintenance needs, SEEPEX progressive cavity pumps cut down your total operational costs. Their adaptable design supports various stages of mining, including critical functions like mine dewatering. HIGH-PRESSURE SOLUTIONS FOR MINE DEWATERING Effective mine dewatering relies on the right pump to manage groundwater and drilling waste. With high-pressure capabilities of up to 48 bar, SEEPEX solidshandling pumps cut costs and support sustainable water control underground. YOUR BENEFITS y Lower life cycle costs y Quick and easy maintenance y Increased energy and water efficiency y Reliable in harsh conditions

SEEPEX Australia Pty. Ltd. info.au@seepex.com www.seepex.com