Pump Industry Spring 2025

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To find your nearest dealer visit volvopenta.com/industrial

Pump Industry Australia Incorporated

PO Box 527

YARRAWONGA VIC 3730

Phone: +61 493 975 931 secretary@pumps.org.au

www.pumps.org.au

PIA Executive Council 2025

Kylie Kinsella - President Regent Pumps

Joel Neideck – Vice President TDA Pumps

Tracey Guida – Treasurer/Secretary

Alan Rowan – Councillor

Executive O cer – Publications and Training, Life Member

Ken Kugler

Executive O cer – Standards, Life Member

Steve Bosnar – Councillor Franklin Electric/Pioneer Pumps

Michael Woolley – Councillor Tsurumi Pumps

Luke Biermann – Councillor Mechanical Seal Engineering

Tim Yakup – Councillor Regent Pumps

Alex Calodoukas – Councillor Pump Strategy

Keith Bowen – Councillor Xtron Pumps Australia

President’s welcome

Dear PIA Members and Industry Colleagues,

Welcome to the spring edition of Pump Industry.

As we step into the spring season, I’m reminded of the renewed energy and optimism that this time of year brings. In many ways, it mirrors the momentum we’re seeing across the pump industry — a combination of steady progress, evolving technologies, and a growing focus on sustainability and e� ciency.

Over the past year, our industry has shown remarkable resilience. Despite global challenges from economic uncertainty to supply chain disruptions, we’ve continued to adapt, innovate, and lead.

Now, with spring upon us, there is a renewed sense of opportunity. We’re seeing increased investment in infrastructure, water management and energy e� ciency, all areas in which pump technologies play a crucial role.

As professionals in this � eld, we are not just moving � uids; we’re enabling progress. Whether it’s ensuring access to clean water, supporting critical manufacturing, or advancing clean energy solutions, our work has a far-reaching impact.

As advertised in last month’s issue, the PIA held its � rst training session for this year. It was an excellent collaboration with WEG Australia, Drive Systems and our partner, the Cancer Council. We were fortunate to have experts from WEG, who presented an overview of the company

before delivering product training on the latest developments in motor technology, control systems, and gearbox arrangements.

Complimenting the WEG training was the presentation from Drive Systems. We had an insightful product presentation on the history of couplings, where they are now and the best options for all applications. All presenters are to be congratulated on their informative presentations; all participants commented on the high quality of the training they received.

Finally, we heard from the Cancer Council, who reminded us of the importance of not missing our health checks and focusing on bowel cancer. They also encouraged all of us to complete the free bowel test we receive in the mail after the age of 50. You are welcome to donate to this cause through the PIA website or directly on the Cancer Council website. The PIA has donated half of the training proceeds to this valuable cause.

Enjoy the spring edition as I encourage you to take the time to read, re� ect, and engage with this issue. Whether you’re a manufacturer, engineer, distributor, or operator, there’s something here for you.

Thank you for your continued commitment to excellence in all that you do. Here’s to a season of growth, innovation, and shared success.

Kind regards,

Kylie Kinsella PIA, President

Scan to subscribe to Pump Industry’s weekly newsle er –delivered to your inbox every Thursday a ernoon.

Cover image: City of Gold Coast

Published by

Chairman John Murphy

Chief Executive O� cer

Christine Clancy

Editor Chris Edwards

Design

Jacqueline Buckmaster

Head of Design

Blake Storey

Business Development Manager

Rima Munafo

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Louisa Stocks

Head O� ce

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6 Planning for shifting sands HVAC&R 10 Liquid cooling takes the lead 12 Innovation in every degree PIA MEMBER NEWS

14 Future-ready with hose-diaphragm pumps

16 Building the next generation

19 A smarter alternative to traditional packaging

20The case for OEM parts

23 Precise and protective pump power

MINING

24 Making space for precision

26 Engineered pump solutions at WA Mining

28 Supporting mining with ROTO EFFICIENCY

Contents Regulars

PIA WELCOME

3 President’s welcome PUMP CURVES

43 #16: How low can you go?

31 Performance where it counts

32 Powering e� ciency at Yarra Yarra

FOOD AND BEVERAGE

34 Milking more from every pump MOTORS

37 Gearboxes powering pump performance

38 Super premium motor upgrade

INDUSTRY ADVOCATES

41 Australian Refrigeration Council ICG

51 Pump Industry Capability Guide 2026

PUMP HANDBOOK

46 The right alignment

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.

MULTISAFE® DOUBLE HOSE-DIAPHRAGM PUMPS

Precision-engineered for the most demanding applications, FELUWA’s MULTISAFE® technology ensures safe and efficient handling of abrasive, aggressive and toxic media – even under extreme operating conditions.

Our pumps are designed for high-pressure and high-performance requirements, delivering:

Flow rates up to 1,000 m³/h

Pressures up to 350 bar

YOUR SOLUTION FOR:

Reactor, autoclave and gasifier feeding

Concentrate and tailings transfer

Fly and bottom ash disposal

Wet oxidation

Mine dewatering

Planning for shifting sands

As coastlines retreat and storm events intensify, the importance of long-term sand management has never been more urgent.

In March 2025, Tropical Cyclone Alfred stalled ominously o� the Queensland coast. The system didn’t strike with the speed of a traditional cyclone. It lingered, dragging out its destructive presence over a harrowing twelve-day period. During that time, the storm unleashed sustained high-energy wave conditions across southeast Queensland and northern New South Wales, coinciding with seasonal king tides and already vulnerable dune systems. Entire sections of shoreline were overtopped or sheared away. By the time the cyclone � nally cleared, beach widths had shrunk by up to 50 metres in some locations, and o� shore sand bars had reformed in unpredictable patterns.

For engineers, planners, and councils, the aftermath was not just a test of seawalls or sediment management strategies. It was a stress test for decades of planning and sand pumping infrastructure investment. Those with pre-installed slurry pipelines, booster pump capacity and pre-approved nourishment zones were able to act swiftly. Others were forced to wait weeks, in some cases, to secure the necessary approvals. Some shorelines recovered quickly. Others were left exposed and continued to erode further. The contrast o� ered a clear message: resilient coasts need not only forecasting tools, but the physical ability to move sand when and where it matters most.

Sand moved faster than approval cycles

The City of Gold Coast’s Matt Moore did not understate the event’s impact.

“We had beach width losses of up to 50 metres and six-metre-high scarps,” Moore said. “Approximately four million cubic metres of sand were taken from the upper beach and deposited in o� shore bars.”

The cyclone produced the highest monthly wave energy on record since the city began tracking it in 1992. What made Tropical Cyclone Alfred particularly destructive was its duration.

“We had about 12 days of high-energy wave events from a single crossing,” Moore said. “It a� ected the entire 32 kilometres of urban beaches.”

Had the city not invested heavily in sand pumping infrastructure, the damage would have been far more extensive. Gold Coast’s shoreline management relies on a multi-tiered system that includes nourishment, bypassing, and a backpassing arrangement, all coordinated with longshore sediment transport modelling.

At the centre is a 7.8 kilometre pipeline stretching from the Seaway to Surfers

Paradise. Booster pumps ranging from 760 to 1,300 horsepower push sand through this slurry pipeline during scheduled beach nourishment campaigns. The system is SCADAintegrated (Supervisory Control and Data Acquisition), enabling operators to remotely monitor and adjust operations.

“What we’re doing is accelerating natural recovery,” Moore said. “We monitor shoreline pro� les weekly and adjust our placement volumes using a beach volume index to meet resilience targets.”

These operations demonstrate how strategic investment in sand pumping infrastructure can reduce post-storm recovery times and build long-term erosion control capacity.

Shoreline management beyond emergency response

While the Gold Coast faces a constant longshore drift of approximately 550,000 cubic metres of sand annually, other councils deal with more dynamic local systems.

Sunshine Coast Council Principal Coastal Engineer Georgia Keeshan oversees a diverse suite of sand pumping infrastructure applications, including canal maintenance, estuary dredging operations, and open-coast beach nourishment. Her team uses a mix of permanent slurry pipeline installations and mobile dredging systems.

“Tropical Cyclone Alfred didn’t hit us as hard as the Gold Coast, but we saw substantial erosion, particularly around Maroochydore,” Keeshan said. “Bribie Island experienced another entrance breakthrough, which altered the tidal prism and changed sediment transport patterns throughout Pumicestone Passage.”

The council selects pumps and pipeline con� gurations based on placement site access, beach width, and

the proximity of approved sand sources.

“There’s no one-size-� ts-all,” Keeshan said. “The closer the sand source, the smaller the pump you need. But if the beach is narrow, high-volume pumps can create delivery challenges.”

Contractors are pre-approved under multi-year tenders. Booster pumps and dredge barges are mobilised on demand, and sand quality is tested for grain size, silt content, and ecological suitability. Community communication is also essential.

“We have long-term planning documents like the Coastal Hazard Adaptation Strategy and Shoreline Erosion Management Plan,” Keeshan said. “And every nourishment project using sand pumping infrastructure has a tailored comms strategy, including signage, social media, and targeted brie� ngs.”

Dredging operations, designed for delivery

Further south, in New South Wales, Lake Macquarie City Council has launched a permanent sand pumping infrastructure program to manage Swansea Channel. This narrow entrance is the only marine access point into Lake Macquarie, Australia’s largest coastal saltwater lake.

“Sand shoaling reduces safe navigation, increases pressure on marine rescue, and impacts local tourism,” said project manager Brent Wellham. “Although Cyclone Alfred didn’t directly a� ect us, this infrastructure is about longterm planning.”

The system includes a Beaver 30 cutter suction dredge, land-based booster pumps, and a high-density polyethylene pipeline that will transfer sand slurry from Naru Point to Nine Mile Beach. It replaces previous ad hoc dredging campaigns with a permanent, managed solution.

“The route will likely follow historic

alignments but will now be buried or protected,” Wellham said. “We’re under-boring the Paci� c Highway and negotiating easements to allow permanent placement.”

With a dredging capacity of 1,000 cubic metres per day, the system signi� cantly outperforms past e�orts. Environmental assessments are being managed by Transport for New South Wales and include water quality monitoring, seagrass mapping, and bed level surveys.

The funding structure includes ten million dollars from the Commonwealth’s Priority Community Infrastructure Program and six million dollars from the NSW Government. Once construction is complete, Transport for New South Wales will take over long-term operations and maintenance of the sand pumping infrastructure.

State-wide coordination through Transport for New South Wales Transport for New South Wales manages a portfolio of coastal resilience projects across the state, with a particular focus on navigational safety and infrastructure readiness.

“Our role in dredging focuses on safe access for commercial and recreational vessels,” a spokesperson said. “But sand pumping infrastructure also supports � ood mitigation, coastal protection, and sediment reuse.”

Transport for New South Wales delivers projects under the New South Wales Coastal Dredging Strategy and the Boating Infrastructure and Dredging Scheme, working with councils and other state agencies. It conducts hydrographic surveys, manages procurement, and ensures compliance with Marine Order 504 under Australian maritime law.

“All dredging vessels must meet national safety standards,” the spokesperson said. “Booster pump arrangements and slurry pipelines are adapted to the dredge capacity, and pipework is � oated at intervals using industry-standard buoyancy systems.”

SCADA integration is standard for all procured vessels, allowing remote

Dredging work on the Gold Coast. Image: City of Gold Coast

The Maroochy Beach Renourishment Program under way. Image: Sunshine Coast Council

operability via logic-controlled onboard systems. Monitoring includes water quality testing, avifauna assessments, and regular shoaling analysis.

Every dredging campaign is subject to a Review of Environmental Factors (REF). Transport for New South Wales coordinates with the NSW Environment Protection Authority (NSW EPA), Department of Climate Change, Energy, the Environment and Water (DCCEEW), Department of Primary Industries (DPI), and the community.

While sand for beach nourishment is often placed by local councils, Transport for New South Wales ensures that all sand pumping infrastructure is designed for reliability, compliance, and reuse.

Community expectations meet technical complexity

Despite the technical nature of modern sand pumping infrastructure, public understanding remains vital. Hydrodynamic models and sediment budgets may guide shoreline protection, but long-term success often hinges on whether the community supports visible works. Keeshan said community education continues to evolve.

“We’re trying to show how nourishment supports ecological and recreational values, not just engineering targets.”

To support that narrative, the Sunshine Coast Council has developed interpretive signage, animated videos, and live dashboards that help residents understand the scale and bene� ts of nourishment campaigns. Ecological safeguards include sourcing clean, lowsilt sand, minimising plume formation and avoiding areas with active seagrass beds. In the Pumicestone Passage, these strategies protect federally listed shorebird habitats and reduce dredging impact.

Gold Coast programs also include high-resolution shoreline cameras, LIDAR (Light Detection and Radar) scans and drone imagery to demonstrate performance in near real-time. These tools give ratepayers visual con� rmation that sand is being added, not lost.

“We aim for visibility and transparency,” Moore said. “People

don’t want to hear that sand is disappearing. They want to see that it’s coming back, and that it’s being placed intelligently.”

The City of Gold Coast uses a Christmas-tree pipe layout to distribute sand e� ciently across 200-metre beach cells.

“It reduces downtime and allows for faster delivery during critical recovery periods,” Moore said.

These kinds of technical adaptations help councils demonstrate the public value of sand pumping infrastructure as a long-term coastal asset. When ratepayers understand how and why beaches are being replenished, they are more likely to support ongoing investment and accept short-term inconvenience during operations.

Learning from each other

Each of the three featured councils underscored the importance of coordination and knowledge transfer, not just during disaster recovery, but as part of ongoing shoreline resilience planning.

Sunshine Coast works closely with Queensland’s Department of Transport and Main Roads to align harbour dredging and nourishment at Mooloolaba.

“We share not only equipment but lessons,” Keeshan said. “Sometimes that’s as simple as going to see each other’s work.”

Regular inter-agency site visits and shared contractors improve consistency across campaigns, particularly when working with mobile booster pumps and pipe systems.

Moore said that the Gold Coast partners with the Gold Coast Waterways Authority (GCWA) and contributes 25 per cent to the Tweed Sand Bypassing Scheme.

“That scheme has delivered more than 13 million cubic metres of sand since 2001,” he said. “Without it, our southern beaches would be in much worse condition.”

Data sharing with Surf Life Saving Queensland and Moreton Bay Regional Council ensures alignment on sand volumes, nourishment

timing, and hazard mitigation during joint campaigns.

Lake Macquarie’s upcoming handover to Transport for New South Wales re� ects a maturing model for shared sand pumping infrastructure operation.

“We’ll be monitoring pre- and post-dredge surveys, sediment movement and ecological health together,” Wellham said. “That level of coordination is critical.”

Across jurisdictions, there is a growing sense that collaborative sediment management is not just good policy. It is the only way to manage coastlines that don’t recognise local government boundaries.

Future readiness requires local insight The next decade is expected to see more councils integrating adaptive, site-speci� c infrastructure for beach nourishment and erosion control.

Keeshan said demand is growing for o� shore nourishment systems that reduce direct beach impact.

“We’re exploring campaigns that place sand in shallow o� shore areas, where wave action naturally returns it to the beach. It’s less intrusive for users and more ecologically sensitive.”

Moore pointed to scheduled upgrades for the Seaway back-pass system.

“We’re improving pump controls, reinforcing exposed pipeline segments, and adding redundancy to support faster responses.”

While the systems di� er, the trend is clear. Permanent, responsive, datainformed sand pumping infrastructure is no longer a luxury; it is a necessity. It is a requirement for shoreline resilience in a changing climate.

Georgia Keeshan o� ered a � nal insight from the frontlines of coastal engineering.

“Planning is everything,” she said. “Beach erosion only becomes a problem when it’s already a problem. If you don’t have the permits, the contractors, and the sand source assessments all ready, you can’t respond fast enough. And every coastline is di� erent. There’s no one-size-� ts-all system. You need the right pump, the right pipeline, and the right plan.”

Growing demand for scalable digital infrastructure is driving a shi toward more e cient cooling methods.

Australia’s data centre and cloud hosting sector is experiencing unprecedented growth, driven by digital transformation across every industry, the explosion of e-commerce, and the rise of arti� cial intelligence (AI) and machine learning. According to IBISWorld, the sector is forecast to grow at an annualised 9.7 per cent from 2025 to 2030, reaching $6.0 billion by 2030, outpacing many other sectors of the Australian economy. This expansion is underpinned by surging demand for secure, scalable, and energy-e� cient IT infrastructure, as both government and business accelerate their digital footprints.

This rapid growth presents a signi� cant challenge: how to cool ever-more powerful and densely packed server environments e� ciently and sustainably. Traditional air-cooling methods are reaching their limits, especially as rack power densities climb, sometimes exceeding 100 kilowatts (kW) in next-generation AI deployments such as NVIDIA’s GB200 NVL72 systems.

The industry, as identi� ed by IBISWorld, is increasingly turning to advanced liquid cooling technologies, which can improve cooling energy e� ciency by 20–50 per cent compared to air-cooled systems, depending on

the deployment type and rack density. This shift not only slashes operational costs but also helps data centres meet stringent environmental, social, and governance (ESG) and National Australian Built Environment Rating System (NABERS) sustainability targets, according to a 2025 IBISWorld report.

Why liquid cooling? Water and engineered � uids have a signi� cantly higher thermal capacity than air, enabling precise and e� cient heat removal directly at the source, whether it is the chip, rack, or coolant distribution unit. This translates to lower energy consumption, reduced water usage, and a smaller carbon footprint.

These bene� ts are directly aligned with the sector’s growing focus on sustainability, cost control, and regulatory compliance. For operators, this means a lower total cost of ownership, reduced downtime, and the � exibility to scale as digital workloads increase.

How Burkert can help

At Burkert, we are at the forefront of this transformation. Our precisionengineered �uid control systems, including proportional solenoid valves, �ow transmitters, and analytical sensors, deliver ultra-stable temperature control (often within ±0.1°C when integrated

with advanced CDU controls), robust water quality monitoring, and leak-free operation. These solutions are modular and scalable, integrating seamlessly into both new builds and existing facilities, and supporting a range of applications, from direct-to-chip to immersion cooling.

Burkert’s advanced � ow and valve technologies enable smart pump integration, demand-based cooling, and heat recovery features, which can deliver lower energy consumption and directly support operators’ ESG and sustainability goals. Our systems provide integrated leak detection, predictive maintenance, and remote monitoring, ensuring safe and 24/7 operation even in the most demanding Tier III/IV environments.

Additionally, our global support network, easy-to-replace modular components, and compatibility with both air- and liquid-cooled environments make us a reliable partner for data centre operators and OEMs.

As digital transformation accelerates and the demand for high-performance, sustainable data centre cooling grows, Burkert is ready to support the Australian market with proven, futureready solutions. By embracing liquid cooling, operators can ensure their facilities are prepared for the next wave of digital innovation, e� ciently, reliably, and sustainably.

For more information, visit www.burkert.com.au

Smart

Innovation in every degree

Smarter heating and cooling is reshaping expectations across commercial infrastructure and asset performance planning.

Australia’s commercial infrastructure is entering a new era. Facility owners, developers, and government clients want systems that not only meet operational demands but also anticipate them. Cost and compliance pressures are increasing, yet so are expectations for occupant comfort, e� ciency and responsiveness to weather changes. For LG, the answer lies in combining intelligent hardware with adaptive software.

At the heart of this shift is the new Multi V i system. It is LG’s most advanced variable refrigerant � ow (VRF) solution to date, placing arti� cial intelligence at the core of HVAC system performance. According to Virender Rana, Head of LG’s HVAC business in Australia, this represents more than an incremental update.

“HVAC will always remain in demand,” Virender said. “As buildings get more complex and energy use rises, we need smarter systems that respond to real-world conditions, not just static setpoints.”

Smarter control in complex climates

The Multi V i is LG’s most advanced variable refrigerant � ow (VRF) system to date. It brings together arti� cial intelligence, adaptive controls, and post-sales service improvements, all designed to optimise performance across Australia’s diverse conditions.

Virender said the system was designed around what he calls the “three I’s”: innovative, interactive, and intelligent.

“It adapts based on how many people are in a room, how humid it is, what the outdoor temperature is doing,” he explained. “The system is more than smart - it is intelligent. Indoor devices communicate with each other, while outdoor devices respond automatically. You’re not just turning on cooling and heating anymore. You’re making live decisions based on user needs and environmental data.”

That adaptability matters in a country where a single day can swing between sub-zero mornings and 40-degree highs. From Far North Queensland to urban

Melbourne, the Multi V i is engineered to handle these crucial conditions.

“Our outdoor units can operate in a wide temperature range from sub-zero to almost 50 degrees,” Virender said. “We’ve built the system to respond to those extremes.”

This responsiveness supports both comfort and e� ciency. Outdoor units shift from economy mode to rapid cooling based on detected humidity, while indoor systems prioritise occupant needs across a larger operational range.

“The capacity range is wide,” Virender added. “One unit can go up to 73 or 74 kilowatts. That saves space, simpli� es installation and reduces component count.”

While all new systems are trialled domestically in South Korea before international launch, feedback from Australian teams still in�uences future product development. Local standards, rebate programs and regulatory changes are forwarded to LG’s global R&D team.

“We don’t always get top priority straight away, but the message is clear,” Virender said. “We need Australiaspeci� c models, and we push for those constantly.”

Smarter service and lower disruption AI HVAC systems also o� er improvements in long-term servicing and maintenance. The Multi V i logs up to six months of performance data,

Virender Rana is the head of LG’s HVAC Business in Australia.

enabling fault diagnostics before a technician even arrives on site.

“If there’s a fault, a technician doesn’t have to guess,” Virender said. “They can look at the history and pinpoint what went wrong.”

This allows for more proactive servicing and reduces the risk of unplanned outages. Mobile access also eliminates the need for laptops or proprietary cables. According to Virender, technicians can download the required data or view operating conditions directly from their phones.

“This improves our troubleshooting and in-� eld engineering capability,” he said. “It also shortens service time and improves the customer experience.”

Sustainability, refrigerants and reality checks

Virender believes HVAC is a critical contributor to building sustainability, but

not the only one. While LG’s systems have helped commercial buildings achieve Green Star and NABERS ratings, HVAC alone cannot de� ne total performance.

“We can contribute, but sustainability depends on lighting, insulation and materials as well,” he said. “We are part of that picture, not the whole picture.”

LG is also addressing the shift to lower global warming potential (GWP) refrigerants. Current systems are transitioning from R-410A to R-32, with future moves toward R-290 being assessed. However, Virender pointed out that energy-e� cient and low-emission systems often come at a premium.

“If developers aren’t willing to pay the higher cost, the change will be slow,” he said. “We’re ready if the demand is there, but it has to be a holistic decision.”

Market education and training support

The uptake of next-generation HVAC solutions is increasing, but Australia still lags behind North America and Europe. Virender attributes this in part to cautious adoption cycles and commercial conservatism.

“A lot of change comes at a cost,” he said. “We follow what happens in the US and Europe but implement it at our own pace.”

To support industry readiness, LG runs regular training programs for contractors, pre-sales teams and post-sales technicians. These cover system control, energy optimisation and hands-on commissioning.

“We run training both in-house and at customer locations,” Virender said. “After launching the Multi V i, we scheduled sessions speci� cally to get partners up to speed.”

A future shaped by responsiveness

Looking ahead, Virender expects AI HVAC systems to become more deeply integrated with building management systems. He also pointed to the transition from gas heating to electric systems in Victoria and South Australia as a key driver of new demand.

“That means air-to-water heat pumps, hot water systems and chillers,” he said. “It’s not just about comfort anymore. It’s about compliance, energy ratings and electri� cation.”

LG is expanding into water-cooled VRF systems for high-rise buildings and is entering previously untapped markets with a broader range of solutions.

“We’ve come a long way from selling split systems,” Virender said. “Now we’re working across VRF, chillers, heat pumps and hot water. That means more opportunities, and more responsibility, to deliver what the market actually needs.”

For more information, visit lg.com/au

The LG factory in South Korea

LG technical manager and customer inspecting new technology

Future-ready with hose-diaphragm pumps

FELUWA has developed next-generation hose-diaphragm pumps while pursuing long-term sustainability and global market expansion.

For more than 50 years, FELUWA has specialised in designing and manufacturing hose-diaphragm pumps, a technology that has carved out a distinct niche in demanding pumping applications worldwide. The German company, which traces its origins back more than a century, has evolved through several industrial phases before establishing itself in the pump market. Today, FELUWA is recognised for engineering solutions that thrive where abrasive, solid-laden � uids need to be pumped at high pressure and over long distances.

In Australia, FELUWA is represented by Paolo Romagnoli, Managing Director of FELUWA’s Australian subsidiary, who explained how the company’s MULTISAFE® hose-diaphragm pumps di� er from other positive displacement designs.

“Traditional diaphragm pumps use a � at, circular diaphragm. We use a hose element that is softly actuated by hydraulic � uid, which brings major

bene� ts in wear characteristics and maintenance,” Romagnoli said.

This distinction allows FELUWA to deliver reliability in environments where centrifugal pumps or � at-diaphragm designs would struggle. The hose element isolates the pumped medium from the pump body, meaning only the hose and valves are exposed to the process � uid. As a result, exotic alloys are minimised, wear is reduced, and long service life is achievable, often measured in decades.

Australian installations

In Australia, hose-diaphragm pumps have been applied in several specialised niches. At Origin Energy’s Eraring Power Station in New South Wales, FELUWA pumps have been handling � y ash, an abrasive by-product of coal combustion, since 2006. These are among the largest FELUWA pumps operating in the country.

FELUWA has also supplied pumps to Glencore’s Murrin Murrin operation

in Western Australia, where they have been installed for more than 25 years.

“Those installations prove the longevity of our pumps,” Romagnoli said. “If they are maintained properly, a hose-diaphragm pump can operate e� ectively for 30 years or more.”

A new milestone is the Hemi Gold Project in Western Australia, where FELUWA will deliver pumps for Australia’s � rst autoclave gold processing facility. The pumps will feed solids-laden � uid at high pressure into autoclaves, representing a showcase application for hose-diaphragm technology in mining.

Where hose-diaphragm pumps �t best Romagnoli explained that the competitive advantage of hosediaphragm pumps in the mining and power industry lies in applications involving long-distance slurry pipelines or steep elevation changes.

“If you need to pump signi� cant distances and/or deal with large

elevation changes, you will need to stack multiple centrifugal pumps in series. With a hose-diaphragm pump, you can often achieve the duty with a single pump,” he said.

This is one reason why FELUWA has identi� ed strong opportunities outside Australia, particularly in India, where iron ore and coal slurry pipelines of hundreds of kilometres in length are being developed. By comparison, Australia’s rail infrastructure for ore transport makes such pipelines less viable.

In downstream processing, FELUWA pumps also serve industries such as chemicals, ceramics, pharmaceuticals, and waste sludge treatment such as Super Critical Water Oxidation (SCWO) or wet oxidation processes. In these applications, high-pressure atomisation or the ability to pump viscous, abrasive � uids provides a signi� cant advantage over alternatives.

Global expansion

China remains a major market for FELUWA, particularly in coal gasi� cation, but the company is also exploring new opportunities in Southeast Asia. Over the past 12 months, it has appointed agents in Vietnam and Malaysia to build local connections and open doors to growth industries. Vietnam is emerging as a processing hub, while Malaysia has a more established industrial base, and both markets could bene� t from hose-diaphragm pumps in upstream and downstream applications.

FELUWA also has long-running installations in Indonesia, where pumps have been operating successfully in gold mining for several years.

“Often the best sign of success is when you hear nothing from a customer,

because it means the pumps are quietly doing their job,” Romagnoli said.

Beyond Asia, one of FELUWA’s most signi� cant strategic moves has been the establishment of a US o� ce in 2023. North America represents about 18 per cent of the global pump market, compared with Germany’s 5 per cent and Australia’s less than 1 per cent. Many of FELUWA’s early US installations were speci� ed through European-designed plants. However, the new o� ce enables the company to serve customers directly and provide faster access to parts and service.

“Having a local presence enables us to build stronger relationships and to demonstrate the bene� ts of hosediaphragm pumps in the world’s second largest pump market,” Romagnoli said.

With Asia o� ering new industrial projects and the US accounting for a major share of the global pump market, FELUWA’s expansion strategy is designed to position the company where long-term opportunities are strongest.

Innovation and sustainability

Over the past two decades, FELUWA has steadily enhanced its MULTISAFE®

hose-diaphragm pumps with more advanced condition monitoring capabilities. Customers can now track valve performance, pump operation, and energy e�ciency in real time, either locally or remotely. This enables predictive maintenance, reducing downtime.

From a sustainability perspective, FELUWA highlights several advantages. Energy demand is lower than with multiple centrifugal pumps in series, and e� ciency levels of around 95 per cent are common. The hose-diaphragm design also reduces the need for exotic alloys, as only the hose and valves come into contact with the pumped � uid.

“The pumps are designed for a lifetime of 30 years or more,” Romagnoli said. “When customers maintain them correctly, they avoid the waste and disruption of full pump replacement. That long service life is an important sustainability contribution.”

Looking ahead

FELUWA is investing in the development of hose-diaphragm pumps capable of handling even higher temperatures. Current limits are around 180 °C, but mineral processing demands are emerging that require temperatures of 200 °C and above. Engineers in Australia and Europe are working to develop solutions at these levels.

“We’re in the early design phase, but if we can deliver hose-diaphragm pumps at those temperatures within next two years, it will change the industry,” Romagnoli said.

For FELUWA, the strategy is clear: maintain its strong positions in China and Germany, expand into Asia and the US, continue to re� ne the hose-diaphragm technology, and showcase the reliability of pumps already operating in some of the most demanding applications worldwide.

For more information, visit feluwa.com

Pumps on site at Glencore’s Murrin Murrin site

The cross-section of the MULTISAFE hose-diaphragm pump

Regent Pumps is investing in pump engineer development through training and apprenticeships to strengthen Australia’s pump industry workforce.

Australia’s pump industry faces a familiar challenge: an ageing workforce and a shortage of skilled engineers ready to step into senior roles. Engineers Australia has warned that demand for engineers is outstripping supply, with a national shortfall of more than 50,000 engineers across all sectors reported in 2023. Apprenticeships are also struggling to keep pace, with NCVER data showing that engineering trades account for less than � ve per cent of new apprenticeships nationally. For Regent Pumps, one of the sector’s most established suppliers, addressing this shortage means investing in the future by cultivating young talent.

Apprenticeships with purpose Conor McDonagh, Operations Manager at Regent Pumps, said the company has made a deliberate choice to prioritise apprenticeships, training, and mentoring.

“We are focused on pump engineer development, not just for Regent Pumps, but for the industry as a whole,” he said. “If we don’t create pathways for young people now, the skills gap will only widen in the years to come.”

Apprenticeships form a cornerstone of Regent Pumps’ strategy. McDonagh explained that the company has established partnerships with training organisations to ensure apprentices

receive both technical and practical experience.

“It’s not enough to hand someone a manual and expect them to learn on the job,” McDonagh said. “We combine structured training with hands-on work in real environments. That’s how you create con� dent, capable engineers.”

“We want our people to appreciate the role pumps play in critical infrastructure,” McDonagh said. “That perspective helps them see the impact of their work and the importance of doing it well.”

The value of mentorship and diversity

Mentorship plays an equally vital role.

Apprentices are paired with senior engineers, ensuring decades of knowledge are passed on. Elvin Khoo, Group Engineering Manager, brings over 20 years of core industry experience, interpreting technical illustrations and troubleshooting design/manufacturing challenges.

“We want to see young ones stepping up and owning the industry,” Khoo said. “It’s time they shine and show that they are the future leaders of the industry.”

Regent Pumps also recognised the importance of diversity.

“If the industry is going to re� ect the communities it serves, then we need to be open and proactive in recruiting and supporting diverse talent,” he said.

The company’s commitment to pump

engineer development aligns with a broader national need. Engineering skills are in short supply across Australia, with many sectors competing for the same pool of talent.

“Pumps don’t always get the spotlight, but they are vital to everything from water treatment to energy,” McDonagh said. “That’s why we need to make this industry an attractive and rewarding career choice.”

Looking ahead

Tim Yakup, National Sales Manager, is the driving force who is looking ahead. Regent Pumps plans to expand its training programs, including stronger links with schools and universities.

“We need to reach young people earlier,” Yakup said. “When students understand that pumps are at the heart of industries that matter, like water security, energy e� ciency, and manufacturing, they can see a meaningful career path.”

For Regent Pumps, the long-term goal is clear: create a pipeline of skilled, motivated engineers who will sustain the industry for decades to come.

“We’re not just training for today’s projects,” Yakup said. “We’re building the next generation of pump engineers who will solve tomorrow’s challenges.”

For more information, visit regentpumps.com.au

Image: Regent Pumps.

This style of pump is advantageous when pumping high temperature liquids that

have a tendency to vaporise. As the pump is submerged in the liquid the risk of cavitation is greatly reduced.

These pumps are useful when pumping dangerous chemicals as they eliminate the chance of leakage. They are also used as an alternative to surface mounted self-priming pumps. Regent Sump Pumps are available in a variety of construction materials giving them the ability to handle aggressive liquids.

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chestertoncustomseal.com.au

A smarter alternative to traditional packing

Chesterton’s injectable technology and AMPS™ system are redefining reliability with faster installation, reduced maintenance, and longer service life.

Traditional braided rings have long been the industry standard.

However, they can be timeconsuming, di� cult to install, and unforgiving when equipment isn’t perfect. Injectable packing changes the game.

This soft, � bre-based material, enriched with lubricants and � llers, is injected directly into the stu� ng box with a manual or pneumatic gun. The result? A custom-� t seal that conforms precisely to the stu� ng box and shaft—no cutting rings, no dismantling, no downtime.

Where injectable packing excels:

• Equipment that’s worn or out of round

• Pumps with shaft misalignment or eccentricity

• Applications where � ush water must be eliminated

The Automatic Mechanical Packing System (AMPS) is designed for safe packaging.

• Uniform compression across the packing’s life

This injectable packaging solution is changing the game for seals.

• Sites where safety demands hands-o� installation and fewer adjustments

Because it � ows into place, injectable packing dramatically reduces installation time and enables fast, clean repacks— even in hard-to-reach locations. Once in service, it forms a dense, uniform sealing mass that minimises leakage and avoids the wear caused by misaligned or over-compressed rings.

Consistency made simple with AMPS

Even the best packing needs the right gland load. Over time, wear and thermal cycling can cause materials to settle, resulting in leakage and requiring frequent manual adjustments. Enter Chesterton AMPS™ (Automatic Mechanical Packing System).

AMPS uses pneumatic actuators to maintain a constant load on the gland follower. This ensures:

• Automatic adjustment for material relaxation and wear

• Reduced risk of over-compression, protecting sleeves and extending packing longevity

With AMPS, operators gain reliability without the constant need for intervention—helping plants run leaner, safer, and longer.

Rede� ning Reliability in Modern Operations

For today’s reliability engineers and plant managers, the mandate is clear: reduce water consumption, improve safety, comply with tightening standards, and keep equipment online. Chesterton’s injectable packing and AMPS system are proven tools to deliver on all fronts.

• Less downtime through simpli� ed installation

• Lower maintenance burden with automatic adjustments

• Extended equipment life in even the toughest conditions

For more information, visit chesterton.com

Images: Chesterton

Every pump engineer has faced the same dilemma: when a unit needs repair, is it worth saving money with non-original components? On the surface, the cheaper path is tempting. Tight budgets and the urgency of keeping systems running can prompt decision-makers to seek substitutes. Yet this decision carries hidden risks.

Original Equipment Manufacturer (OEM) parts are not simply branded alternatives; they represent the original design intent, tested tolerances, and material choices that underpin pump reliability and performance.

For over three decades, United Pumps has supported the Australian industry with parts and expertise derived from its rich engineering heritage.

Proven reliability in the � eld OEM parts are manufactured with knowledge accumulated across design iterations, operational data, and testing cycles. These parts are the result of engineering decisions that de� ne performance. For critical industries such as petrochemical and power generation, many original components were supplied with full certi� cation, inspection, and traceability. Those standards remain just as vital during maintenance as they were at commissioning.

This level of pedigree cannot be matched by copied or non-original parts, which often lack accountability, certi� cation, and the detailed understanding that comes with designing the pump in the � rst place.

United Pumps engineers, having designed, built, and maintained pumps for decades, bring this knowledge into every spare part they supply. That expertise is what ensures continuity of performance across generations of equipment.

Performance, e� ciency, and safety

The di� erence between OEM and copied parts is most visible in complex components such as impellers. An OEM impeller is drawn from a library of intellectual property and re� ned through hydraulic testing before release. A replacement impeller is made from the original mould, delivering near-identical performance. A copied impeller often relies on scans or reverse engineering, with no way to con� rm accuracy until it is in service.

This lack of precision can reduce e� ciency, shorten the pump’s service life, and increase safety concerns. Once non-original parts are introduced, OEMs cannot fully support the customer because the presence of unveri� ed components creates too many unknowns. The outcome is often higher running costs and reduced performance, undermining any initial savings. With United Pumps, operators retain access to the original technical knowledge and testing methods that remove these uncertainties and maintain con� dence in performance.

Long-term cost considerations

While non-original components may o� er a short-term saving, they frequently shorten maintenance cycles, increase running costs, and diminish e� ciency. United Pumps has centrifugal units in the � eld that have operated for more than 30 years without

overhaul when maintained with genuine parts. The assurance of long-term reliability outweighs the upfront cost of OEM spares.

That reliability is tied not only to the parts themselves but also to the expertise of United Pumps. The company has decades of experience in engineering, manufacturing, and supporting centrifugal pumps across industries, including petrochemical, power generation, and water infrastructure.

Its engineers maintain the original drawings, patterns, and test data for legacy brands, including United Centrifugal Pumps, Sterling, Harland, Johnston, Indeng, Aturia, Finder, and Marelli. This heritage knowledge ensures that every spare part is produced to the exact speci�cation of the original design.

United Pumps also invests in modern testing facilities and technical programs, allowing it to support customers with both current-generation equipment and pumps that have been in the � eld for decades. That continuity of design, service, and support means operators gain not only a replacement part but also the assurance that comes from working with the original manufacturer. In industries where downtime is costly and reliability is non-negotiable, this skill set is what makes OEM partners indispensable.

For more information, visit unitedpumps.com.au

These parts guarantee reliability.

Power Pumps with Confidence.

Precise and protective pump power

Flexible engineered solutions meet end-user productivity, ensuring reliable performance in hazardous and safe environments.

In today’s manufacturing and processing environments, it is vital that electro-mechanical equipment used in OEM machines, such as pumps, are not only designed to high standards, but are also compliant where hazardous environments are present, such as Oil & Gas, Chemical Plants. They must also operate reliably in heavy-duty sectors such as Marine and Mining where IP ratings and mechanical sealing is vital. Hazardous environments are created where dust is generated, gases may escape, or solvents could evaporate, and where serious issues or harm could occur if the correct mechanical/ electrical products are not selected.

Mining and marine applications also require careful consideration to ensure that the product selected can withstand heavy-duty operational loads, as well as harsh environmental conditions common in Industrial applications, such as pumping.

Considering the above, it is vital to align with a supplier who understands these risks and has a product range that suits both hazardous and heavyduty applications.

WEG is a well-known global manufacturer of electromechanical equipment, now o� ering the range of WG20 helical gearboxes to complement its industry-leading range of industrial (safe area) and hazardous area electric motors.

From this expanded portfolio of rotating machines, WEG can provide both standard and hazardous area geared motor packages designed for speci� c industrial pumping applications where operational performance and safety are top priorities.

The WG20 gearbox range consists of inline (C), parallel shaft (F), helical bevel (K), and helical worm (S), with the C series being the most common reducer used in pumping applications. With

its male shaft, foot/� ange mounting options, and industry-standard mounting dimensions, the C series can be easily integrated into most common pump con� gurations – both new and existing.

With a modern design focusing on e� ciency and reliable operation, the WG20 range is available in both hygienic smooth die cast housing up to 600Nm, and a robust MONOBLOC cast iron housing for the 800Nm to 18,000Nm range, each member of the WG20 family can be con� gured as an integral geared motor, an IEC geared motor, or a standalone gear unit with an IEC dry face input.

With the needs of the end user in mind, WEG Australia has con� gured its local gearbox stock to cater for the use of IEC motors and the reduced downtime bene� ts that this provides. Not only does the IEC input provide the opportunity for WEG to utilise its own extensive range of B5 motors, but it also allows the end-user to access a motor from the wider market when an urgent replacement is needed and maintaining productivity is paramount.

WEG’s range of IEC motors include the venerable W21 in both aluminium and cast iron frames, the W22 Industrial with its cast iron construction and IP66 enclosure, W21 and W22 Hazardous area options for both Flameproof (ExdB) and Increased Safety (ExeC, Extc, Extb, Exeb), and the often copied W22 Mining that continues to set the standard for heavy-duty industrial motors with Class H Insulation, IP66 rating and taconite sealing as standard on frame sizes 160 and above.

With a stock range of ten di� erent electric motor types catering for industrial, hazardous and heavy-duty applications, WEG is perfectly placed to o� er a complete geared motor package that not only conforms to relevant safety standards but also provides the end-user with operational peace of mind and product lifecycle � exibility.

Peter Vila never set out to become a pump salesman, or, for that matter, the managing director of SEEPEX Australia, which now also includes responsibilities as the Ingersoll Rand Precision Technologies Brand Leader for ANZ. His career began in the 1970s as a � tter and turner, with hands-on experience across the oil and gas sectors. It wasn’t until service clients started placing orders based on his technical advice, without the help of sales reps, that he realised where the real value lay: trust. That principle would guide his approach for decades to come.

By 1999, Vila had been approached to lead East Coast operations for the Australian distributor of SEEPEX progressive cavity pumps.

“They had the West Coast sewn up,” he said. “But to become the national distributor, they needed a footprint here.”

Vila built that from scratch, and when SEEPEX parted ways with the distributor in 2012, they invited him to launch their Australian subsidiary.

The new business started small, but Vila already had a vision: deliver locally assembled, custom-engineered progressive cavity pumps. That strategy proved pivotal. By 2017, the team had begun manufacturing in Tuggerah, and business accelerated. In 2019, they

moved into a 2000 square metre facility and outgrew it within three years.

In 2021, SEEPEX joined Ingersoll Rand, bringing Vila’s team into one of the world’s largest industrial portfolios. The acquisition opened new doors.

Strategic integration, new opportunities

For Vila, the Ingersoll Rand acquisition was less about change and more about scale.

“SEEPEX was still a family-owned company,” he said. “As the company grew, the owner sought integration into a group that could preserve the culture while supporting long-term success.”

Cultural compatibility was central to the deal, with SEEPEX retaining its leadership, processes, and innovation priorities.

“From the beginning, we explored opportunities with other Ingersoll Rand brands,” Vila said. “By stepping back and carefully assessing the landscape, we identi� ed where our combined o� ering brings the greatest value to our customers. This allows us to deliver the right solution at the right time.”

This approach better connects SEEPEX with relevant Ingersoll Rand businesses and channel partners. The outcome is a more deliberate integration process, driven by customer needs and

requirements.

“We’re identifying where SEEPEX progressive cavity pumps can � t together with other technologies within broader project scopes, whether that’s alternative pumps, macerators, mixers or other rotating equipment,” Vila said.

SEEPEX has long provided proven pumping solutions. Today, customers bene� t from an even wider choice. Guided by pump experts with deep, wide-ranging knowledge, they can select equipment perfectly suited to their applications. Whether handling abrasive slurries, hygienic food products, or high-pressure transfer duties, customers rely on a single trusted partner and the assurance of optimal performance and lifecycle value.

Building local from global parts SEEPEX operates three identical manufacturing plants in Germany, the

Images: SEEPEX, Ingersoll Rand

Peter Vila is the Managing Director of SEEPEX Australia.

SEEPEX food pumps hygienically dose shear-sensitive ingredients such as chocolate with exact precision.

United States and China. Each was commissioned with the same tools, quality systems and process � ows, ensuring that parts from any plant meet German standards. Australian orders draw from all three.

“Assembly happens here in Tuggerah,” Vila said. “We cover all of Australia, New Zealand and the Paci� c Islands. For regional sites, we work closely with trained distributors, often acting as the local service experts.”

The approach strikes a balance between global e�ciency and local agility.

“Some customers still assume we’re shipping � nished product from Europe,” Vila said. “That changed when we began local assembly. We’re now able to ship products much faster. ”

SEEPEX progressive cavity pumps are custom-built for every order.

“There’s no box in, box out,” he said. “We qualify each enquiry and build to the speci� cations of each client.”

That level of engineering detail provides clients with � exibility in industries where � ow precision, solids handling, and downtime management are critical.

Water and wastewater remain the company’s largest sector globally, but in Australia, mining is a close second.

“Oil and gas and food processing follow close behind,” Vila added. “We also serve general industry, but water and mining drive the bulk of our growth.”

Smart pumps for tough sites

Digital capability is a growing focus, supported by both SEEPEX and Ingersoll Rand. The team o�ers live pump monitoring for performance diagnostics and predictive maintenance. It is especially useful when trialling new installations or troubleshooting process failures.

“If a pump is failing in a way the customer doesn’t understand, we o� er a live-monitored unit to capture what’s happening,” Vila said. “Or if they’re hesitant to trial something new, we can install a monitored demo unit so everyone’s con� dent in what it’s doing.”

SEEPEX pump monitoring enables pumps to operate as intelligent devices. Sensors collect real-time data, which is analysed in the cloud to identify potential wear, blockages, or drops in performance before they become issues.

The system provides clear, actionable insights and access to operating data, allowing users to optimise pump performance and maintenance.

But SEEPEX’s digital approach extends beyond data. A standout feature of its progressive cavity pumps is the ability to make � ne-tuned adjustments in situ, while the pump is running.

“You can re-clamp the rotor and stator using just a spanner,” Vila said. “That renews performance without downtime, labour costs or parts replacement.”

He said that while conventional PCPs degrade as the stator wears, SEEPEX’s design allows the user to recalibrate the system multiple times.

“We guarantee at least double the life compared to our standard pumps, and that’s just our benchmark. Some clients get four or � ve times the service life.”

This e� ciency feeds directly into customers’ ESG goals.

“Less energy, less waste, fewer spare parts: it all contributes to lower environmental and operational costs,” Vila said.

What comes next

While the SEEPEX team continues to consolidate its leadership in progressive cavity pumps, macerators, and pump systems, the future lies in broader integration. The company has already begun working with select Ingersoll Rand brands.

For asset managers and procurement leads, that means one thing: more value, closer to home.

“There are global brands with great reputations, but long lead times. We’ve demonstrated that when assembling locally, there can be many bene� ts to this process compared to importing � nished products. Once the market sees what our internal team already knows and embraces, we will see rapidly accelerating momentum.”

For more information, visit seepex.com

SEEPEX BNM progressive cavity pump – large standard pump with Easy Maintenance solutions for quick, cost-e ective service and high availability.

WA Mining, formally the WA Mining Conference and Exhibition, is returning to Perth on 8–9 October 2025, transforming the Perth Convention and Exhibition Centre into an epicentre for the state’s mining industry.

This two-day event brings together mining companies, technology innovators, service providers, and government representatives for targeted networking, product showcases, and conference sessions.

With a carefully curated paid conference program alongside a dynamic exhibition � oor, WA Mining is where engineers, technical managers, and procurement teams come to explore industry advancements, sustainable practices, and future trends.

For Perth-based Dynapumps, the event presents an ideal platform to showcase how engineered pump solutions can enhance performance, reliability, and e� ciency in WA’s demanding conditions.

Billy Prinsloo, Business Development Manager - ERA 3 Solutions at Dynapumps, said the exhibition is about far more than products.

“We are using WA Mining to explain what we call ERA Three, which stands for Engineered solutions, Reliability, and Aftermarket support,” Prinsloo said.

“The expo gives us a chance to show end users how we are evolving into a solutions-based partner, not just a supplier of pumps.”

A showcase of engineered partnerships

Dynapumps has a long history in Australia’s mining sector, with pump systems deployed across iron ore, gold, nickel and lithium sites.

The company partners with international and domestic brands, such as Hydra-Cell, Grundfos, and Southern Cross, to tailor solutions to each mine’s speci� c needs rather than supply onesize-� ts-all systems.

“We look at the data sheets, engage with the site engineers, and provide a pump system that will last in those conditions,” Prinsloo said. “If the original design no longer � ts reality, we engineer a solution to extend mean time between failure and reduce costs.”

Local presence, faster solutions

Industry events like WA Mining play a vital role in bringing together suppliers and operators from across Western Australia into one central hub.

For local companies, showing up is an important signal of commitment to the state’s mining sector and an opportunity to connect directly with end users. With

long lead times for critical parts, often stretching 14 to 16 weeks, WA operators are increasingly looking for suppliers who can provide solutions quickly and reliably.

“Many clients now prefer to source locally wherever possible. We hold stock for particular customers we partner with, which cuts lead times and ensures continuity of supply,” Prinsloo said.

For companies like Dynapumps, being visible at WA Mining means demonstrating not only technical expertise but also readiness to support the state’s industry in real time.

The event attracts talent, ideas and decision-makers from across WA, making it a place where local presence, long-term partnerships and responsive solutions can come together.

Sustainability in focus

Sustainability is a recurring theme at WA Mining, re� ecting the pressure on miners to lower emissions, conserve water and deploy more e� cient technologies.

Dynapumps’ approach to energy e� ciency and total cost of ownership ties directly into this conversation, with onsite audits, � re system upgrades and predictive maintenance programs all designed to improve performance while reducing lifecycle costs.

The containerised versions of the pumps ensure easy transport and a small base of operations.

Prinsloo said many clients now see long-term value as more important than lowest upfront price.

“We do not see it as just selling a pump. We look at the total cost of ownership. A slightly higher upfront investment often saves money through reduced maintenance, lower downtime and better energy e� ciency,” he said.

This is particularly relevant to WA Mining because the event attracts operators and engineers from across the state who are under constant pressure to manage costs, improve e� ciency and plan for the long term.

By demonstrating how engineered solutions reduce downtime and energy use, Dynapumps can show visiting decision-makers how sustainability and reliability go hand in hand.

Supporting this approach is Dynapumps’ integrated capability at its Perth head o� ce, where in-house fabrication, electrical design and testing facilities allow the company to deliver complete pump packages. Systems are fabricated, engineered and tested at up to 350 kilowatts before dispatch,

providing upfront assurance that reduces installation risk and rework, particularly at remote WA sites.

For attendees of WA Mining, this local capability illustrates how WA-based suppliers can provide end-to-end solutions that keep projects on track and resilient against the challenges of distance and supply chains.

Dynapumps’ debut and future focus WA Mining has quickly become a cornerstone of the state’s mining calendar, attracting thousands of attendees and providing access to leading technology, industry insights, and strategic networking opportunities.

While Dynapumps has previously exhibited at mining events in Queensland and oil and gas shows in WA, this marks its � rst participation at WA Mining. Prinsloo said this decision re� ects a commitment to deeper engagement with Western Australia’s mining sector.

“Our main purpose is to show WA miners that we are here, that we are a solutions partner, and that we are

Tailings management is a major concern for mining companies.

aligned with some of the world’s best pump brands,” he said. “This event gives us a platform to meet more end users and demonstrate the value of working with us.”

The stand will also highlight the company’s quality and safety credentials, including ISO certi� cations in quality management, environment and occupational health and safety, as well as its adoption of Toyota’s TSSC continuous improvement program. By showcasing these strengths alongside its engineering partnerships, Dynapumps aims to reinforce its position as a long-term partner for WA Mining.

For the wider industry, the expo is the ideal venue to explore how suppliers and technology providers are adapting to the evolving challenges of mining.

For Prinsloo, it represents the opportunity to demonstrate how an engineering-led, solutions-driven approach to pump systems can deliver measurable improvements in uptime, reliability, e� ciency, and sustainability.

“Every mine has its own problems, and our role is to engineer the right solution for those speci� c conditions,” Prinsloo said. “The expo is the perfect place to show how we can deliver that.”

Get tickets at waminingexpo.com.au/ attend

The vast state of Western Australia can be harsh for mining equipment.

Supporting mining with ROTO

Progressive cavity technology is helping meet e ciency and reliability demands in Australian mining.

The mining industry in Australia demands pumping solutions that can withstand abrasive � uids, extreme pressures, and continuous operation. Among the technologies that have proven reliable in these conditions are progressive cavity (PC) pumps. For ROTO Pumps, this area has become a key focus, with the company building a strong reputation for supporting mining clients worldwide.

ROTO Pumps has long recognised that Australian mining operations require more than just robust equipment. The company has invested in developing tailored solutions that prioritise ease of maintenance, energy e� ciency, and overall lifecycle cost reduction. By providing pumps that can handle slurry, tailings, and other challenging applications, ROTO has positioned itself as a partner to the mining sector rather than just an equipment supplier.

“Our pumps are known for their performance in critical and demanding applications,” a ROTO Pumps spokesperson said. “We focus on designing systems that minimise downtime and provide reliability under the harshest conditions.”

Designed for demanding environments

PC pumps are particularly well-suited for applications where consistent � ow and minimal pulsation are crucial. ROTO’s designs incorporate features such as wear-resistant materials, modular components, and high-pressure capability. These qualities enable them to deliver performance even when handling abrasive or chemically aggressive � uids.

The company’s global experience enables it to translate lessons learned from large-scale mining projects overseas into value for Australian clients. At the same time, ROTO is committed to ensuring that local operators bene� t from access to technical expertise and support services within Australia.

A track record in mining

ROTO Pumps has highlighted its success in servicing some of the world’s largest mining and explosives sites. These projects demonstrate not only the versatility of PC technology but also the company’s ability to adapt systems to site-speci� c requirements.

“Every mine site has unique conditions and expectations,” a ROTO Pumps representative explained. “Our engineering teams collaborate closely with operators to deliver solutions that meet performance targets while reducing overall operating cost.”

This approach has earned ROTO recognition within the industry, particularly for its focus on customised and technically advanced helical rotor pumps. Mining clients have commended the company for its willingness to adapt designs to unique requirements, ensuring that each installation aligns with site-speci� c operational goals.

Local implications for Australia

In Australia, where reliability and safety are paramount, the ability to deploy proven technology that can operate with minimal downtime o� ers clear bene� ts. By reducing unplanned maintenance and extending the life of pumping assets, operators can improve production e� ciency while meeting sustainability targets.

ROTO Pumps’ Australian footprint ensures that technical assistance, spare parts, and service expertise are available locally. This reduces delays in responding to operational challenges and gives mining operators con� dence that their critical pumping systems are supported.

The company’s ability to combine global expertise with local service means it is well-positioned to support the future of Australia’s mining sector. As demand for e� cient, sustainable, and resilient pumping grows, ROTO’s PC technology will continue to play a central role.

For more information, visit rotopumps.com.au

Images: ROTO Pumps

PC pumps are designed for the most challenging and harsh environments.

Performance where it counts

Progressive cavity pumps are evolving rapidly, but reliability and maintainability remain the metrics that ma er most on-site.

In Australia’s heavy industries, pump system failure is more than an inconvenience. It’s a risk to uptime, safety, and cost control. For engineers working in remote or space-constrained environments, selecting the right system means weighing performance against energy demand, footprint, and serviceability. That’s where the new Orbit VIGA range, now supported nationally by Southern Pumping, is gaining traction.

Southern Pumping’s role goes beyond distribution. The team is integrating these systems across high-demand sites, where operational reliability is just as important as technical performance. Their focus is clear: to make the VIGA pump system’s e� ciency work in the real world.

Engineering e� ciency without compromise

Designed by Franklin Electric’s Orbit Pumps, the VIGA series brings a new approach to progressive cavity pump performance. The extended pitch rotor increases � ow per revolution by up to 60 per cent. At the same time, lower starting torque allows smaller motors and reduced power draw, making it ideal for sites with limited electrical capacity.

Key features include sealed universal couplings for leak prevention, preassembled rotating assemblies for rapid changeouts, and a compact footprint suitable for skid systems and tight plant rooms. These are not just spec-sheet improvements. They’re engineered responses to typical constraints faced by maintenance and design teams.

“VIGA is compact, tough, and designed for real-world conditions,” Southern Pumping Managing Director Michael Wallace said. “Its low power requirement and quick-swap rotating assemblies mean it’s not just easier to run, it’s easier to keep running.”

With applications in mining, wastewater, and industrial processing, the pump is already proving its worth on sites that demand uptime and easy maintenance.

Matching performance to site conditions

Southern Pumping doesn’t just ship pumps: they specify and support them in the � eld. Every installation begins with a site-level assessment that considers � uid properties, power availability, and spatial constraints. That feeds directly into system selection, commissioning, and lifecycle planning.

“We’re not just supplying pumps,” Wallace said. “We’re integrating them into live environments, commissioning them in real time, and staying connected to those systems across their lifecycle.”

That long-term view shapes the company’s � eld service model. With Orbit components kept in stock and teams distributed across Australia, Southern Pumping can deliver fast diagnostics and replacements where national wholesalers often fall short.

Wallace noted that VIGA’s compact design has helped mining clients avoid costly infrastructure upgrades.

“We’ve seen customers avoid full panel

upgrades or switchboard changes simply by using VIGA’s lower kW rating,” he said.

Rethinking service as infrastructure

Rising power costs and reduced tolerance for downtime are changing how pump systems are evaluated. For Wallace, the measure of success isn’t innovation alone: it’s performance under pressure, over time.

Southern Pumping continues to invest in people, stock, and processes that support not just the pump but the whole pumping outcome.

“We don’t walk away once a pump is installed. We stay engaged, we stock what’s needed, and we understand the operating environment. That’s what turns a good pump into a great system, and that’s what keeps our clients running when it matters most.”

For more information, visit southernpumping.com.au

Orbit pumps are known to be sturdy and produce more output with less power.

The all new Orbit Viga

Powering e�ciency at Yarra Yarra

Yarra Yarra Golf Club was able to reduce its energy costs thanks to Franklin Electric’s High E ciency System motor package.

As one of Melbourne’s prestigious sandbelt courses, Yarra Yarra Golf Club is known for

from Bore Down Drilling to further enhance the system’s performance. The recommendation was to upgrade to the

projections, potential ROI modelling and a full quotation outlining installation timeframes and expected outcomes.

But the bene� ts didn’t stop there. The club also invested in remote access and bore level monitoring tools. These upgrades provided the grounds team with unprecedented oversight of their water infrastructure, enabling better scheduling, system alerts, and longterm planning.

These capabilities support more than just e� ciency; they improve reliability. By identifying issues early and responding to conditions in real time, the club can avoid unexpected outages or overuse.

Scaling success across the course

Encouraged by the performance of the � rst installation, Yarra Yarra Golf Club expanded the project. Two additional bores were upgraded with the HES package, each contributing to a broader strategy of energy and water optimisation.

Together, these upgrades now deliver approximately $17,000 in annual energy savings. That � gure is particularly signi� cant in the context of sport and recreation budgets, where capital improvement funding is often competitive and closely scrutinised.

For Yarra Yarra, those savings represent a reinvestment opportunity, whether in maintenance, turf care, or broader sustainability initiatives.

Collaboration from ground to green

The project’s success hinged on strong collaboration across stakeholders. Bore Down Drilling brought site knowledge, drilling expertise and long-term client relationships. Franklin Electric contributed the high-performance technology and technical support. Yarra Yarra Golf Club’s board and ground sta� provided strategic input and on-theground feedback.

This kind of partnership model is increasingly vital in infrastructureheavy sectors, such as golf, agriculture, and municipal water. As energy markets shift and expectations around sustainability grow, pump systems are no longer viewed in isolation. They’re part of a broader operational ecosystem.

A model for e� cient irrigation Golf courses across Australia face similar pressures, including ageing infrastructure, climate variability, and tightening energy budgets. The Yarra Yarra case study showcases what’s possible when site-speci� c knowledge and energy-saving technology are combined.

The High E� ciency System motor didn’t just meet performance targets. It exceeded expectations, provided data visibility and paid itself o� faster than traditional systems. Importantly, it also supported Yarra Yarra Golf Club’s commitment to maintaining world-class playing conditions while advancing its operational sustainability.

In a sector where reliability, � ow control, and cost certainty matter, high-e� ciency pump systems are becoming essential, not optional. As this project demonstrates, the right investment today can yield measurable value tomorrow.

For more information, visit franklin-electric.com

Milking more from every pump

E ciency isn’t just a buzzword in dairy plants, it’s a daily necessity—and it starts with the pumps

In Australia’s highly competitive dairy sector, utility operations are under growing pressure to deliver more with fewer resources. Operational teams are expected to meet ambitious sustainability targets while reducing costs and maintaining compliance with increasingly strict wastewater regulations. For most plants, water and energy use remain key challenges, and pumps are central to both.

Across all stages of dairy processing, from raw milk transfer to cleaning-inplace (CIP) systems, pumps are vital. But the conversation is shifting. Selection based on capacity or brand is no longer enough. What matters now is how well a pump performs as part of a larger system, and how e� ciently that system can respond to demand.

That’s why many operators are moving away from stand-alone equipment upgrades and adopting a systems-based approach. Performance gains are no longer limited to the pump itself but extend across drives, sensors, piping, valves, and controllers. This shift toward integration and automation is enabling greater control of � ow,

pressure and energy use throughout the utility network.

Grundfos has seen this transformation � rsthand in its work with dairy operators both locally and globally. Through ongoing consultation, it has become clear that optimising dairy pump system e� ciency requires more than new hardware. It requires intelligent, responsive systems that adapt in real time to changing production demands.

For most dairy plants, the core priorities driving this change include improving overall equipment e�ectiveness (OEE) to maximise uptime, stability and product quality; integrating water reuse strategies to reduce freshwater consumption and reclaim process water for non-critical use; capturing energy from condensate and cleaning cycles to ease the load on boilers and heating systems; and enhancing chemical e�ciency by reusing cleaning agents and limiting reliance on fresh chemical inputs. Each of these priorities becomes more achievable with intelligent pumping systems that communicate, adapt, and optimise performance in real time.

Gearboxes powering pump performance

Techtop geared motors support positive displacement pumps with e ciency, reliability, and adaptability in demanding conditions.

In industrial pumping, reliability and adaptability are essential. The performance of a gearbox often determines whether a pump system delivers consistent results or faces costly downtime. For Techtop Australia, the TRD, TJA, TRO, and TWK gearbox series have become a dependable choice across water, wastewater, mining, and manufacturing sectors.

The series is designed to match the wide-ranging demands of pumping operations. Inline helical and bevelhelical con� gurations o� er engineers the � exibility to integrate gearboxes into both compact and large-scale installations. With e� ciency, durability, and precise control as design priorities, the units are proving their value in industries from wastewater treatment to mining and o� shore oil and gas.

Built for demanding environments

Materials are carefully selected to ensure suitability for di� erent operating conditions. Lightweight aluminium alloy housings provide thermal e� ciency and ease of handling in smaller gearboxes, while larger cast iron models deliver superior strength and load-bearing capacity.

(kW), output torque of up to 8,000 newton-meters (Nm), and gear ratios tailored to speci� c duty cycles and � ow requirements.

Tailored solutions for complex challenges

No two pumping environments are alike. Techtop supports operators by customising solutions to suit local conditions. Options include corrosionresistant materials for chemically aggressive � uids, lubricants for extreme temperatures, and coatings for added surface protection.

The TRD series of gearboxes represents a high-quality product for any environment.

Supporting Australian industry

Modular design underpins the series. Users bene� t from � exible mounting options, compatibility with IEC, NEMA, and servomotor � anges, as well as both solid and hollow shaft con� gurations. These features make the gearboxes versatile partners for helical rotor, rotary lobe, screw, peristaltic, and gear pumps.

Precision drives for pumping performance

The TRD and TJA Series o� er inline helical gearing, providing quiet and energy-e� cient operation. Where installations demand a compact right-angle layout, the TRO and TWK Series deliver bevel-helical gearing that maximises torque without requiring extra space.

Performance capabilities include motor power of up to 45 kilowatts

Application-speci� c shaft dimensions and electric motors with enhanced ingress protection extend the usability of the gearboxes into hazardous locations.

In pumping installations, the gearbox often determines how e� ectively energy from a motor is converted into a reliable � ow. For centrifugal pumps, e� ciency gains result from smooth torque delivery, which reduces vibration and wear. Rotary lobe and peristaltic pumps bene� t from precision gearing that maintains accurate displacement and prevents premature seal failure. In screw pump applications, the robust loadbearing capacity of cast iron housings ensures durability under high-pressure conditions. These tailored pairings demonstrate how gearbox design directly supports pump longevity and reduces lifecycle costs.

Maintenance support is another factor in� uencing gearbox selection. Techtop’s modular approach makes inspection, lubrication changes, and component replacement more straightforward, helping operators minimise downtime. This is particularly valuable for utilities and councils managing distributed assets, where reliability across multiple pump stations can drive signi� cant savings.

Techtop has over a decade of local experience in motors, drive systems, and variable-speed technology. Its gearbox series represents a continuation of this work—providing the Australian pump industry with reliable, e� cient, and adaptable drive solutions that enhance system performance and reduce lifecycle costs.

For more information, visit techtop.com.au

Images:

The MAXeV4 from TECO provides a practical answer for reducing pump load

Super premium motor upgrade

Drop-in IE4 e ciency for Australia and New Zealand pumping and rotating equipment

Rising energy costs, decarbonisation targets, and the pressure to extend asset lifecycles are reshaping how Australian and New Zealand industry approaches motor upgrades. In many pumping and rotating equipment applications, the motor accounts for more than 95 per cent of the total lifecycle energy use. Reducing this load has become one of the most e� ective ways to cut costs and emissions.

TECO’s new MAXeV4 electric motor o� ers a practical answer. Built to IEC 60034-30-1 Super Premium E� ciency standards, it delivers IE4 performance as a true drop-in replacement for IE2 and IE3 motors. Unlike many IE4 designs, which require system redesign or dependency on variable speed drives (VSDs), the TECO MAXeV4 o� ers a mechnically straightforward upgrade. It matches standard dimensions across legacy motors, allowing operators to upgrade without altering baseplates, couplings, or guarding.

This drop-in compatibility reduces downtime and risk on retro� t projects across pumping systems, conveyors, compressors, and fans. Energy e� ciency gains are immediate, resulting in lower consumption and shorter payback periods. For continuous-duty plants, the reduction in total cost of ownership is signi� cant and supports Environmental, Social and Governance (ESG) performance benchmarks.

The TECO MAXeV4 is designed for demanding industrial and mining environments. Cast iron construction, IP66 protection, and an IC411 shaft-mounted fan cooling system ensure stable thermal operation under sutained mechanical load or

external vibration. Class H insulation, combined with a balanced rotor and a B-class temperature rise, reduces the risk of premature failure and extends service intervals.

Additional protection features include Gamma oil seals on � ange-mount models, shielding against dust and moisture ingress. Motors with a frame size of 160 or higher are equipped with PTC150°C thermistors for early thermal overload detection, making them ideal for integration with motor protection relays or drive systems. A phenolic rust-proof base and N35 AS2700 enamel � nish provide durability against corrosion in aggressive sites.

The product range spans power ratings from 0.75 to 315 kilowatts (kW), frame sizes from 80 to 355L and 2-, 4-, and 6-pole con� gurations. Designed for continuous duty (S1) at 50 Hz, it supports both Direct-On-Line (DOL) and VSD operation. A top-mount terminal box with four 90° rotation increments enables � exible cable entry and simpli� es on-site con� guration.

Local availability and support set the TECO MAXeV4 apart. Stock will be held across six warehouse

High-quality motors are essential for good pump operation

locations in Australia and New Zealand, backed by TECO’s Modshop for rapid modi� cations. Services include terminal box rotation, thermal protection upgrades, and tailored paint systems, helping contractors and OEMs meet tight commissioning schedules.

For consultants, engineers, and asset managers, reliability after installation is critical. TECO supports the MAXeV4 with technical teams familiar with the environmental and mechanical realities of Australian and New Zealand operations. This local expertise, combined with comprehensive documentation and selection tools, makes specifying an IE4 motor a lowrisk endeavour.

By aligning energy e� ciency with simplicity and support, TECO MAXeV4 enables operators to meet performance, cost, and sustainability objectives without introducing new complexity. It is engineered for e� ciency, built for Australian conditions, and backed by people who understand what happens after startup.

For more information, visit electricmotors.teco.com.au

TECO MAXe3 HIGH

EFFICIENCY ELECTRIC MOTORS

POWER UP EFFICIENCY, CUT COSTS INSTANTLY

PLUG & PLAY EFFICIENCY

• IE3 high efficiency lowers power use from day one.

• Direct drop-in replacement for standard motors – minimal downtime, no costly upgrades.

• Fully compatible with existing Variable Speed Drives (VSDs) – no custom setups needed.

ENGINEERED FOR HARSH ENVIRONMENTS

• IP66-rated for dust & water protection, built for mining, water treatment, oil & gas, HVAC & more.

• Class F & H insulation with low temperature rise (≤75°C) extends motor lifespan.

• TECO’s grease pressure relief system minimises maintenance and maximises durability.

TOTAL SYSTEM FLEXIBILITY – NO LOCK-INS

• Works with any pump drive system – no need for exclusive VSDs.

• Industry-standard mounting & connections for hassle-free replacement.

• Future-proof design – upgrade efficiency as needed, without restrictions.

Efficiency should be simple. Upgrade to TECO MAXe3 IE3 today! Scan the QR code for further information.

Obtaining a Restricted Heat PumpSplit System Licence

Glenn Evans, CEO of the Australian Refrigeration Council, explains

how the Restricted Heat Pump - Split System Licence is helping tradespeople expand into a growing HVACR and pump market.

Australia’s growing commitment to energy e� ciency and climateconscious technology has made heat pump systems a mainstream solution for heating, cooling, and hot water. As demand rises, so does the need for skilled technicians who can install and decommission these systems safely and legally. For tradespeople looking to expand their skillset and work legally on equipment with prescribed refrigerants, the Restricted Heat Pump – Split System Licence o� ers a focused and limited pathway into the HVACR (Heating, Ventilation, Air Conditioning, and Refrigeration) industry.

This licence is designed for professionals working with singlehead split systems and two-part heat pump units up to 18kW, including air conditioners, hot water systems, and pool heaters.

It covers installation and decommissioning tasks involving prescribed refrigerants, enabling them to handle these substances without requiring a full refrigeration licence.

By targeting smaller-scale systems, the licence helps address a critical skills gap in the market, where safe refrigerant handling remains essential. It’s not just a regulatory checkbox, it’s a credential that supports safer, more sustainable practices and opens doors to new work opportunities.

Who can apply?

The licence is available to individuals who hold speci� c quali� cations, such as:

• Certi� cate II in Engineering (with relevant units), or Split Air Conditioning and Heat Pump Systems

• Certi� cate IV in Electrical – Air Conditioning Systems, or Certi� cate II in Air Conditioning Split Systems

• Certi� cate III in Plumbing (with relevant units)

For experienced tradespeople without formal quali� cations, Recognition of Prior Learning (RPL) or Recognition of Current Competency (RCC) pathways are available through Registered Training Organisations (RTOs). These options ensure that practical, hands-on experience is valued alongside formal education.

Why it matters!

Handling refrigerants without a licence is not only risky, but also illegal under the Ozone Protection and Synthetic Greenhouse Gas Management Regulations 1995. Unlicensed work can lead to penalties and compromise industry standards. The Restricted Heat Pump – Split System Licence ensures technicians are trained, compliant, and contributing to a safer, more environmentally responsible industry.

Heat pumps also intersect with the broader pump industry, particularly in hot water and pool heating applications where pump and compressor technologies converge. As customer expectations for high-e� ciency,

low-emissions systems grow, licensed technicians play a key role in ensuring quality installation and service.

With the climate control sector evolving rapidly, this licence is more than a credential—it’s a career stepping stone. It empowers tradespeople to meet rising demand, demonstrate compliance, and build trust with clients and manufacturers alike.

Images: Australian Refrigeration Council

Glenn Evans, ARC CEO

Ge ing the proper license is essential for the growing HVACR industry.

Proven Reliability

Oil & Gas, Industrial, Defence, Power, Municipal, Irrigation & Mining. Engineered and Manufactured in Melbourne

Submersible Pumps and Motors, Ballast pumps, Vertical Turbine Pumps API610 Pumps – Extensive Reference Lists Repairs, Design Upgrades, OEM spare parts and 2.5mw test facility

United Pumps support our heritage product Harland Pumps, Indeng, Johnston Pumps

#16: How low can you go?

Ron Astall of United Pumps is not talking about limbo, brass frequencies or moral boundaries. is piece focuses on the lowest safe operating speed for a centrifugal pump.

These days, armed with a variable frequency drive, we can change pump speed with the turn of a dial, a cursor, or a touch pad. If we go too fast, our power will increase, pressure will increase, and we could break something. But what happens if we slow down?

Electric variable frequency drives (VFDs) have become increasingly a�ordable and are being touted for energy savings in electrically driven centrifugal pumps and for process control. We are now often asked, “What is the minimum safe speed for our pump?”

Process Issues:

For centrifugal pumps, changing the speed changes the pump curve. The changes can be calculated using the pump’s “A�nity Laws,” as shown in Fig. 1.

From Fig. 1, we can see that an equivalent point on a pump curve will reduce directly with speed, the head (or pressure) will be reduced by the square of the speed change, and the power will be reduced by the cube of the speed change.

For example, a ten per cent reduction in speed will translate to a point on the pump curve: � ow will be 90 per cent of the previous, the head will be 0.9 x 0.9 = 81 per cent of the last, and the power will be 0.9 x 0.9 x 0.9 = 72.9 per cent of the previous. A relatively small reduction in the speed will produce a signi� cant drop in head and power.

The actual � ow rate in the pumping system will depend on the shape of the system resistance curve and how it interacts with the new pump curve. To understand this clearly, let’s revisit the concept of system resistance curves.

The Di� erential Head required by the pump (HD) is a combination of the static di� erence in levels (static head HS) and pipe friction. At zero � ow, there is no pipe friction, so the curve starts at HS.

As � ow commences, the head curve rises with increasing pipe friction. For � ow to begin, the pump must develop more than the static head HS. Otherwise, the liquid in the upstream reservoir will � ow back through the pump, unless a non-return

valve is present.

The system will operate at the point where the pump curve intersects the system resistance curve.

The pump–system combination in Fig. 3 shows a useful variation in system � ow as the pump speed is varied between 100 per cent and 70 per cent of its speed.

What will happen if we drop the speed further?

In this example, at 60 per cent speed, the pump does not generate enough head to overcome the static di� erences in levels. Without a non-return valve, the liquid will � ow backwards through the

pump. Not an acceptable scenario! If there is a non-return valve, it will be held shut by the back pressure, the pump will not be able to open it, and we will be operating at zero � ow. An even worse scenario and a great way to destroy a pump!

The controlling factor for minimum speed will often be the system hydraulics. If there is a signi� cant static di� erential head in the system, there is a real danger that the pump head will drop below the system’s static head, and the pump will operate at zero � ow or experience reverse � ow if there are no check valves in place. The pump speed must always be high enough to

ensure that the pump head exceeds the system’s static head by a su� cient margin to achieve minimum � ow.

System Stability:

A mostly frictional “steep” system, such as a closed loop system or a long pipeline, is ideal for VFD control. In this type of system, the ratio of � ow to speed will be very linear, and � ow control will be straightforward.

Conversely, with a “� at” system where the di� erential head is mostly static, VFD � ow control may be challenging, as shown in Fig. 5. If the pump curve is also reasonably � at, even a slight speed change at lower speeds can result in a signi� cant change in system � ow. A steeper pump curve may help, but control of “� at” systems is often problematic, particularly at low system � ows.

For “� at” systems, it is valuable to draw the pump curves at various speeds against the system curve and calculate the gain or percentage � ow change versus the percentage speed change. Then, plot this against � ow, as shown in

Fig. 6. This will allow for the prediction of speeds where VFD control may become impractical. In these instances, control valve throttling may be a more e� ective solution than adjusting pump speed.

Mechanical Considerations

In most VFD retro� t applications, the goal is to utilise the VFD to reduce the speed to a previously � xed maximum speed. Usually, this will not present any mechanical problems for the equipment because operating stresses are dramatically reduced when the speed is decreased. If a major speed reduction is envisaged, aspects to consider include:

• Hydrodynamic Bearings require a minimum velocity to maintain an oil � lm. Generally, a speed above 500 rpm will be su� cient, but it’s worth checking at lower speeds. A general guideline for the minimum velocity of an oil � lm in a plain sleeve bearing is approximately 10 metres per minute. For a 25 mm diameter shaft, this is 126 rpm.

• Mechanical seals require a minimum speed to maintain a � uid � lm and

ensure adequate lubricant and seal � ush � ow. This minimum mechanical speed is typically a few hundred rpm and is usually not an issue, but should be considered.

• High-performance seals for pressures above 40 bar should be discussed with the seal manufacturer when reduced speeds are envisaged. Gas seals typically require a velocity of 1.5 metres per second at the seal balance diameter to ensure face lift-o�.

• Mechanical seals with pumping rings for cooling circulation loops will need to be checked to ensure su� cient � ow is achieved, particularly if the speed reduction exceeds 50 per cent of the original design speed.

• If cyclone separators are present in the seal system, they require the pump to provide a di� erential pressure of typically at least 1.4 bar to be e� ective. This could dictate the minimum pump speed.

• When the pump itself has a shaftdriven cooling fan in hot service, the reduced cooling capacity of the shaft-driven fan may need to be

addressed. At low speeds, heat soak from the pumped liquid will continue. Auxiliary cooling may be required, as would be the case when the pump set is on hot standby.

• The cooling capacity of electric motors at reduced speeds is often questioned due to the lower cooling fan speed. A centrifugal pump’s power requirement reduces with the

cube of the speed change, and the required driver power is dramatically reduced. For this reason, reduced driver cooling fan e� ectiveness at lower speeds is rarely an issue for centrifugal machines. However, electric motors in other VFD applications, such as constanttorque service, often require auxiliary cooling at low speeds.

Conclusions

Lowering the pump speed will reduce � ow, drop the generated head dramatically and reduce the power consumption even more. Internal loads and stresses within the pump will be reduced accordingly. The questions to be asked are:

• Most importantly, will it still pump? Yes – if the pumping system does not have any signi� cant back pressure. Perhaps not if there is a static di� erential in the system. Operation at zero � ow is a risk that should not be tolerated.

• Will the system remain controllable? Check the interaction between the pump curve and the system curve.

• Will the pump set be okay mechanically?

Probably, but worth checking when the speed change is severe. Most people ask about the mechanical aspects when considering the minimum pump set speed. It is more likely that the interaction between the pump and the system will be more critical.

As always, reliability starts and � nishes with understanding your system.

The right alignment

e final part of this series on pump installation will cover the pump alignment process to the point of full installation, ready for operation.

The pump set can be aligned using either the:

1. Traditional Method

2. Laser Equipment

Traditional Alignment Method:

The following equipment is needed for checking coupling alignment using the traditional method:

a. Gap gauge

b. Set of feeler gauges

c. Straight edge

d. Dial gauges

Prior to checking the alignment, isolate the power to the driver, remove the coupling guard and disconnect the coupling so that the pump and driver can be turned separately.

For the traditional method of checking coupling alignment the procedure involves the separate measurement of the angular and eccentric errors in both vertical and horizontal planes and correction made where needed.

This can be done in two ways:

a. The � rst allows a preliminary alignment check using a gap gauge, feeler gauges and a straight edge.

b. A second more accurate � nal check is done using dial gauges.

The preliminary check is normally done early in the installation process just to see if the alignment is reasonably correct while the � nal alignment check is carried out just after installation is complete before the pump set is � rst started.

Preliminary Alignment:

Angular Alignment:

Errors of angular alignment should be corrected before attempting to eliminate eccentricity.

Place chalk marks on both coupling halves at points A & B above then rotate both half couplings together and measure the gaps at points 1, 2, 3 & 4 above.

Parallel Alignment:

If this error is in the vertical plane, adjust the shims under the driver. If the error is in the horizontal plane, it is usually easily eliminated by moving the driver horizontally until the correct setting is obtained. Concentricity can be checked with a straight edge below:

Final Alignment:

Angular Alignment:

Clamp two dial gauges to the coupling halves as shown in Fig 3 and zero the gauges.

Rotate both shafts through 180⁰ and note the gauge readings. If the readings are the same, not necessarily zero, the angular alignment in the vertical plane is correct.

Rotate both shafts through a further 90⁰ and note the gauge readings. If the readings are the same not necessarily zero, the angular alignment in the horizontal plane is correct.

The amount of correction at each point can thus be determined.

Where possible couplings should be aligned to + or - 0.25 mm, full indication movement on the dial gauge.

During this operation ensure that both shafts are pushed against their axial locations.

Parallel Alignment:

A dial gauge is mounted on the coupling as shown below. Again chalk marks should be made on both coupling halves as shown for the preliminary parallel alignment. Slight variations in diameter of the two halves can be checked using a straight edge and a feeler gauge equal to half the di� erence in the concentricity.

When a dial indicator is used, as above, any sag which may occur in the aligning equipment must be measured and compensated for in the coupling alignment.

The alignment of the pump and driver is now complete, and the coupling can be connected, coupling guard reinstalled and the power reconnected.

Laser Alignment Method:

Laser alignment has a number of bene� ts over the traditional method as follows:

• Has accuracy to 1 micron.

• 180 degrees rotation minimum.

• All data is stored internally on the equipment.

• Movement requirements are calculated and shown by the equipment.

• Soft foot function on the equipment can check for soft foot.

• Thermal expansion can be accommodated.

Fig. 2

Fig. 3

Fig. 4

The following is a simple summary of how laser alignment is carried out, however, as there are many brands of equipment available, the manufacturers’ instructions should be followed for the equipment being used:

N.B. For this method it is not normally necessary to disconnect the coupling.

Step 1 – Mount the laser on the part of the machine which will not be moved during the alignment process, normally the pump. The receiver/re� ector is mounted on the part of the machine which will be moved, as shown in Fig. 5.

Step 2 – Connect the laser computer into the system as mounted.

Step 3 – Centre the laser beam at the centre of the re� ector, see Fig. 6.

Step 4 – The laser system is now ready to record the alignment of the pump set. Rotate the shaft as per the laser system makers’ instruction to a record point, record the readings. Repeat for the number of record points required to determine the alignment of the pump set.

Step 5 – After completion of Step 4 the computer will show the angular and parallel misalignment of the pump set with how far the moveable machine has to be raised or lowered and/or moved sideways.

Step 6 – Adjust the moveable machine in accordance with the instructions given by the computer in step � ve.

Step 7 – Re-centre the laser beam and repeat the process to check that the alignment is within the required tolerance for the particular pump set being aligned.

The following is a guideline for alignment tolerances for various coupling types and shaft speeds which are generally the factors which dictate the tolerance:

N.B: From this table, 1 mil is equal to 1 thousandth of an inch.

N.B: The tolerance for soft foot throughout the speed range is 0.06 mm/2.0mils.

Fig. 6

Table 1 and 2

Fig. 5 Ge ing alignment wrong is expensive. Image: Chaimongkolstock.adobe.com

Laser alignment can making pump alignment much more straight-forward. Image: Pongpob/stock.adobe.com

Coupling Alignment Summary:

Once the alignment check is complete, particularly if adjustments are made, the pump and driver bolts should be tightened down on the base and the alignment rechecked.

BELT DRIVEN PUMPS:

It is important that the driving and driven belt pulleys are in the same plane as and parallel to each other as shown below:

While some pumps have bearing housing assemblies designed for belt loads, the majority are not. When belt-driven pumps are used to prevent excessive loads being placed on the pump bearings, a jack shaft is used with pulleys mounted between two bearings and connected to the pump or motor by a � exible coupling. This illustration depicts an electric motor capable of carrying belt loads.

In this case, the jack shaft arrangement should be aligned to the motor or pump as you would align a pump and motor, and the two pulleys aligned as shown in Fig. 7.

SUMMARY:

This article concludes the series on; pump installation with how to check the pump alignment such that the pump set is fully installed ready for operation. Following the methods outlined in this series will ensure that the pump set is correctly installed and will operate successfully during its working life.

Fig. 7

Fig. 8

HYGIENIC PC PUMP FOR HIGHEST PRODUCT QUALITY

The EHEDG certifi ed BCFH range of progressive cavity pumps handles thin to highly viscous products, including those containing soft solids, with a low shear action and minimal pulsation which enables accurate fl ow control. BCFH pumps fulfi ll the stringent demands of cleanliness in the food, beverage, chemical, pharmaceutical and cosmetic industries.

Ÿ EHEDG Type EL Class I and 3-A Sanitary Standards certifi ed

Ÿ Product quality and texture maintained by low shear pump action

Ÿ Reduces need for costly additives

Ÿ Enhanced internal design ensures residue free cleaning with CIP/SIP

Ÿ Minimal pulsation fl ow, high dosing precision

Ÿ Easy maintenance due to detachable rotor connection and split suction casing

For decades, when water got in the way, industry turned to one answer: Sykes. From mines to municipalities, our pumps have taken on the toughest conditions, keeping progress on track and challenges flowing away.

Now we’ve given you even more ways to power up. Diesel tough. Electric smart. Whether you fuel it or plug it, Sykes pumps deliver the same performance, flow, and legendary reliability. The difference? You decide how to power your future. When you have a water concern, solve it with a Sykes.

For more information on how Sykes can solve your water problems please reach out to your local representative or email us info@sykesgroup.com.

@thesykesgroup

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.

Contact us for full specifications or to discuss your pump and fan system requirements.

MANUFACTURING

MINING

Product Index

Reliable solutions for wastewater.

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Amamix

Amarex KRT

AmaRex Pro

AmaProp

Your Local Partner across Australia and New Zealand

ELECTRIC MOTORS

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43 South

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

https://www.pumpindustry.com. au/directory/item/43-south

Allight

12 Hoskins Road, Landsdale, WA, 6065 +61 (0)8 9302 7000

https://www.pumpindustry.com. au/directory/item/allight

Angus Flexible Pipelines

Australia Pty Ltd

Unit 5/48 Business Street, Yatala, Queensland 4207 1300 438 4673 sales.australia@angus�re.com https://www.pumpindustry.com.

au/directory/item/angus-�exiblepipelines-australia

Irrigation, Mining Couplings, Hoses

“Angus Flexible Pipelines Australia is a leading manufacturer of premium quality lay�at hose for a wide range of applications. Having been in operation for over 220 years, we have developed an unparalleled understanding of lay�at hose technology.

Whether dewatering a mine, setting up an emergency water supply or irrigating agricultural land, we have a product that will achieve optimum results in the harshest conditions. Our range of �exible pipelines overcome many of the issues that can arise in the �eld, from uneven ground to low water pressure, where the use of rigid pipe introduces severe limitations. Our products are also low maintenance with unsurpassed resistance to weathering, corrosion and scaling. This allows the hose

to be in operation for much longer, and coupled with our extended warranty, provides you peace of mind that operations will remain reliable long into the future. High tensile synthetic yarns are circular woven then totally encapsulated in a tough elastomeric cover and lining to produce durable hose products that will perform in the toughest conditions. Whilst each product is tailored to an application, they all have exceptional strength, superior hydraulic performance, ease of storage and transport, rapid installation and retrieval, coste�ective set-up and operation, and a long service life. This is why we are the trusted choice in over 120,000 installations worldwide!”

National Oilwell Varco is a leading provider of integrated production and process solutions to a variety of industrial markets. We combine our expertise of engineering with quality products, a global footprint and aftermarket support delivering solutions that meet our customer’s requirements.

Our history of providing progressing cavity pumps dates back to being issued one of the original licenses to manufacture MonoTM pumps. With in-house industry-specific expertise we understand the needs of our customers in many different industry sectors including water and wastewater, food and beveridge, agriculture and solar, chemical and pharmaceutical, oil and gas, minerals, mining plus paper and pulp.

Assett Mechanical Engineering

61-65 Ashwin Parade, Torrensville, South Australia, 5031 08 8234 2090

sales@amepumps.com.au https://www.pumpindustry. com.au/directory/item/assettmechanical-engineering

Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Building Services & HVAC, Food & beverage, Manufacturing, Plastics/rubber, Chemicals and pharmaceuticals API process pumps, Axial �ow pumps, Blowers, Booster pumps, Borehole pumps, Canned motor pumps, Cantilever pumps, Centrifugal pumps, Chemicals pumps, Chopper pumps, Circulator pumps, Consulting, Couplings, Dewatering pumps, Dosing and metering equipment, Double acting pumps, Drum pumps, Electromagnetic pumps, End suction pumps, Engineering, Gear pumps, Grinder pumps, Horizontal split case pumps, Hoses, Hydraulically actuated diaphragm pumps, Instrumentation control and monitoring, Jet pumps, Lifting equipment, Lobe pumps, Magnetic drive pumps, Mechanical diaphragm pumps, Mechanical seals, Mixed �ow pumps, Motors drives and engines, Multistage pumps, Peripheral pumps, Peristaltic pumps, Piston pumps, Plunger pumps, Positive displacement pumps, Pressure pumps, Progressive cavity pumps, Radial �ow pumps, Reciprocating Pumps, Repair and aftermarket, Rotary pumps, Rotodynamic pumps, Screw pumps, Seals, Single acting pumps, Single stage pumps, Slurry pumps, Solar pumps, Speciality pumps, Submersible pumps, Transfer pumps, Trash pumps, Turbine pumps, Vacuum pumps, Valves “Founded in 1981, ame has emerged as a leading force in the realm of engineering, specialising as a distributor, agent, representative, and integrator of cutting-edge

pumps and intricate pumping equipment. With a focus on precision and innovation, ame’s core strength lies in its mastery of application engineering, involving meticulous product selection and adept application to solve complex engineering challenges, a cornerstone of the company’s valueadded approach.

Catering to an extensive clientele, ame’s expertise spans an array of sectors including mining, heavy industry, chemical processing, construction, wineries, food and beverage, breweries, laboratory, local government, water treatment, wastewater management, and generalised processing, extending its reach to collaborate with Ausaid and defense sectors. ame takes pride in its unwavering commitment to safety and quality, underscored by its ISO 9001:2015 certi�cation (AU736-QC-HSE), a testament to safety, precision, and certi�ed technical prowess. Operating from comprehensive purpose built shop facilities, the company o�ers a diverse range of services including intricate overhauls, selections and sales, repairs, pump assembly, and specialized fabrication. Our energy neutral facilities boast cutting-edge resources, from high-capacity 12.5t overhead cranage to versatile lathes stretching up to 7m, augmented by bearing induction heaters, multi-axis mills, state-of-the-art laser alignment tools, as well as cleaning and painting booths. At the heart of our achievements is the accumulated wisdom and extensive experience nurtured over decades, in our human resource. A vital wellspring of knowledge that positions the company as a trusted authority of sophisticated pumping solutions. As ame forges ahead, it continues to safely drive engineering excellence, shaping industries, and transforming challenges into innovative, sustainable opportunities.”

Australian Fluid Handling

Unit 1, 25-27 Burns Road, Altona VIC 3018

03 93696200

salesvic@afhpl.com.au

https://www.pumpindustry.com. au/directory/item/australian-�uidhandling

Australian Pressure Solutions

2/5 Millrose Drive, Malaga, Perth, 6090 08 9209 3937

https://www.pumpindustry.com. au/directory/item/australianpressure-solutions

Batescrew Pumps & Valves

Australia

189 Newell Highway, Tocumwal, NSW, 2714 358742101

sales@batescrew.com

https://www.pumpindustry.com. au/directory/item/batescrewpumps-valves-australia

BKB Pumping Solutions

57 Greenhills Rd, Pakenham VIC 3810 1300 252 227

wayne.e@bkbgroup.com.au https://www.pumpindustry.com. au/directory/item/bkb-pumpingsolutions

Brown Brothers Engineers

Australia

228 Atlantic Drive Keysborough VIC 3173

1300 4 BBENG info@brownbros.com.au

https://www.pumpindustry. com.au/directory/item/brownbrothers-engineers-australia Irrigation, Mining, Oil and Gas, Power generation, Water and Wastewater, Building Services & HVAC, Food & 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

“From small domestic pressure systems to large industrial process pumps, Brown Brothers Engineers provides a full range of pumps and pumping solutions to meet your needs.

Brown Brothers Engineers is the distributor for some of the world’s leading brand pumps, including Lowara, HYDROVAR, Goulds Water Technology, Flygt and Wedeco in QLD, NSW, ACT, VIC and TAS, and nationally for Layne Bowler and SAER.

As one of Australia and New Zealand’s leading pump suppliers for almost a century, we have gained a wealth of experience. We can guarantee that you will get the best pumping solutions the world has to o�er because we only supply the world’s leading pump brands.

Our 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. Our quali�ed engineers work closely with you and engineering consultants to select exactly the right pump or pumping system for your project. We also give superior after sales service, backed up by our dedicated service and testing facilities. For more information about our services and solutions please contact us.

Melbourne: 228 Atlantic Drive

Keysborough VIC 3173

Sydney: 211-215 Walters Road, Arndell Park NSW 2148

Brisbane: 50 Nestor Drive, Meadowbrook QLD 4131”

Calpeda Pumps Pty Ltd

3 Maritime Court, Gillman, SA, 5013 08 8268 8880

sales@calpeda.com.au

https://www.pumpindustry. com.au/directory/item/calpedapumps-pty-ltd

Caprari Pumps Australia

1 Maritime Court Gillman SA 5013 08 8240 0767

sales@caprari.com.au

https://www.pumpindustry.com. au/directory/item/caprari-pumpsaustralia

Crusader Hose

22 Industry Place, Bayswater, VIC, 3153 03 9720 1100

sales@crusaderhose.com.au https://www.pumpindustry.com. au/directory/item/crusader-hose

Cummins South Paci�c

191 Boundary Road, Laverton North, VIC, 3028

“1800 931 181, 1300 286 646

Cummins Brisbane: 07 3710 4700 Cummins Sydney: 02 9616 5300 Cummins Laverton: 03 8368 0800” 1300cummins@cummins.com https://www.pumpindustry.com. au/directory/item/cumminssouth-paci�c

Filtration, Irrigation, Mining, Oil and Gas, Power generation

Dewatering pumps, Fire pumps, Motors drives and engines

“Cummins South Paci�c is a whollyowned subsidiary of Cummins Inc., a global power leader. Cummins is the world’s largest independent designer and manufacturer of diesel engines, and has an unmatched service support network in the South Paci�c which includes 35 branches, 150+ authorised dealers and the 24/7 Cummins Support Centre. To support our customers across a broad range of pumping applications, Cummins o�ers powerpacks which are a complete

turnkey solution designed and built in Australia for demanding Australian conditions with ratings from 40 to 2000 hp.

When you need power, the pump industry relies on Cummins.

Cummins Brisbane: 39-53 Ron Boyle Crescent, Carole Park, QLD 4300 Cummins Sydney: 492-494 Victoria Street, Wetherill Park, NSW 2164 Cummins Laverton:191-195 Boundary Rd, Laverton North, VIC 3026”

DAB Pumps Oceania

426 South Gippsland Hwy Dandenong South VIC 3175 1300 378 677 Info.oceania@dabpumps.com https://www.pumpindustry.com. au/directory/item/dab-pumpsoceania

Davey Water Products

6 Lakeview Drive, Scoresby, VIC, 3179 (Australia) 1300 232 839 sales@davey.com.au https://www.pumpindustry.com. au/directory/item/davey-waterproducts

De.mem-Stevco

Unit 10, Epping Business Park, 53 Gateway Boulevard, Epping, VIC, 3076 1300 336 364 vicsales@dememgroup.com https://www.pumpindustry.com. au/directory/item/de-mem-stevco

Drive Systems Pty Ltd

8/32 Melverton Drive, Hallam, VIC, 3803

+61(0)3 9796 4800, +61(0) 499855220 info@drivesystems.com.au https://www.pumpindustry.com. au/directory/item/drive-systemspty-ltd

DTB International Pumping P/L

41 Industrial Drive, Braeside, VIC, 3195, 1300 30 23 30

sales@dtbpumps.com

https://www.pumpindustry. com.au/directory/item/dtbinternational-pumping-p-l

Dwyer Instruments

1/11 Waverley Drive, Unanderra, NSW, 2526 02 4272 2055

https://www.pumpindustry. com.au/directory/item/dwyerinstruments

EagleBurgmann Australasia

16 Stennett Road, Ingleburn, NSW, 2565 61 2 9605 0600

info@au.eagleburgmann.com https://www.pumpindustry. com.au/directory/item/ eagleburgmann-australasia

Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Chemicals and pharmaceuticals

Centrifugal pumps, Dewatering pumps, End suction pumps, Expansion joints, Repair and aftermarket, Seals

EagleBurgmann, a joint venture of the German Freudenberg Group and the Japanese EKK Group, is one of the internationally leading companies for industrial sealing technology. Our products such as mechanical seals and expansion joints are used everywhere where safety and reliability are important: in the oil and gas industry, re�ning technology, the petrochemical, chemical and pharmaceutical industries, food processing, power, water, mining, pulp and paper and many other spheres. Our modular TotalSealCare service underlines our strong customer orientation and o�ers tailor-made services for every application. In 2019, the company generated sales of around

858 million and employed more than 5,800 people at more than 60 subsidiaries.

Ebara Pumps Australia

1 Jacksta� Court, Bayswater North, VIC, 3153 03 9761 3033

sales.epa@ebara.com https://www.pumpindustry.com. au/directory/item/ebara-pumpsaustralia

Emtivac Engineering

170 - 174 Discovery Road, Dandenong South, VIC, 3175 1300 791 199 mwilkinson@emtivac.com https://www.pumpindustry.com. au/directory/item/emtivacengineering

Irrigation, Mining, Food & beverage, Manufacturing, Chemicals and pharmaceuticals Blowers, Centrifugal pumps, End suction pumps, Horizontal split case pumps, Vacuum pumps

Emtivac is a fully Australian owned manufacturing company that supplies a wide range of vacuum and centrifugal pumps and blower technologies to ensure that the right type of equipment is available for your industry or process application. Emtivac has large stocks of pumps in our Melbourne warehouse and designs and manufactures systems in house. Emtivac has the experience and expertise to ensure you get the best solution to your needs.

FITT Resources

27 Awaba Street, Lisarow, NSW, 2250 1300 653 229 contact@�ttresources.com.au https://www.pumpindustry.com. au/directory/item/�tt-resources

Flo-Max Pumps

5/6 Stanton Rd, Seven Hills NSW, 2147 1800 730 104 sales@�o-maxpumps.com.au https://www.pumpindustry.com. au/directory/item/�o-maxpumps

Irrigation, Mining, Oil and Gas, Water and Wastewater, Food & beverage Submersible pumps, Vacuum pumps

“At Flo-Max Pumps we provide pump solutions.

We have an extensive team of engineers to provide technical back up across Australia and have a large manufacturing base for pump products and vacuum systems. We strive to supply our clients with on-time, high quality, recognised pump products as packaged equipment to their speci�cations

with excellent after-sales service and spares.

5/6 Stanton Rd Seven Hills, NSW 2147”

Flowserve Corporation

5 Parker Street, Castlemaine, VIC, 3450 1300Flowserve (356 973) https://www.pumpindustry.com. au/directory/item/�owservecorporation

Fluid Engineering

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

https://www.pumpindustry. com.au/directory/item/�uidengineering

Franklin Electric

106-110 Micro Cct, Dandenong South VIC 3175 03 9799 5000 australiasales2@fele.com https://www.pumpindustry. com.au/directory/item/franklinelectric

Irrigation, Mining, Oil and Gas, Building Services & HVAC, Manufacturing Borehole pumps, Motors drives and engines, Solar pumps, Submersible pumps

“Franklin Electric wasestablished in Australiain 1962 to support the water industry.

Franklin Electric o�ers an extensive range of water pumps, submersible electric motors, VSD, controls and protective devices. It has earned the reputation as a technical leader in all of its specialties, with products being used in residential, industrial, agricultural, mining, municipal, commercial and fuelling applications. No matter the project, Franklin

Electric has a solution to meet your requirements.

MOVING WATER, MOVING FORWARD

Franklin Electric: 106-110 Micro Circuit, Dandenong South VIC 3175 Franklin Electric Pioneer Pump: 67 Proximity Drive, Sunshine West VIC 3020”

Global Water Solutions

553 Zhongshan Rd Qingshui District Taichung, Taiwan 43643 +886 972 054 466 info@globalwatersolutions.com https://www.pumpindustry.com. au/directory/item/global-watersolutions

Grundfos

Business Park, Unit 2/4 Ave of the Americas, Newington NSW 2127 1300 337 733 ausales@sales.grundfos.com https://www.pumpindustry.com. au/directory/item/grundfos

Hiblow Australia Pty Ltd

6/3 Marina Close, Mount Kuring-gai, NSW, 2080 + 61 2 9457 8622 sales@hiblow.com.au https://www.pumpindustry. com.au/directory/item/hiblowaustralia-pty-ltd

Blowers, Borehole pumps, Centrifugal pumps, Multistage pumps, Submersible pumps

“Hiblow Australia has more than 70 years of experience in the pump industry and 50 years of experience in the blower industry.

Hiblow imports the range of air blowers from TTC in Japan and have had a long term relationship. These blowers are used mainly in wastewater treatment plus research, medical, aquariums and water puri�cation.

MAC3 �oat switches from Italy

are another product we distribute throughout Australia.

Pump wise we are major distributors of Franklin, Sakuragawa, DAB, Bianco, Regent, and Pioneer plus we also sell Grundfos, Davey, Flygt, Onga, Southern Cross, etc.

We also have a well stocked library of pumps from the last 50+ years and often assist with curves and details. Our customer list covers many di�erent companies and individuals due to our vast range on o�er.”

Hidrostal Australia Pty Ltd

52 Commerce Circuit, Yatala, QLD, 4207

07 3801 8110

au.sales@hidrostal.com https://www.pumpindustry.com. au/directory/item/hidrostalaustralia-pty-ltd

Irrigation, Mining, Pulp & paper, Water and Wastewater, Food & beverage

End suction pumps, Pressure pumps, Screw pumps, Submersible pumps, Transfer pumps

“Hidrostal Australia is a solelyowned 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 - Morwell and Darwin o�ces

8 Minchington Road, Morwell, VIC, 3840 03 5165 0390

https://www.pumpindustry.com. au/directory/item/hydro-australia

Hydro Innovations

21-23 Clyde Street, Rydalmere, NSW, 2116 02 9898 1800

https://www.pumpindustry. com.au/directory/item/hydroinnovations

ifm efector

Suite3 - 745 Springvale Road, Mulgrave, Vic, 3170 1300 365 088

sales.au@ifm.com

https://www.pumpindustry.com. au/directory/item/ifm-efector

ITT Blakers

29 Paramount Drive, Wangara, WA, 6065 1300 333 488 sales.blakers@itt.com https://www.pumpindustry.com. au/directory/item/itt-blakers

J.A.C. Pump Services

24 Enterprise Drive, Tomago, NSW, 2322 02 4964 9777 admin@jacpumps.com https://www.pumpindustry.com. au/directory/item/j-a-c-pumpservices

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

Established in 2005, J.A.C. Pump Services provides water and wastewater solutions that assist, mining, municipal and industrial sectors. In recognition that customers would bene�t by installing ˜best suited’ option to suit their requirements, it was evident that the �uid transport industry needs a capable and honest pump company with access to multiple suppliers. Our specialty is delivering entire turnkey water solutions to suit your needs. Whether its deep well dewatering, water/ wastewater transport, preventative maintenance, or complete overhaul of your asset, the JAC team has you covered.

John Crane

549, Somerville Road, Sunshine, VIC, 3020 03 9289 4777

salesaueast@johncrane.com

https://www.pumpindustry.com. au/directory/item/john-crane

Filtration, Mining, Oil and Gas, Pulp & paper, Chemicals and pharmaceuticals

Couplings, Dry gas seals, Engineering, Gland packing, Mechanical seals, Seals

“John Crane is a global leader in rotating equipment solutions, supplying engineered technologies and services to process industries. The company designs and manufactures a variety of products including mechanical seals and systems, couplings, �ltration systems and predictive digital monitoring technologies. John Crane customer service is accessed through a global network of more than 200 sales and service facilities in over 50 countries. Global reported revenue for �scal year 2020 was in excess of $1 billion USD.

In Oceania, John Crane has an extensive network including manufacturing, sales and service centers in Victoria, New South Wales, Queensland, South Australia, Western Australia and New Zealand”

Kelair Pumps Australia

Gateway Estate, 211-215 Walters Road, Arndell Park NSW 2148 1300 789 466

kelair@kelairpumps.com.au

https://www.pumpindustry.com. au/directory/item/kelair-pumpsaustralia

Irrigation, Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Building Services & HVAC, Food & beverage, Manufacturing, Plastics/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 is a privately-owned pump company that commenced operations in 1975. Our mission is to provide our clients with a range of world renowned highquality products supported by knowledgeable sta�.

We take pride in our pump knowledge and ‘When Pump Knowledge Matters’, our sta� is second to none.

Kelair Pumps has an extensive range of both positive displacement pumps and centrifugal pumps for applications across all industries such as mining and mineral, oil and gas, chemical, pharmaceutical, paint, power, and water and wastewater. Our range of pumps includes diaphragm pumps, air operated diaphragm pumps, gear pumps, peristaltic pumps, screw pumps, progressive cavity pumps, vane pumps and lobe pumps. We also o�er water pumps, magnetic drive pumps, solids handling pumps and chemical pumps.

Kelair Pumps is also a leading supplier of �re pumps to the construction and plumbing industries for �re protection and building hydraulics.

As well as our comprehensive range of industrial pumps and �re pumps, Kelair Pumps has a range of sewage treatment plants and wastewater treatment plants primarily applied to human waste. The products we supply are supported by our service division

where a team of highly skilled service technicians can provide services for troubleshooting, repair and commissioning both in-house and on site.

Head O�ce NSW: Gateway Estate 211-215 Walters Road Arndell Park NSW 2148

VIC / SA: 228 Atlantic Drive

Keysborough VIC 3173

TAS: 1/12 South Street Invermay TAS 7248

QLD / NT: 50 Nestor Drive Meadowbrook QLD 4131

WA: Unit 1/14 Crocker Drive Malaga WA 6090

Mackay: 19-21 Titanium Drive Paget, Mackay QLD 4740”

KSB Australia

13 Hawkins Crescent, Bundamba, QLD, 4304

Hidrostal Pumps

 Inventors of the screw centrifugal impeller

 Field Proven for over 60 years

 Most advanced submersible motors in the market today (TUMA)

 40m Deep drive opera�on

 High efficiency, non clog capability

 Reliable robust construc�on

 Strong local spare parts availability

1300 073 887, 1300 301 356 enquiries@ksb.com.au

https://www.pumpindustry.com. au/directory/item/ksb-australia

Irrigation, Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Building Services & HVAC, Food & beverage, Manufacturing, Chemicals and pharmaceuticals

Centrifugal pumps, Dewatering pumps, End suction pumps, Slurry pumps, Submersible pumps

“KSB Australia is a leading supplier of pumps and valves, servicing the Australian mining, water and wastewater markets. Originating from Ajax Pump Works in 1939 and Forrers in 1988, the KSB Australia team have more than 80 years’ local industry knowledge, a vast network of distributors, four sales o�ces and two distribution/service centres. With a commitment to �rst-class customer service, KSB Australia combines high-quality products and quali�ed employees to provide

tailored solutions to customers across the country. Our team of project engineers, experienced sales personnel, knowledgeable product managers, reliable service technicians and �rst-class fabrication team are ready to provide a tailored solution for your next project.

For more information about our locations, please visit our website.

KSB Hope Valley: 13 Investigator Drive, Hope Valley WA 6165

KSB Essendon Fields: Bell Business Centre, G18, 72 Hargrave Avenue, Essendon Fields VIC 3041

KSB Netley: 4/348 Richmond Rd, Netley SA 5037

KSB Newcastle: Riverside Drive, May�eld West NSW 2304”

LK Diesel

52 Woodlands Drive, Braeside 03 9588 6900 info@lkdiesel.com.au https://www.pumpindustry.com. au/directory/item/lk-diesel

Pump Specica�ons

Discharge Sizes: 50 ‐ 700 mm

Head: 0.5 ‐ 90 m

Flow: 1 ‐ 4,000 l/s

Power: 0.1 ‐ 650 kW

Frequencies: 50 Hz, 60 Hz, VFD

Materials: Cast Iron, Duc�le Iron, Hi‐Chrome, Stainless Steel, Duplex

Free‐Flow Technology

Available Designs

Immersible

 Solu�on s provider.

Solutions provider

 Municipal and Industrial specialists

Hidrostal Australia Pty Limited

52 Commerce Circuit, Yatala, QLD, 4207

Email: au.sales@hidrostal.com

Phone: 07 3801 8110

Submersible

Bearing Frame

Ver�cal or Horizontal

Self Priming

Trailer Mounted

MAIRS Technology

PO Box 3308, Caroline Springs, VIC, 3023 03 9028 8080 sales@mairstech.com https://www.pumpindustry. com.au/directory/item/mairstechnology

Maxijet Australia Pty Ltd

32 McGregors Drive Keilor Park Vic 3429 +61 3 9336 1000 sales@maxijet.com.au https://www.pumpindustry. com.au/directory/item/ maxijetaustraliaptyltd

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

“Maxijet Australia is an Australianowned wholesale company specialising in water conservation and water pumping for urban, rural, irrigation and commercial applications.

At Maxijet we are committed to o�ering trusted quality and service. Our range of products, e.g. water tank pumps, irrigation, centrifugal, hot water and electric water pumps are continually being advanced with our experienced research team working with manufacturers across the globe, giving us access to the latest innovations and technology. Our guarantee

Customer satisfaction

To supply quality products and service

To honour our promises

To support our products with a full after sales service

Engineered for progress, built to last

We deliver engineered solutions built for our customers’ most demanding processes. Drawing on deep expertise in fluid dynamics, our advanced equipment is designed to maximize efficiency, durability, and performance. Beyond equipment, we provide comprehensive service solutions to optimize performance and extend asset life.

We operate at the heart of critical water sectors – spanning supply, treatment, transport, and wastewater collection –while also serving key industries including metal processing, pulp and paper, and fertilizers. Our commitment to innovation and reliability ensures that every solution meets the highest standards, helping customers achieve operational excellence. sulzer.com/applications

info.water.au@sulzer.com, info.industry.au@sulzer.com

Our service

Sincere, E�cient, Professional and Excellent is Maxijet’s service philosophy. When it comes to cooperating with our customers, Maxijet wants to be perceived as a long-term partner, not just a supplier. Prompt reply, on-time delivery, stable quality, competitive pricing, research and innovation for new designs to meet the demand of the water conservation market. Maxijet is always dedicated to satisfying and even exceed customers expectations.

Our mission

To provide innovative and quality solutions to the pump industry across Australia with a commitment to ongoing service, research and development.”

NETZSCH Australia

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

https://www.pumpindustry. com.au/directory/item/netzschaustralia

Mining, Oil and Gas, Water and Wastewater, Food & beverage, Chemicals and pharmaceuticals Dewatering pumps, Peristaltic pumps, Positive displacement pumps, Slurry pumps, Transfer pumps

“As a global specialist in complex �uid handling, our customers’ satisfaction is our top priority.

NETZSCH has been developing, producing and distributing positive displacement pumps worldwide for more than 70 years.

With sales and service centres across Australia, we provide a high level of technical and application support, service and after sales. We keep local inventory of pumps and spare parts for prompt delivery to the Oceania market.

Our extensive know-how in applications ensures we o�er you a reliable solution, which will secure and maintain production with long term cost e�ciency.”

NOV

75 Frankston Gardens Drive, Carrum Downs Victoria, Australia 3201 1800 333 138

https://www.pumpindustry.com. au/directory/item/nov

Irrigation, Pulp & paper, Water and Wastewater, Food & beverage, Chemicals and pharmaceuticals Positive displacement pumps, Pressure sewer systems, Solar pumps

“National Oilwell Varco is a leading provider of integrated production and process solutions to a variety of industrial markets. We combine our expertise of engineering with quality products, a global footprint and aftermarket support delivering solutions that meet our customer’s requirements. Our 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, we understand the needs of our customers in di�erent industry sectors including water and wastewater, food and beverage, agriculture and solar, chemical and pharmaceutical, oil and gas, minerals, mining, plus pulp and paper.”

Pentair

1-21 Monash Drive, Dandenong South, VIC, 3175

1300 137 344

au.sales@pentair.com

https://www.pumpindustry.com. au/directory/item/pentair

Polymaster

161 Karinie St, Swan Hill VIC 3585 1300 062 064

https://www.pumpindustry.com. au/directory/item/polymaster

Pomona Pumps Pty Ltd

14 Jesmond Road, Croydon, VIC, 3136 03 9722 8888

sales@pomonapumps.com.au

https://www.pumpindustry.com. au/directory/item/pomonapumps-pty-ltd

Power Equipment Pty

Ltd

10-12 Commercial Drive, Lynbrook VIC 3975

1800 069 469

info@powerequipment.com.au

https://www.pumpindustry. com.au/directory/item/powerequipment-pty-ltd

Centrifugal pumps, Motors drives and engines, Trash pumps

“Power Equipment is the exclusive authorised Australian, NZ, PNG and South Paci�c distributor for Yanmar and John Deere diesel engines, plus a range of industry leading power brands.

An Australian-owned family business since 1990, Power Equipment leads the way in providing power solutions for a range of industries, and across a wide range of applications. With more than 330 dealers nationwide and great after sales technical support, you know you’re in safe hands with Power Equipment.”

Pump Engineers

11-13 Kennaugh Street Oakleigh East VIC 3166 03 9543 2011

info@pumpengineers.com.au

https://www.pumpindustry. com.au/directory/item/pumpengineers

Pump Power Australia Pty

Ltd

9 Export Drive, Brooklyn VIC 3012 (03) 9933 7400

sales@pumppower.com.au

https://www.pumpindustry.com. au/directory/item/pump-poweraustralia-pty-ltd

Pump Systems PTY Ltd.

Level 5, 600 Bourke Street, Melbourne, Vic, 3000 1800 121 452

sales@chopperpumps.com.au

https://www.pumpindustry.com. au/directory/item/pump-systemspty-ltd

Oil and Gas, Pulp & paper, Water and Wastewater, Food & 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

“Founded in 1984, Pump Systems specializes in wastewater processing technology, serving as the exclusive Australasian distributor for leading brands:

Vaughan Chopper Pumps and Rotamix Systems: Originating from the USA since 1960, Vaughan Chopper Pumps are renowned for their robustness and ability to handle challenging solids without clogging. These pumps e�ectively reduce maintenance costs associated with pump station blockages, particularly where �brous solids are present. The Rotamix System complements these pumps by providing e�cient tank mixing using directional nozzles, ensuring consistent suspension of solids and enhancing biogas production across Australia and NZ. Lackeby Products: Hailing from Sweden, Lackeby manufactures premium stainless steel waste processing equipment. Their range includes drum screens, various channel screens, sludge heat exchangers, grit clari�ers, shaftless screw conveyors, and waste receiving stations. These products integrate seamlessly with Vaughan’s chopper pumps and Rotamix systems, enhancing overall system performance and reliability in waste

processing applications. By combining Vaughan’s innovative pump solutions with Lackeby’s high-quality equipment, Pump Systems delivers dependable and high-performance solutions for wastewater processing challenges. This strategic partnership ensures e�cient operation, reduced downtime, and enhanced productivity across diverse industrial and municipal sectors throughout Australasia. www.pump-systems.com.au www.chopperpumps.com.au”

PumpEng

22-24 Alex Wood Drive, Forrestdale, WA, 6112 (08) 9434 9922

sales@pumpeng.com.au https://www.pumpindustry.com. au/directory/item/pumpeng

“PumpEng is an independent Australian company rede�ning underground mine dewatering with a focus on excellence, innovation, and reliability. With 20 years of experience, we design, manufacture, and service dewatering pumps for global mining companies, using advanced materials and designs to meet the demands of modern mines. Renowned as a trusted OEM, PumpEng o�ers a comprehensive range of innovative pumping solutions, including the JetGuard, Guardian, Raptor, ScatPump, MetalVest, and CanaryPump. Each pump is engineered to handle the toughest mining conditions, enhancing productivity, safety, and reducing costs.

Our approach, known as “”The PumpEng Way,”” goes beyond supplying pumps. It’s a partnership. We provide site inspection services, data-driven solutions, and quarterly reviews to ensure continuous improvement and optimal performance of your dewatering

system. Our commitment to sustainability drives us to create eco-friendly solutions that reduce energy consumption and environmental impact.

At PumpEng, we view every customer as a partner, dedicated to constant improvement and problem- solving. If you’re ready to explore innovative dewatering solutions and experience The PumpEng Way, we’re here to help, obligation-free. For more information, contact us: Australia: (08) 9434 9922 22-24 Alex Wood Drive Forrestdale WA 6112

North America: 1 (208) 749-7636 635

5th Ave West Twin Falls ID 83301”

Pumpserv Pty Ltd

Unit 3A/7-15 Gundah Rd, Mount Kuring-gai NSW 2080 (02) 9055 7955

sales@pumpserv.com

https://www.pumpindustry.com. au/directory/item/pumpserv-ptyltd-2

Regal Rexnord IPS (Oceania)

8 – 20 Anderson Road, Smeaton Grange, NSW, 2567 (02) 4677 6000

Sales.australia@regalrexnord.com https://www.pumpindustry.com. au/directory/item/regal-rexnordaustralia

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

“We Create a Better Tomorrow By

Energy E�ciently Converting Power into Motion

At Regal Rexnord, our business purpose is to create a better tomorrow by energy-e�ciently converting power into motion. For us, this means creating innovative solutions while focused on both customer needs and our commitment to sustainability.

Regal Rexnord IPS is home to many of the world’s premier power transmission brands including Falk, Rexnord, Svendborg, Centa, Stieber, Jaure, Twi�ex, Witchita and many more.

The extensive range o�ers end to end power train solutions for most industrial applications. Applications ranging from those in the heaviest mining environments to the clockwork intricacies of food and beverage manufacturing and onto waste water treatment and wind farms.

Regal Rexnord is now the foremost global expert in Power Train Solutions.”

Regent Pumps

1-7 Redwood Drive, Dingley, VIC, 3172 (03) 9551 5111 sales@regentpumps.com.au https://www.pumpindustry.com. au/directory/item/regent-pumps

Rezitech Services

109-111 Wedgewood Road, Hallam Victoria 3803 Australia +61 3 8720 8600 shanetregear@rezitech.com.au https://www.pumpindustry.com. au/directory/item/rezitechservices

Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp & 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

“Rezitech Services Pty Ltd is a 100% Australian owned and operated company that commenced trading in 1968 with o�ces and support Australia Wide. With over 50 years’ service to industry, Rezitech Services is a leader in industrial maintenance solutions and pump technologies and is one of Australia’s most versatile engineering companies with a proud record of quality and service. Rezitech provides its own range of Flowtech vacuum pumps of all sizes to many industries. In addition to this, we repair all types of industrial pumps Australia wide from our workshops in Hallam, Victoria and Townville, QLD. Rezitech Services has the exclusive Australian distributorship for the Belzona range of wear and chemical resistant metal, rubber and concrete compounds from Belzona Polymerics. The Belzona products are used to rebuild all types of industrial pumps as well as provide long lasting coatings to protect from corrosion-erosion, chemical attack and abrasion.”

Roto Pumps Ltd

26 Deans Court, Dandenong South, VIC, 3175

03 9794 5200

https://www.pumpindustry.com. au/directory/item/roto-pumps-ltd

Progressive cavity pumps, Rotary pumps

SAER ELETTROPOMPE

S.p.A.

Via Circonvallazione 22, 42016

Guastalla (RE) Italy

+39 0522 830 941

https://www.pumpindustry. com.au/directory/item/saerelettropompe-s-p-a

SEEPEX Australia

Unit 1, 47 Lake Road, Tuggerah, NSW, 2259 02 4355 4500

info.au@seepex.com

https://www.pumpindustry. com.au/directory/item/seepexaustralia

Irrigation, Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Food & 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

“SEEPEX is a leading worldwide specialist in pump technology. Our portfolio comprises progressive cavity pumps, pump systems and digital solutions. SEEPEX also o�ers innovative solutions for the conveyance of aggressive or abrasive media with low to high viscosities.

With major technologies, such as the patented Smart Conveying Technology AutoAdjust, we create complete solutions for use in the most important branches of industry. As a result, our customers pro�t from lower life cycle costs, higher productivity and optimized energy e�ciency.

The modular design principle utilised by SEEPEX makes it possible to supply custom progressive cavity pumps for virtually any pumped media. From thin to highly viscous, with or without solids, abrasive or gaseous, our progressive cavity pumps dose and convey media gently and with minimal pulsation. We are utilising our developments in the �eld of

digitalisation in a targeted manner and across all market segments, in order to optimise production facilities and processes for our customers. In the process, our focus is on reducing operating costs, increasing productivity and ensuring environmentally friendly work procedures and processes. We support our customers with a global distribution network and assist them with personal advisory services and professional project management.

Research and innovation are concentrated at the Germany and USA locations, while production facilities are in Germany, USA and China. This allows us to pool production competence and market expertise worldwide, reacting faster and responding individually to the wishes of our customers.

Our 24-hour helpline supports our customers at any time with fast, competent service. Thanks to the comprehensive range of services and more than 10,000 articles in stock, we can deliver original replacement parts worldwide on short notice.

Since 2021, SEEPEX has been part of the Ingersoll Rand Group, a global supplier of mission-critical �ow creation and industrial solutions across 40+ respected brands. Ingersoll Rand Inc. (NYSE: IR) driven by an entrepreneurial spirit and ownership mindset, is dedicated to helping make life better for our employees, customers and communities.”

Speck Pumps Australia

Unit 2/6 Glory Road, Gnangara WA 6077 AUSTRALIA

“Within Australia 1300 207 380 International: +61 8 6201 1286” sales@speckaustralia.com https://www.pumpindustry.com. au/directory/item/speck-pumpsaustralia

+61 (0)3 5941 3400

sales@sterlingpumps.com.au https://www.pumpindustry.com. au/directory/item/sterling-pumps

Submersible Motor Engineering

9 Ryelane St, Maddington, WA 6109 sales@smeng.com.au https://www.pumpindustry.com. au/directory/item/submersiblemotor-engineering

Sulzer Australia Pty Ltd

33 Enterprise Circuit, Carrum Downs, VIC, 3201 03 9775 0522 info.water.au@sulzer.com https://www.pumpindustry. com.au/directory/item/sulzeraustralia-pty-ltd

Irrigation, Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Food & beverage, Chemicals and pharmaceuticals Axial �ow pumps, Blowers, Centrifugal pumps, Chemicals pumps, Chopper pumps, Dewatering pumps, Pressure pumps, Repair and aftermarket, Slurry pumps, Submersible pumps, Transfer pumps

ensures that every solution meets the highest standards, helping customers achieve operational excellence.

Superior Pump Technologies

Unit 23/31 Governor Macquarie Drive, Chipping Norton, NSW, 2170 02 9727 0525

applications@sptaust.com.au https://www.pumpindustry.com. au/directory/item/superior-pumptechnologies

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

Sterling Pumps

14 Sharnet Circuit, Pakenham, VIC, 3810

We deliver engineered solutions built for our customers’ most demanding processes. Drawing on deep expertise in �uid dynamics, our advanced equipment is designed to maximize e�ciency, durability, and performance. Beyond equipment, we provide comprehensive service solutions to optimize performance and extend asset life. We operate at the heart of critical water sectors—spanning supply, treatment, transport, and wastewater collection—while also serving key industries including metal processing, pulp and paper, and fertilizers. Our commitment to innovation and reliability

“Superior Pump Technologies (SPT) is an Australian owned and operated business. We support customers in a variety of industries with a wide range of industrial, sanitary and process pumps, valves and spare parts and service capabilities. Brands we stock and support include TechnipFMC piston and plunger pumps and spare parts, multiple SPX FLOW brands (Waukesha CherryBurrell, APV, Johnson Pump, BranLuebbe, etc), Grundfos, Graco, Vogelsang and many others. We also o�er design and manufacture of custom built pump units and are a Certi�ed SPX FLOW Repair Centre, o�ering technical support, service and repair.”

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

https://www.pumpindustry.com. au/directory/item/sykes-grouppty-ltd

Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Building Services & HVAC, Food & 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

Since 1967, Sykes has been at the forefront of dewatering solutions having unmatched expertise in the industry. With in-house engineering, sales, and product support teams, customers deal directly with the people who design and manufacture the pumps. Our success is driven

by our ability to deliver customised, innovative solutions that consistently meet—and exceed— end-user expectations.

Sykes pumps are designed from �rst principles, manufactured, assembled, and tested at our facilities in Australia, Dubai, and the USA. Built tough for reliability and performance, they are trusted worldwide across mining, construction, rental, industrial, municipal, sewage, and environmental applications. Whether it’s wastewater or fresh water, acidic or caustic conditions, solids or abrasives, or powered by electric, diesel or hydraulic drive, Sykes has the right solution— mounted on pontoons, road tow trailers or skid bases.

Every pump set, skid, lifting frame, pontoon, standpipe, and trailer is designed using advanced, fully integrated 3D CFD and FEA software. Each pump is tested at our ISO 9001 accredited facilities prior to despatch to the customer to

ensure performance and quality. Backed with our after market support and service, wherever water needs to be managed, Solve it with a Sykes.

Tap�o

10, 111 – 113 William Angliss Drive, Laverton North VIC 3026 1800 303 633

sales@tap�o.com.au

https://www.pumpindustry.com. au/directory/item/tap�o

Techtop Australia

33-35 Gaine Road, Dandenong South, VIC, 3175 +613 9753 2222

sales@techtop.com.au

https://www.pumpindustry. com.au/directory/item/techtopaustralia

Irrigation, Mining, Pulp & paper, Building Services & HVAC, Food & beverage Gearboxes, Motors drives and engines, Stainless steel products

“Techtop Australia Pty Ltd is headquartered in Dandenong, an outer eastern suburb of Melbourne, and serves as our primary distribution hub. Since our inception, we’ve steadily grown by establishing sales o�ces and warehouses across every mainland state of Australia— including a regional o�ce in Mackay, Queensland—making us the only company in our sector with direct representation in all mainland states. Each location is led by a local manager with extensive industry experience and strong customer relationships. Our strength lies in our team: professional, knowledgeable, and enthusiastic individuals who are committed to keeping customer service at the heart of everything we do. We pride ourselves on delivering reliable, high-quality products backed by responsive support and technical expertise. Our national network ensures fast turnaround times, tailored solutions, and a consistent customer experience regardless of location. As we continue to grow, we remain focused on innovation, integrity, and building long-term partnerships with our clients across Australia.”

Teco Australia

335-337 Woodpark Road, Smith�eld, NSW, 2164 9765 8145 sales.nsw@teco.com.au https://www.pumpindustry.com. au/directory/item/teco-australia

Tsurumi Australia

8, 175 Campbell Street, Belmont WA 6104 1300 917 915 admin@tsurumipumps.com.au https://www.pumpindustry. com.au/directory/item/tsurumiaustralia

United Pumps Australia

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

https://www.pumpindustry.com. au/directory/item/united-pumpsaustralia

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

“United Pumps Australia (U.C.P. Australia) is an Australian-based company specialising in the precision engineering of centrifugal pumps, primarily tailored for the oil and gas sectors.

United’s core focus remains the design, engineering, manufacturing, and servicing of premium API 610 centrifugal pumps. Our comprehensive range of services also include: manufacturing, performance testing to 2.5MW; repairs and specialised spare parts. United draws upon the heritage and expertise of its predecessors, Indeng Pumps, and Harland Engineering Australia. United is renowned for its robust heavy-duty design, unwavering reliability and o�ers world leading pump technology supported by our Australian-based design team.”

Vogelsang

Unit 2 / 7 Dunn Rd, Smeaton Grange, Sydney 2567 02 46 47 8511

info@vogelsang.com.au https://www.pumpindustry.com. au/directory/item/vogelsang

Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Building Services & HVAC, Food & beverage, Manufacturing, Plastics/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

Vogelsang Pty Ltd. was established early in 2009, a subsidiary of Vogelsang GmbH & Co. KG of Essen Oldenburg in Lower Saxony in northern Germany. Vogelsang Pty Ltd. Australia is responsible for the Vogelsang Group’s commercial activity, for the full product range that the group o�ers from Papua New Guinea, Australia and New Zealand. The company operates out of a facility in Smeaton Grange, Sydney, NSW, where all the administrative, internal sales, �nancial, management, service, spares and warehousing functions are based. In addition to a comprehensive spare parts store, the facility has a well equipped service workshop. Vogelsang Pty Ltd. has distributors in all states of Australia.

Volvo Penta

+61 7 3890 7615

andrew@seamech.com.au

https://www.pumpindustry.com. au/directory/item/volvo-penta

Waterdos Instruments Australasia

32/31 Keysborough Close Keysborough VIC 3173 Australia 1300 980 513

info@waterdos.com.au

https://www.pumpindustry.com. au/directory/item/waterdosinstruments-australasia

Watson-Marlow Pty Ltd

5 Hexham Place, Wetherill Park, 2164, NSW<br>15 Newlyn Street, Belmont, 6104, WA +61 2 8787 1400, +61 8 6156 7555 info.au@wmfts.com https://www.pumpindustry. com.au/directory/item/watsonmarlow-pty-ltd

WEG Australia Pty Ltd

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

https://www.pumpindustry.com. au/directory/item/weg-australiapty-ltd-2

Filtration, Irrigation, Mining, Oil and Gas, Power generation, Pulp & paper, Water and Wastewater, Building Services & HVAC, Food & beverage, Manufacturing, Plastics/rubber, Chemicals and pharmaceuticals API process pumps, Axial �ow pumps, Bladder pumps pumps, Blowers, Booster pumps, Borehole pumps, Canned motor pumps, Cantilever pumps, Centrifugal pumps, Chemicals pumps, Chopper pumps, Circulator pumps, Circumferential piston pumps, Compressors, Dewatering pumps, Double acting pumps, Drum pumps, Electromagnetic pumps, End suction pumps, Fire pumps, Flexible member pumps, Food beverage, Gas lift pumps, Gear pumps, Gearboxes, Gland packing, Grinder pumps, Horizontal split case pumps, Hydraulically actuated diaphragm pumps, Instrumentation control and monitoring, Irrigation, Jet pumps, Lifting equipment, Lobe pumps, Magnetic drive pumps, Manufacturing, Mechanical diaphragm pumps, Mixed �ow pumps, Motors drives and engines, Multistage

pumps, Natural Gas engines, Oil & gas, Packaged Sewage Treatment Plants, Peripheral pumps, Peristaltic pumps, Piston pumps, Plunger pumps, Positive displacement pumps, Power Generation, Pressure pumps, Pressure sewer systems, Progressive cavity pumps, Pulsation Dampeners and Surge Control, Radial �ow pumps, Reciprocating Pumps, Rotary pumps, Rotodynamic pumps, Safety products, Screw pumps, Sensors And Instrumentation, Single acting pumps, Single stage pumps, Slurry pumps, Solar pumps, Speciality pumps, Syringe pumps, Transfer pumps, Trash pumps, Turbine pumps, Vacuum pumps, Vane piston pumps, Well-point piston pumps

“WEG Australia has grown over the past 28 years to become a major supplier of electric motors, variable speed drives and the associated control equipment. Our products include low and high voltage electric motors, LV and HV variable speed drives, LV and HV soft starters, geared motors, innovative solutions

Engineers have got the right pump for you.

for monitoring of equipment and predictive analysis, power and kiosk transformers, and low voltage switchgear that are used throughout various market segments including the water and waste, mining, oil and gas, sugar, power generation and utility sectors. WEG has manufacturing centres throughout the world, allowing us the capability to manufacture our products with global strategic supply at the forefront of our business structure. WEG’s sales and product support structure is a global network that brings our sales teams, service engineers and authorised service partners to our customers. We understand that professional and reliable customer service is critical to facilitate customer expectations in today’s dynamic world. Sustainability

the correct use of natural resources and the application of e�cient energy solutions.

WEG Australia branch addresses: Victoria: 14 Lakeview Drive, Scoresby, VIC 3179

New South Wales: U2 / 429-431 Victoria Street, Wetherill Park, NSW 2164

Queensland: Unit 1, 103 Buchanan Road, Banyo, QLD 4014

Western Australia: Wilson House, Level 3, 31 Winton Road, Joondalup, WA 6027”

Weir Australia

1 Marden Street, Artarmon, NSW, 2064 1300 927 626

https://www.pumpindustry.com. au/directory/item/weir-mineralsaustralia

https://www.pumpindustry. com.au/directory/item/wellingcrossley

Welltech Total Water Management 61 Baile Road, Canning Vale, Western Australia 08 9353 1366 solutions@welltech.com.au https://www.pumpindustry.com. au/directory/item/welltech-totalwater-management

Irrigation, Mining, Oil and Gas, Water and Wastewater, Manufacturing Borehole pumps, Centrifugal pumps, Consulting, Engineering,

Management Company With Australia’s Tier 1 contractors and government utilities failing to gain con�dence in general hire companies to meet their complex and critical project requirements, it becomes evident there is only one nationally-recognised company with the agility, resources and commitment to manage project scopes of any size. No matter where or when you need an emergency or scheduled bypass, Welltech have you covered. The Welltech team implements solutions quickly, accurately and e�ectively. Eliminating potentially expensive mistakes and delays. Our rigorous assessment, engineering knowledge, installation expertise, understanding of project compliance and responsibilities, ensure we get it right. You can be assured, we will deliver as promised and support you with Welltech’s guarantee, Commitment = Satisfaction. For over 25 years, Welltech has been sourcing, developing, and introducing innovative solutions. Our clients know, once we introduce a product to our �eet, it is promised to produce reliable, quality results. Welltech is proud to house the world’s largest �eet of Hidrostal pumps and be the exclusive national distributor for Lampe Pipe Plugs. Success in our bypass operations has earned us accolades nationally and internationally. With capacity to successfully manage �ow rates in excess of 14,000L/sec, coupled with our immense in- house inventory and highly skilled teams, Welltech are ready to deploy at a moment’s notice. Visit welltech.com.au and complete our Bypass Project Scope webform and let us design the perfect solution for your next bypass project. Download this white paper to see how Welltech’s highly skilled team, advanced equipment and considered planning process is delivering unprecedented, incidentfree wastewater management solutions.

WOMA (Australia) Pty Ltd

16 Redemptora Road, Henderson, WA, 6166 (08) 9434 6622

hpwater@woma.com.au

https://www.pumpindustry. com.au/directory/item/womaaustralia-pty-ltd

Xylem

14 Emporium Avenue, Kemps Creek, NSW 2178 13 19 14

https://www.pumpindustry.com. au/directory/item/xylem-2