Pump Industry Media Kit

2026

Media Kit

Pump Industry is Australia’s only dedicated pump magazine and is produced by Prime Creative Media in cooperation with Pump Industry Australia (PIA).

Pump Industry brings together end users, specifiers, manufacturers and suppliers, providing the latest information about pumps and associated equipment across all industries, including water and wastewater, mining, oil and gas, food and beverage, seals, and more.

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Our print and digital publications have a proven database of engaged decision makers, with our content designed to be of interest to buyers in your targeted industry. They trust our publications and turn to us for the latest industry news, insights and developments, using that information to guide their purchasing decisions.

Our team of professional editors and journalists are industry experts, immersed in the latest trends, announcements and developments that help shape the national and global sectors. They work with our advertisers to craft original, insightful content that our audience will want to engage with.

The best external marketing department you’ll ever have With nearly 30 years of B2B marketing experience, you can trust our team to provide marketing services that deliver results. From content through to design and campaign delivery, we make it easy for you to leverage our knowledge and experience to develop unique campaigns that best showcase your business.

Audience snapshot Pump Industry reaches professionals across the Australian industry by engaging key decision makers and supporting industry growth. We continually update our audience and track reader behaviour to deliver relevant, high-value content.

Job Roles

JOB ROLE JOB ROLE

State VIC

C-Suite/Director/Owner/General Manager (24%) C-Suite/Director/Owner/General Manager (24%) Engineer (23%)

Engineer (23%)

Reliability Engineer (19%)

Reliability Engineer (19%)

30%

NSW

27%

QLD

20%

Senior Manager/Head of (18%)

WA

14%

Project Manager (11%)

SA

6%

Technician/Operator (3%)

TAS

1.6%

Rotating Equipment Engineer (3%)

NT

0.4%

ACT

0.3%

Senior Manager/Head of (18%) Project Manager (11%)

Technician/Operator (3%)

Rotating Equipment Engineer (3%)

Other

Sector

SECTOR

0.7%

41.5K

Monthly exposure opportunities for 12-month partners

3,589

4,825

21.2%

8.1%

Magazine circulation

E-newsletter circulation

E-newsletter open rate

E-newsletter click rate

12,721

5,896

Water and Wastewater (20%) Energy (17%) Pump manufacture and supply (14%) Mining (14%) Manufacturing/chemical/pharmaceutical (10%) Consulting/Engineering (7%) Irrigation (7%) HVAC/Building Services/Fire (4%) Food & Beverage (3%)

Average monthly page views

Social followers

Local Government (2%) Other (2%)

Magazine circulation includes hard copies, event distribution, digital edition reads and pass on rate.

Annual partnerships ISSUE 51

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PUMP INDUSTRY

Master the extended B2B buying cycle with an annual marketing partnership. These packages give you access to the best of what we have to offer across print and digital, and extended exposure to our audience of decision makers.

Company acquisitions shake up industry

Smart pump technology for greater efficiency

Year-round marketing solutions An “always on” approach to marketing is essential in the world of B2B sales, providing extended exposure to buyers making complex purchasing decisions. Below is a sample of our most popular 12-month marketing campaigns, focused on frequency, visibility and generating outstanding results for our clients.

Industry Leader

Growth & Visibility

Small Business

Print

Print

• Full page ad in four print editions

• Full page ad in four print editions

Print

• Print ad repeated in digital replica edition

• Print ad repeated in digital replica edition

• Editorial opportunity in four editions

• Editorial opportunity in two editions

Digital

Digital

• MREC banner on website for the quarter

• Wide web banner on website for the quarter

• One month of newsletter banners per quarter

• One newsletter editorial inclusion per quarter

• One newsletter editorial inclusion per quarter

• Additional content, such as press releases, included in the newsletter and website if provided

• Additional content, such as press releases, included in the newsletter and website if provided

• Half page ad in four print editions • Print ad repeated in digital replica edition Digital • Inline banner on website for the quarter

Annual Bonus • One quarter of remarketing – use the combined power of Pump Industry and Google to create the impression your brand is everywhere. Your ads can follow our powerful display network of over 50,000 individuals across the web, reaching them on the sites and social pages they visit after Pump Industry.

Tailor your own package

Optional add-on

understand that clients need flexible campaigns that best suit their needs. Our team is always on hand

• Get the most out of your investment by adding lead generation to your Industry Leader Package.

With this option, we’ll generate at least 20 leads for your business.

While we believe an annual approach to marketing is most beneficial in the B2B sector, we also

to run discovery sessions with clients to understand campaign desires and goals, and create the right package to meet these needs.

A sample selection of our audience COVER STORY

WASTEWATER

COVER STORY

COVER STORY

WASTEWATER

INDUSTRY ADVOCATES

I

ntroducing an electric fire truck for use by Fire Rescue Victoria (FRV) represents a watershed moment in emergency response technology.

Dubbed EVIE (Electric Vehicle for Incident and Emergency), this new addition to FRV’s fleet merges sustainability with cutting-edge functionality, offering benefits that extend far beyond the environmental realm.

EVIE showcases advancements in pumping capabilities and exemplifies a broader move towards innovationdriven efficiency in emergency services.

Electrifying fire rescue

Witnessing the consequences of climate change has seen this emergency management body fast-track its pilot of an electric fire truck.

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pump industry | Summer 2024 | Issue 50

INDUSTRY ADVOCATES

The ARC is central to the training and licensing of refrigeration technicians across Australia.

Image: nikomsolftwaer/stock.adobe.com

EVIE has a larger tank on a smaller frame, improving outcomes and maneuverability.

Image: Fire Rescue Victoria

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Reimagining pumping power EVIE is designed with a groundbreaking independent “pump-and-roll” feature that allows for simultaneous driving and pumping. This is a significant advancement over traditional pumpers that rely on the vehicle’s engine.

Craig Brownlie, Assistant Chief Fire Officer at FRV, describes it as a “game changer in terms of efficiencies in getting water, ultimately, on the fire”.

EVIE’s separate electric drive motors allow it to begin pumping before firefighters exit the cab, reducing response times and enabling faster, more effective firefighting. This innovation is particularly vital in high-stakes situations where every second counts.

With the ability to pump water on the move, EVIE meets one of the industry’s long-standing challenges: delivering powerful water flow while maintaining vehicle mobility. Designed with a highperformance NH 55 pump, EVIE provides a remarkable flow rate of 6,000 litres per minute, significantly exceeding the 4,000 litres per minute achieved by the current fleet. This ensures the truck can tackle larger urban fires with ease.

Adding further versatility, EVIE’s integrated foam proportioning system simplifies the application of Class B foam, which is essential for certain types of fires. This combination of high flow rate and foam capability allows FRV to respond to fires more efficiently, enhancing EVIE’s value as a multi-functional, all-electric emergency vehicle.

A sustainable approach In a proactive response to the urgent need for climate action, FRV has integrated EVIE into its fleet as a cornerstone of its decarbonisation strategy. EVIE runs entirely on electric power 98 per cent of the time, relying on a diesel generator only in extended emergency scenarios where continuous

pumping is required. This is a step towards FRV’s long-term goal of becoming the world’s first net-zero emission fire service. This vision aligns with FRV’s heritage of embracing innovation, from its early adoption of motorised fire engines to today’s advancements in electrification.

“Climate change is a real issue,” said Assistant Chief Fire Officer Brownlie.

“We are contributors to environmental carbon via our fleet, but we also see the consequences of climate change with increased operational activity.”

With rising instances of intense fires and storm events, the impact of climate change on emergency response has become increasingly evident.

EVIE’s emissions-reducing design also addresses another pressing health concern: diesel particulates, a known carcinogen that has long plagued fire stations. By reducing these pollutants, EVIE contributes to a cleaner, safer environment for firefighters and the communities they serve. The electric pumper is setting a precedent for emergency response vehicles across the industry.

Prioritising firefighter health and safety The electric pumper goes beyond just reducing emissions – it’s also engineered with firefighter health and safety in mind. Traditional fire trucks require firefighters to jump from ladders or high steps, often resulting in musculoskeletal injuries. EVIE, however, incorporates a stair-like entry and exit system designed to reduce injuries to knees, backs and ankles.

Inside the truck, the seating layout has been reimagined. Instead of the forward-facing layout typical of fire trucks, EVIE’s crew seating faces sideways, allowing for clearer invehicle communication.

“It’s much quieter, with no diesel engine running underfoot, which gives us a better communication environment,” Assistant Chief Fire Officer Brownlie said. “The enhanced layout allows the officer to brief the crew effectively enroute to a call, ensuring everyone is prepared and aligned before arriving at the scene.”

Moreover, EVIE features an airscrubbing system that circulates 3,000 litres of air per minute within the cab, continuously removing harmful contaminants.

“As firefighters, we go into areas where we’re exposed to smoke and

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other hazardous products,” Assistant Chief Fire Officer Brownlie said. “Once we’re back in the cab, this system cleans and scrubs those chemicals out, keeping the environment as safe as possible for our firefighters.”

to nearly double by 2050, WTP’s role in treating the city’s sewage – about 200 billion litres annually – will become increasingly vital. “Melbourne is facing multiple future challenges, including projected population growth and a hotter, drier climate,” said Mr Coventry.

“We’re investing in ways to reduce the environmental footprint of WTP while ensuring we can meet future population demands.”

In line with these goals, Melbourne Water has embarked on a comprehensive 50-year Sewerage Strategy. This strategic plan addresses the dual challenges of climate change and population growth by maximising circular economy opportunities at the WTP while preserving the environment.

One of the most ambitious projects in this strategy is the Resource Recovery and Re-Use Complex, a new $711 million facility designed to transform how the WTP treats and recycles sewage.

Tailored for urban and peri-urban environments Though primarily designed for urban areas, EVIE can handle off-road situations in peri-urban environments.

With adjustable ground clearance and all-wheel drive, the electric truck can navigate rugged terrain, allowing firefighters to access difficult-to-reach areas during emergencies.

Assistant Chief Fire Officer Brownlie has extensive experience in both urban and rural firefighting. “EVIE has better ground clearance than most fire service heavy tankers in its highest capacity,” he said. “This makes it well-suited to the rural-urban interface and enables FRV to respond effectively to fires on back fences or rural properties.”

Pioneering sustainable wastewater treatment

Looking to the future For FRV, EVIE is not merely an innovation – it’s a glimpse into the future of firefighting. Assistant Chief Fire Officer Brownlie said, “We aim to lead by example and demonstrate that we can decarbonise our fleet.”

Beyond immediate local impact, FRV’s decarbonisation efforts are part of a global initiative to promote sustainable firefighting. Through Zeon (Zero Emissions Operational Network), an FRV-led collaboration with fire services in Berlin, Vancouver, and Los Angeles, FRV shares valuable insights and best practices on electrification.

This network serves as a resource for other fire services interested in adopting low-emission solutions, providing them with guidance on implementation and overcoming potential challenges.

By integrating advanced pumping systems and sustainable powertrains, EVIE is reshaping what it means to be a high-performance and eco-conscious emergency vehicle. For pump industry stakeholders, the electric pumper reflects a broader shift toward solutions that don’t compromise performance or safety for environmental goals. EVIE’s arrival is a testament to FRV’s mission of aligning emergency response with the demands of a changing world, setting a new benchmark for what can be achieved in firefighting and pump technology. pump industry | Summer 2024 | Issue 50

An innovative wastewater treatment plant from Melbourne Water is supporting Victoria’s circular economy and ecosystem resilience.

T

he Western Treatment Plant (WTP) in Werribee, Victoria is more than just a facility for treating wastewater. As one of Australia’s largest and most environmentally progressive treatment plants, the WTP is pioneering sustainable practices that place it at the forefront of the wastewater industry. With over a century of history, the site’s contribution to Melbourne’s infrastructure, environment and biodiversity has evolved significantly since its establishment in 1898. Today, the WTP is a leader in sustainable sewage management, resource recovery, and environmental conservation.

“Our Western Treatment Plant is unlike any other in Australia and is widely regarded as a world leader in environmentally-friendly sewage treatment,” said Kris Coventry, Head

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Assistant Chief Fire Officer Craig Brownlie, Fire and Rescue Victoria (FRV) (Issue 50)

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of the Western Treatment Plant and Sewerage Transfer at Melbourne Water.

Through resource recovery and energy production innovations, the WTP manages Melbourne’s wastewater and contributes significantly to the State’s circular economy.

A legacy of transformation The origins of WTP date back to a public health crisis in the late 1800s, when Melbourne’s inadequate sewage infrastructure earned it the unflattering nickname “Smellbourne”. Rapid population growth, fuelled by the Gold Rush, had overwhelmed the city’s waste management capacity, leading to alarming rates of diseases like diphtheria and typhoid. The situation led to an 1888 Royal Commission and ultimately the establishment of the Werribee Sewage Farm – now known as the Western Treatment Plant – to combat the spread

pump industry | Summer 2024 | Issue 50

of disease and improve sanitation.

The site initially included the township of Cocoroc, which housed sewage farm workers and their families until the 1970s. Parts of Cocoroc remain today, preserved alongside Melbourne Water’s operations and educational facilities, adding to the plant’s rich historical significance. In 2021, the WTP was added to the Victorian Heritage Register, acknowledging its pivotal role in Melbourne’s development.

Environmental stewardship and biodiversity Conservation The WTP site is vast, stretching nearly 20 kilometres from end to end. Its size is only part of what makes it unique; the plant is also home to one of Australia’s most significant wetlands, recognised under the RAMSAR Convention for its ecological importance. The man-made sewage treatment lagoons at WTP

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The Western Treatment Plant is also a RAMSAR-protected wetland.

Images: Melbourne Water

attract diverse wildlife, providing water and nutrients to support over 280 bird species, including migratory shorebirds that journey from Siberia every year. Threatened species, such as the Growling Grass Frog and the Orange-bellied Parrot, also inhabit this critical habitat.

“It’s very special that we have such a large, intact habitat so close to a city,” Mr Coventry said. “Without the WTP, these species potentially wouldn’t have sufficient habitat to survive in this part of the world.” Melbourne Water actively manages the ponds and wetlands to maintain this biodiversity, ensuring that migratory and local species thrive.

This balance of industrial use and ecological stewardship is central to the WTP’s mission.

Demand and climate challenges With Melbourne’s population projected

Resource Recovery and Re-Use Initiated in early 2024, the Resource Recovery and Re-Use Complex will enhance resilience in Melbourne’s wastewater management system and advance resource recovery. “Our contribution to Victoria’s circular economy is significant,” Mr Coventry said. “We’re investing in a new state-ofthe-art facility at WTP that will further reduce greenhouse emissions and cater to Melbourne’s growing sewage needs.”

The complex, set for completion in 2029, consists of four major projects to modernise the treatment processes at WTP. These include new preliminary and primary treatment processes to divert raw sewage from overloaded anaerobic lagoons, reducing the frequency of odour-intensive maintenance works. Additionally, improved solids handling and anaerobic digestion processes will divert sludge from the aerated ponds, capturing carbon and enhancing safety.

A new receiving facility is being introduced to manage tankered waste and ensure Melbourne Water meets its obligations under the Environmental Protection Act. A fourth feature – a liquid food waste facility – will accept waste from industrial customers, producing renewable energy through co-digestion. Together, these improvements will enable WTP to operate more sustainably, enhance its role in Victoria’s circular economy, and support Melbourne Water’s path to net-zero emissions.

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Saving water at Sydney Zoo

Sustainable agriculture and water management Agriculture remains integral to WTP’s operations, with grazing lands dating back to the early 20th century. Pastures irrigated with treated wastewater are used for sheep and cattle grazing, providing a “green break” between urban development and ecologically significant sites. This approach enhances biodiversity and synergises treatment processes, as water resources are effectively recycled and managed.

S

ydney Zoo has implemented a comprehensive stormwater capture and recycling system to reduce its reliance on potable water. It involves collecting stormwater runoff and repurposing it for use in moats and garden areas, significantly decreasing drinkable water consumption. By capturing stormwater, the zoo conserves valuable drinking water and mitigates the environmental impact of stormwater runoff.

“We most certainly do have a sustainability focus on water management,” a Sydney Zoo spokesperson said. “All rainwater is captured in the bottom dam, which feeds all the moats throughout the Zoo. With this, we don’t use potable water to top up these moats.”

Suhanti Thirunavukarasu, Sydney Water’s Water Conservation Programs Manager, highlighted the importance of water conservation beyond Sydney Water’s direct influence.

“The interesting thing about the zoo is that they have really taken on board the messages we are sharing with businesses about water conservation and efficiency,” Thirunavukarasu said. “There’s a whole side to water conservation that falls to businesses to step up and use the stormwater they have at their sites. Thanks to this partnership with Sydney Water, we are now able to guide Sydney Zoo through the next steps in their water efficiency programs and complement their stormwater strategy work.”

The zoo’s approach to stormwater management supports its sustainability goals and sets an example for other facilities seeking to optimise their water use. As urban areas continue to grow, finding alternative water sources and improving water conservation efforts become essential in ensuring long-term resource availability.

A splash of innovation: How Sydney Zoo and Sydney Water are working together to reduce water waste – with pumps playing a crucial role.

Renewable Energy and Circular Economy Contributions One of the WTP’s notable achievements in recent years is its on-site biogas facility, which captures methane from treatment processes to generate renewable energy. This biogas production meets all of the WTP’s energy needs, with excess power fed back into the grid. Such innovations in renewable energy production are pivotal to reducing the WTP’s environmental footprint and supporting Victoria’s circular economy.

A model of environmental and industrial balance The WTP is more than just a wastewater treatment facility; it’s an ecosystem and an energy source, serving Melbourne’s needs while conserving precious resources and habitats. As it continues to innovate and adapt, the WTP exemplifies a vision of industrial facilities working harmoniously with the environment.

Mr Coventry reflected on what has been achieved by looking into the future.

He said, “The Western Treatment Plant needs to address multiple challenges now and in the future. Our primary role of receiving and safely treating the sewage from half the population of Melbourne will continue to be a key focus for the plant. But alongside this are responsibilities to preserve and enhance the environment, generate renewable resources and contribute to a sustainable future.”

Through its historical legacy, ecological significance and forward-thinking strategies, the WTP is setting a new standard for the wastewater industry.

As Melbourne Water leads with projects like the Resource Recovery and Re-Use Complex, the Western Treatment Plant will remain a model of environmental and industrial innovation, guiding the future of sustainable wastewater management in Australia and beyond. pump industry | Summer 2024 | Issue 50

The role of pumps in stormwater management The zoo’s stormwater management strategy aligns with broader environmental conservation goals.

Effective stormwater harvesting and reuse can alleviate pressure on municipal water supplies, especially during drought or water restrictions.

Implementing such a system requires careful planning and collaboration.

Sydney Zoo’s partnership with Sydney Water exemplifies how organisations can work together to achieve environmental objectives.

Divers conduct the weekly cleaning of the shark tank. This takes roughly five hours.

Images: Sydney Water, Sydney Zoo

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Head of the Western Treatment Plant and Sewerage Transfer Kris Coventry, Melbourne Water (Issue 50)

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pump industry | Autumn 2025 | Issue 51

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Safeguarding the future of energyefficient heating

The water filtration equipment keeps the shark tank clean and protects the delicate ecosystem inside the tank.

One of the fundamental aspects of stormwater conservation at Sydney Zoo is ensuring the infrastructure effectively manages fluctuating water levels while maintaining efficiency. Pumps are critical in ensuring stormwater is efficiently captured, stored, and redistributed where needed.

“Even with the Hydraloops that are being trialled across Australia, you need to have a pump to recirculate the water,” Thirunavukarasu said. “It’s a fundamental part of anything where you’re recirculating water because you need to be able to have the pressure to send it back. It’s a key component of these systems.”

Optimising pump efficiency for sustainable operations Selecting the right pumps is essential to maintaining system efficiency. Pumps must be designed to handle fluctuating demand while operating within an optimal efficiency range.

“When we specify pumps that are used in our system, we look at the system head curves and the different conditions the pumps would have to operate in and come up with a bit of a plan to ensure they’re running efficiently,” Thirunavukarasu said.

“We also need to consider energy consumption and heat generation, as these factors directly impact system longevity and operational costs.”

By integrating efficient pumping systems into stormwater management, Sydney Zoo ensures that its water conservation efforts are

both practical and sustainable in the long term.

“The main filtration for the shark tank uses a combination of mechanical, biological, and chemical filtration,” a Sydney Zoo spokesperson said. “The life support system combines glass media filters, carbon filters, foam fractionators, and an ozone generator with a contactor unit.

“These filtration processes work together to tackle different aspects of cleaning and clarifying within the large body of water. With the addition of physical cleaning via dive vacuuming, this process can take up to five to six hours at one time to vacuum the gravel, scrub the walls and furniture, and clean the acrylic viewing area so the public can see the sharks and fish.”

The need to lead

Heat pumps are changing the way Australians heat water and warm their homes.

Image: Australian Refrigeration Council

Sami Zheng, Chief Executive Officer of the Australian Institute of Refrigeration, Air Conditioning and Heating (AIRAH), reflects on a tumultuous few months in global politics and what they could mean for Australia’s sustainability goals.

F

or those of you who are not familiar with AIRAH, we’re a member organisation and the peak representative body for the Australian heating, ventilation, air-conditioning and refrigeration (HVAC&R) building services industry. Our members range from refrigeration and air conditioning technicians (affectionately known as “fridgies”) to mechanical engineers and experts in fields like indoor air quality, infection control, electrification, building physics, big data, and system commissioning.

We’re aware that our industry is essential for the functioning of modern life as we know it, but we also know that it has a significant impact on the health of the planet. According to the World Green Building Council, the built environment is responsible for 39 per cent of the world’s greenhouse gas emissions, with heating

With thousands of people across Australia working on pump-related technology and products, we invited Glenn Evans, CEO of the Australian Refrigeration Council (ARC) to contribute to Pump Industry.

H

ot water heat pumps are becoming increasingly popular across Australia as an energy-efficient solution for heating water and pools.

These systems, which extract heat from the outside air, use about one-third of the energy of traditional electric storage hot water systems. While heat pumps are an excellent choice for reducing energy consumption, proper installation and servicing are essential to meet environmental and safety standards.

Heat pumps operate similarly to refrigerators but in reverse, transferring heat from the air into water. They often rely on refrigerants regulated by the Australian Government. While these refrigerants are necessary for the heat exchange process, many are potent greenhouse gases that can contribute to global warming if mishandled.

Additionally, some refrigerants, such as hydrocarbons or CO2, present safety risks due to their flammability or highpressure characteristics.

Efficient filtration: maintaining water quality Ensuring high-quality water is essential in environments housing diverse species. Bull sharks require stable salinity, pH levels, and pathogen control to support their health. Their water must be continuously filtered to remove organic matter, maintain oxygenation, and prevent bacterial growth, mimicking their natural estuarine habitats.

Sydney Zoo’s 1.1 million-litre bull shark tank relies on an advanced recycled water system incorporating ultraviolet (UV), ozone, and chemical treatments.

“Sharks require special considerations,” a Sydney Zoo spokesperson said. “Maintaining an pump industry | Autumn 2025 | Issue 51

Installing, servicing, and decommissioning these systems necessitate a technician with the appropriate refrigerant handling licence from the ARC, reflecting the specialist nature of the works.

Technicians with this licence are trained to manage refrigerants safely and minimise emissions, ensuring compliance with environmental regulations.

As the adoption of energy-efficient technologies like heat pumps continues to rise, it’s crucial that we equip professionals with the right skills to ensure these systems are installed and serviced correctly. The ARC is committed to providing the necessary licensing and training to safeguard the environment and the safety of the Australian public.

As Australians increasingly adopt energy-efficient technologies like heat pumps, it is vital to ensure that licensed professionals carry out installation and servicing. At ARC, we remain committed to providing the right skills and qualifications to support this transition to a more sustainable future.

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Water Conservation Programs Manager Suhanti Thirunavukarasu, Sydney Water (Issue 51)

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To support the growing demand for hot water heat pumps and ensure installers are properly trained, the Australian Refrigeration Council (ARC) has recently released a new fact sheet outlining the licensing requirements for installing these systems.

There are three primary configurations of hot water heat pumps commonly used in Australia: 1. Integrated Systems: These selfcontained units include a refrigeration system, a combined water tank, and a heat exchanger. Installation requires essential electrical and water connections.

2. Integrated Pool Heater Systems: Like integrated systems, these units integrate refrigeration and heat exchange components but do not have a water tank. Instead, they supply heated water directly to a pool.

3. Split Systems: These systems have an outdoor unit with refrigeration components and a separate water tank. Refrigerant pipes connect

pump industry | Autumn 2025 | Issue 51

and cooling responsible for the bulk of that energy use.

That’s why, since the turn of this century, one of AIRAH’s primary focuses has been improving sustainability in the Australian HVAC&R industry. We promote the use of refrigerants with low environmental impact, as well as smart design and technologies such as heat pumps that reduce the energy required for heating and cooling.

We’re lucky to have great support from within the Australian HVAC&R industry. But with the global political order experiencing upheaval, can we count on similar support from the political sphere in the future?

Deregulation frenzy While Donald Trump’s recent imposition of widespread tariffs has stolen global headlines, a much

more serious development has gone largely unnoticed. A few days before I wrote this article, the USA’s Environmental Protection Agency (EPA) announced plans to repeal several key environmental regulations.

These include caps on CO2 emissions from power plants, classifications of greenhouse gases as harmful to public health, and regulations encouraging the uptake of electric vehicles.

The success of these repeals remains uncertain, but the concern is that the EPA’s stance appears to be shifting away from its core mission of protecting the environment. While there is no immediate indication of similar rollbacks in Australia, history has shown that policy shifts in the United States can influence Australian discourse – we have already heard rumblings, for example, about freezing energy

efficiency provisions in the National Construction Code. The potential rise of climate scepticism could hinder progress on sustainability initiatives, making it crucial for industries to lead by example rather than wait for government directives.

Unconditional leadership The lesson I take from this is that leadership from organisations such as AIRAH and Pump Industry Australia is more important than ever. We can’t rely on governments to set the tone; we need to promote best practices to our own members.

After all, they’re in the best position to understand the issues affecting sustainability in our industries, how to address them, and why doing so is vital.

We must push harder than ever to promote sustainable practices within our industries, regardless of what’s happening around us. Our planet is counting on us.

For more information about AIRAH, go to airah.org.au

Sami Zheng is the CEO of the Australian Institute of Refrigeration, Air Conditioning and Heating (AIRAH)

AusProof has been dedicated to providing industries around Australia with safe, innovative, and high-quality cable coupler solutions since 1994.

The Aluminium Restrained Range, released in 2022, was designed specifically for use in Non-Ex environments, such as pumping, tunnelling, and open-cut mining.

Glenn Evans is the CEO of the Australian Refrigeration Council.

Products in this range are a light-weight and cost-effective alternative to stainless steel for Non-Ex sites, all while retaining key features such as single piece contacts, easy termination, and full phase to phase segregation with earth.

the two. Installation requires more expertise due to the need for refrigerant handling.

The first two types are sealed systems that do not require refrigerant handling during installation. However, split systems require a licensed refrigeration technician due to the specialist nature associated with high-pressure refrigerant pipes and components.

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Curious? Get in touch with AusProof to learn more!

07 4978 4000 | sales@ausproof.com.au | ausproof.com.au |

Collaborating with members across the pump and refrigeration industry is key to enhancing outcomes for everyone.

Images: AIRAH

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pump industry | Autumn 2025 | Issue 51

Australian Refrigeration Council CEO Glenn Evans (Issue 51)

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pump industry | Autumn 2025 | Issue 51

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Roles our readers perform include:

ABB Australia

Engineer

Reliability Manager

Maintenance Engineer

Rotating Equipment Engineer

Maintenance Superintendent (Rotating Equipment/Mechanical/ Maintenance)

Rotating Equipment Engineer

APA Group Arup Chevron Group Ergon Energy GHD INPEX

Seqwater Sydney Water TasWater University of Southern Queensland Urban Utilities

Melbourne Water

V/Line

Metso

Water Corporation

National Oilwell Varco

WaterNSW

(NOV)

Woodside Energy Limited

Manager - Catchment, Land & Spatial Systems Managing Director Mechanical Construction and Commissioning Engineer

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Australian Institute of Heating, Air Conditioning and Refrigeration (AIRAH) CEO Sami Zheng (Issue 51)

Companies most engaged with our content include: Queensland Reconstruction Authority

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pump industry | Autumn 2025 | Issue 51

Senior Asset Engineer Senior Hydraulic and Fire Services Engineer Senior Mechanical Engineer Senior Process Engineer Senior Reliability Engineer

Mechanical Engineer

Service Manager

Mechanical Maintenance Coordinator

Snr Rotating Machinery Engineer

Production Support Rotating Equipment Engineer

Systems Engineer - Utilities/Rotating Equipment

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Editorial At Pump Industry we employ industry leading journalists and editors who craft our content in-house through interviews with industry thought leaders and our clients. 12-month partners get unlimited access to our team, to create stories and content proven to gain traction with our audience of decision makers.

Case study (Sydney Water)

Product feature (Grundfos) PIA MEMBERS NEWS

FLUIDS

PIA MEMBERS NEWS

Grundfos supplies compact and reliable pumps for a range of specialist wash and clean applications. Images: Grundfos

First Australian implementation of Smart Air Injection

CLOSED. CLEAN. COST-EFFECTIVE. SMART AIR INJECTION.

Sydney Water’s successful trial of innovative air injection technology at West Camden WRRF highlights efficient biosolids handling and sets new standards for sustainable wastewater management.

Smarter pumping for industrial efficiency Advanced pump systems lower energy costs and streamline operations in high-pressure industrial applications.

F S Increased safety Reduced costs Longer service-life

Efficiently transport semi-solid and highly viscous food waste with lower energy consumption, minimal maintenance and enhanced safety. SEEPEX Smart Air Injection (SAI) transports by-products over long distances through a closed piping system, eliminating spillages, odors and safety risks.

YOUR BENEFITS WITH SAI FOOD WASTE Saves energy and reduces operating costs Easy maintenance features minimize downtime Enclosed pipework prevents spillages and eliminates unpleasant odors Easily transports food waste over long distances and elevation changes Low-pressure operation ensures longer component service life

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

ydney Water, Australia’s largest water utility, plays a crucial role in delivering essential water services to over 5.2 million people across Greater Sydney, the Illawarra, and the Blue Mountains. As part of its commitment to sustainable wastewater treatment, the organisation continually seeks innovative solutions to improve efficiency and meet growing demand.

One of its key facilities, the West Camden Water Resource Recovery Facility (WRRF), has been undergoing significant upgrades to expand its capacity and accommodate up to 72,000 new dwellings by 2046. SEEPEX’s Smart Air Injection (SAI) system was introduced as a temporary but highly effective solution to enhance biosolids handling during these developments.

A strategic opportunity for SAI implementation SEEPEX has been a long-standing partner of Sydney Water, providing pumps for various wastewater applications, including digested sludge, waste-activated sludge (WAS), and

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thickened waste-activated sludge (TWAS). While SEEPEX’s SAI technology had not yet been permanently established in Australia, the ongoing upgrades at West Camden created an ideal opportunity to trial its capabilities.

During renovations to the dewatering building, a mobile dewatering system was required to maintain uninterrupted operations. Recognising the potential of SAI, Mark Ziogas, Principal Engineer at Sydney Water, collaborated with Downer’s Robert Elson and their teams to implement the technology in a temporary capacity.

Traditional biosolids handling vs SAI Before implementing SAI, biosolids transport at West Camden relied on traditional shaftless screw conveyors.

This method involved several steps, including the use of vertical screw conveyors and silos, which required extensive structural support. The complexity and footprint of these conventional systems posed various challenges regarding efficiency, cost, and operational flexibility.

rom food processing to pulp and paper, industrial applications rely on high-pressure pumps to handle demanding washing and cleaning needs.

While functional, traditional pump setups often have significant drawbacks: high maintenance, frequent downtime and mounting operational costs. Emerging technologies offer smarter, costeffective solutions that address these challenges with precision and efficiency.

A Smart Air Injection system features an open hopper pump, boundary layer injection, and a control unit for optmised biosolids transport.

Images: SEEPEX

Advanced solutions One of the most promising new solutions is Grundfos’ Hydro HP technology. This technology combines intelligent features designed to streamline high-pressure pumping systems. At its core, Hydro HP includes CR/CRN vertical multi-stage pumps, known for their reliability and ease of maintenance. These pumps can handle high- and low-flow needs, reducing energy consumption while delivering consistent performance.

“The system’s versatility also allows it to cater to varying industry demands,” a spokesperson said. “Our Hydro HP system is designed to accommodate different industrial pressures and flows without compromising energy efficiency or reliability. With this adaptability, it’s the answer to diverse and complex industrial needs.”

The ability to integrate variablefrequency drives (VFDs) into the

SAI benefits: • Cost savings: Reduced capital and operational costs compared to conventional belt and screw conveyors.

• Operational efficiency: Streamlined biosolids transport with a low-pressure pumping system, minimising maintenance needs.

• Environmental and safety enhancements: The sealed pipeline system reduced odour emissions and eliminated open-air biosolids exposure, enhancing workplace safety.

• Flexibility and scalability: SAI’s modular design allows for easy adaptation to temporary and permanent applications, and it can transport pipelines up to 1000 metres long. pump industry | Autumn 2025 | Issue 51

People profile (Haoran Duan)

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system further boosts efficiency by automatically adjusting motor speed to meet specific flow requirements. This feature lowers energy consumption and reduces system stress, minimising the need for frequent maintenance.

Grundfos has developed the control system for Hydro HP to be centred around the CU 352 multi-pump controller. With seamless integration to plant SCADA systems, operations staff can monitor and manage the pumps’ performance in real time, streamlining maintenance and troubleshooting processes.

Facilities can set optimal operating conditions and observe valuable data points, such as system pressure, flow, and operational status.

Reducing operational expenditures The cost of ownership of a pump system goes beyond its initial purchase price, representing only around 10 percent of the asset’s life. Traditional high-pressure systems often require expensive maintenance, especially in demanding industrial environments such as wastewater treatment.

The Hydro HP system is built with wear-resistant materials and easyto-replace components, significantly reducing the time and cost required for routine servicing.

The CR/CRN pumps within the Hydro HP are equipped with

Grundfos-engineered cartridge seals, which enable fast, on-site replacement in under 30 minutes. By simplifying maintenance, these pumps help facilities save on parts and labour.

“Our goal is to minimise disruptions by designing a system that can be maintained in-house,” the spokesperson said. “Our cartridge seals and stack kits allow quick replacements, reducing downtime and lowering operational costs.”

The system offers energy-saving features that reduce energy consumption by 20 to 50 per cent compared to fixed-speed pumps, leading to long-term cost savings.

Hydro HP uses variable frequency drives (VFDs) that automatically adjust motor speed, conserving energy and lowering overall costs. According to Grundfos, enhancing energy efficiency and simplifying maintenance can result in a positive return on investment within the first few years of operation.

The packaged approach In addition to addressing operational pain points, the Hydro HP system integrates pumps, controls, and customisation options within a single, fully-engineered package. With its flexible configuration, the system can be tailored to meet specific operational demands or expanded for future growth while maintaining a compact footprint.

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pump industry | Summer 2024 | Issue 50

It is factory-tested and has a two-year warranty, ensuring reliability and a streamlined installation process.

“We’re seeing an increased demand for systems that combine performance with ease of installation and support,” the spokesperson said. “Hydro HP meets this demand by delivering an integrated solution, providing facilities with dependable performance and the added security of comprehensive support.”

Hydro HP’s packaged pumping solution from Grundfos is a forwardthinking choice for facilities looking to boost efficiency and minimise long-term costs. Enhanced monitoring, efficient energy use, and low-cost maintenance provide a sustainable solution to modern industry demands.

Visit product-selection.grundfos. com/au/industries

FEATURE STORY

Future trends in wastewater pumping

About Grundfos Grundfos is the largest pump manufacturer in the world. Based in Denmark, it employs more than 19,000 people worldwide. It is the first water solutions company to set validated, science-based targets to achieve netzero emissions and maintain rigorous standards to continually improve our social impact and inclusion.

One researcher is delivering a vision for smarter, energypositive pumps in wastewater treatment, advancing sustainability and global growth opportunities for the industry.

“

MINE DEWATERING EXPERTS

I love the environment, and I love water,” University of New South Wales (UNSW) senior lecturer Haoran Duan said. “I like to see dirty water turning into clean water. That’s a natural driving force for me to study environmental engineering and my love for nature.”

Dr Duan is originally from China and has a PhD from the University of Queensland. His passion for wastewater treatment has carried him to a leading role at UNSW Sydney. Dr Duan is at the forefront of innovative wastewater treatment technologies that minimise environmental impact.

Dr Duan’s work goes beyond clean water, encompassing solutions to complex challenges in emission reduction, nutrient recovery, and sustainability in urban water management. His research combines environmental engineering fundamentals with advanced data science tools like deep learning to model and manage greenhouse gas emissions in wastewater systems. This area is of growing interest for industries that rely on extensive water handling and purification processes, including those in the pump sector.

Victoria MELBOURNE GEELONG Tasmania HOBART BURNIE

Queensland

Western Australia

BRISBANE MACKAY

PERTH

New South Wales

ALBANY

SYDNEY HUNTER VALLEY

KARRATHA

FEATURE STORY

Grundfos supplies compact and reliable pumps for a range of specialist wash and clean applications.

South Australia ADELAIDE Northern Territory DARWIN

KALGOORLIE

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pump industry | Summer 2024 | Issue 50

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Pumping a sustainable future Achieving global carbon reduction targets requires a transformation in wastewater treatment, an energyintensive process that contributes to greenhouse gas emissions yet plays a critical role in sustainable water management.

“While current technologies are widely adopted, they are far from optimised for today’s climate goals,” Dr Duan said. “Wastewater treatment itself is energy-intensive.”

His work focuses on reducing the energy footprint of these processes, making them more profitable and environmentally sustainable without relying solely on regulatory pressure.

Dr Duan’s approach aims to make wastewater treatment self-sustaining and “not just driven by policy”.

Advanced pumps and other energy-efficient technologies that drive wastewater processes toward a net-zero, energy-positive future are vital to this transition. Pumps, essential components in moving and treating large volumes of water, offer significant potential for improvement.

Optimising pump efficiency directly reduces energy consumption, while

Dr Haoran Duan and PhD student Ms Shuting Wang working at a wastewater treatment plant on the Gold Coast.

Images: Dr Haoran Duan

“Essentially, the wastewater treatment process is just an engineered solution of natural processes,” Dr Duan said. “We are using engineered approaches to facilitate the aerobic process, to facilitate the anaerobic process. Aeration, for example, is particularly energy-intensive, and maintaining the right levels is key to both treatment efficacy and controlling greenhouse gas emissions.”

With the rise of climate commitments, utilities in Australia and worldwide are increasingly pledging to reach net-zero emissions within the coming decade. This goal adds pressure to optimise pump performance and integrate more intelligent control systems. Many Australian utilities, for instance, aim to achieve net-zero emissions as early as 2025, requiring better energy management and sophisticated process controls to reduce emissions and improve energy recovery. The challenge is to ensure that pumps are not merely passively controlled by existing supervisory control and data acquisition (SCADA) systems but actively integrated as intelligent components in the treatment process.

innovations in recovery technologies allow facilities to harvest biogas and other resources from the wastewater itself, transforming treatment plants from energy consumers into resource recovery hubs.

Challenges for pumps in wastewater Pumps are essential workhorses in the wastewater industry. They move wastewater from households and enterprises to treatment plants and circulate it through various treatment stages. Pumps are everywhere in wastewater management, from transporting wastewater to providing the essential aeration that drives natural biological processes within treatment systems. The evolving demands for net-zero emissions and energy efficiency present new challenges and opportunities for pump technology in this sector, mainly as wastewater utilities increasingly aim to achieve ambitious sustainability goals.

Wastewater treatment relies on aerobic and anaerobic biological processes to clean and purify water.

Pumps facilitate these processes by delivering the necessary flow, mixing, and aeration levels.

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pump industry | Summer 2024 | Issue 50

“Pumps are controlling many parameters such as hydraulic retention time, sludge retention time, and dissolved oxygen levels,” Dr Duan said.

Smarter pumps This push for smarter pumps has implications for the entire wastewater treatment infrastructure. Beyond their traditional roles, next-generation pumps could interact directly with process models, sensors, and data systems, enabling real-time adjustments that optimise energy efficiency and emissions reduction.

Dr Duan and his colleague Professor Bruce Bing-Jie Ni are exploring mathematical models that enhance process control, and their results are promising. One previous collaborative study between the University of Queensland and SA Water reduced greenhouse gas emissions by controlling the air pump. The changes to the air pump looked specifically at dissolved oxygen levels, showing how precise pump control can contribute to emission mitigation efforts.

However, this evolution toward “smart” pumping requires pumps to respond to complex wastewater

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treatment processes’ complex variables.

Dr Duan envisions a future where pumps become actively engaged in wastewater control, adjusting automatically based on real-time data rather than passively executing preset commands.

“The pump industry or pump itself should be more actively engaged in such control,” he said. “Future pumps might dynamically regulate flow and aeration in response to changing conditions within the treatment process.”

Managing nitrous oxide emissions Nitrous oxide (N₂O) emissions pose a significant challenge for the wastewater treatment industry due to their potent impact on climate change. Although nitrous oxide makes up only about five per cent of global greenhouse gas emissions, it can account for as much as 50-80 per cent of a wastewater treatment plant’s carbon footprint due to its high global warming potential.

Through advanced control and integration, pumps can substantially reduce nitrous oxide emissions. By adjusting flow rates, mixing intensities, and dissolved oxygen levels, smart pumps can help optimise the aeration process, potentially lowering N₂O emissions. pump industry | Summer 2024 | Issue 50

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We interview your best clients and showcase how your products and services managed a pain point for their company.

An article looking at the development of a product and the problem it solves for the industry.

Personality profiles from leaders within your industry and/or organisation.

Company profile (Sterling Pumps)

Product profile (ROTO Pumps)

Thought leadership (United Pumps)

PIA MEMBERS NEWS

MINING

INDUSTRY INSIGHT

YEARS IN

AUSTRALIA

Submersible pumps made in Melbourne

Achieving world-class results under the pump

Proven Reliability

S

Oil & Gas, Industrial, Defence, Power, Municipal, Irrigation & Mining.

Engineered and Manufactured in Melbourne

ince 1968, ROTO Pumps has been a leading name in providing innovative solutions for the mining industry. With decades of experience and a wealth of expertise, the company has established itself as a reliable partner for miners facing complex pumping challenges.

When one miner was in dire need of a dependable pumping solution, ROTO Pumps stood out, recognised not only for its long-standing history but also for its commitment to quality and customer satisfaction.

ROTO Pumps Queensland and Northern Territory manager Brett Layt said the miner’s decision to reach out to ROTO Pumps was a testament to the trust and confidence that the industry has in its products and services, ensuring that operations run smoothly and efficiently in the demanding environment of mining.

The mine’s entire processing and dewatering network was struggling to keep up with the site’s demands, which had significant implications for overall operations. The project deals with harsh conditions and aggressive media that require high head pressure, calling for pumps capable of heavy lifting beyond the norm.

Built for Australian conditions, these submersible pumps deliver performance across demanding and diverse applications.

S

terling Pumps has been designing and manufacturing submersible pumps in Australia, using its heritage brands for over 40 years.

This rich history of manufacturing locally has allowed Sterling to develop technology that is directly suited to Australian conditions.

In 2020, Sterling acquired United Pumps Australia (UPA), which has Australian manufacturing experience dating back to the 1940s. UPA started as a service-oriented company focused on refurbishing and improving existing pump technologies. Over the years, the company has leveraged its expertise in designing and manufacturing customengineered pumping solutions, gaining a reputation for durability and efficiency.

The two companies’ combined manufacturing and engineering strengths allow them to expand their reach and capabilities. With an impressive engineering design and R&D team, Sterling has developed over 50 unique submersible pump hydraulics with bowl diameters between 100 and 915 millimetres (mm). These pumps are rigorously tested in their 2,500 kilowatt (kW) or 1000kW test rooms. From design to casting, machining to testing, Sterling is committed to Australianmade products.

Development Sterling developed its own submersible pump and motor combination, which means that units are matched from

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pump industry | Summer 2024 | Issue 50

Wear rings and bearings are made of bronze, stainless steel or tungsten carbide. These hard-wearing materials maintain running clearances for longer, allowing the pump to maintain its efficiency for longer. Specific material selections are made for each application. Irrigation, mining, municipal, seawater lift, and DNVcertified pumps each have specific requirements that our application engineers meet.

Machining of a 12-inch nickelaluminium-bronze pump.

design to perform as one unit. For high-head applications, pumps are hydraulically balanced, significantly reducing the load on the motor thrust bearing. In recent years, Sterling has redeveloped its range of six to 12-inch submersible pumps to include investment cast impellers and diffusers.

This improves the surface finish of these components, increasing pump efficiency.

The Sterling submersible pump range now covers flows of up to 3,600 cubic metres per hour (m³/hr) and heads of over 550 metres. Construction is either a traditional submersible motor mounted below the pump or a ballast design with the submersible motor mounted above the pump for shallow applications.

Local support Sterling engineers, manufacturing and testing are all based in Melbourne and all staff are Melbourne-based. This ensures that Sterling’s customers can receive full support without referring to an offshore engineering team.

The Sunshine and Pakenham teams welcome product inspections, pump and system testing. With support from its project engineering team, Sterling can supply fully engineered and documented projects to the highest standards, such as API 610.

As a global WPIL International Group member, Sterling Pumps remains committed to excellence and providing custom solutions for its clients.

By sharing designs, patents, and information across the group, Sterling Pumps and other members of the WPIL International Group can continue to be trusted leaders in the design and manufacture of industry-specific products and pumps.

ROTO MINE DEWATERING PUMP SERIES

ROTO Pumps recently assisted a mining client overcome a challenging and sticky situation with effective solutions and expert advice.

Mr Layt said the ROTO Pumps team deployed to the site immediately and met the challenge head-on.

“ROTO Pumps has the capability to supply any PCP [progressing cavity pump] package worldwide, meeting any site or national standards and requirements,” he said.

“For this client, we created a bespoke dual-positive displacement helical rotor pump package with in-built dewatering fish tank to meet and exceed the sitespecific application.”

The ROTO Pumps team was wellversed in the mine system’s intricacies and executed the necessary adjustments efficiently, minimising downtime and maintaining operational effectiveness.

Mr Layt said their expertise not only facilitated a rapid resolution but also bolstered confidence in the reliability of the pumping systems going forward.

How did they deliver so quickly?

“We hold stock of all required mining pump service parts ready to go,” Mr Layt said. “Our knowledgeable team is always on hand to troubleshoot any enquiries.

Our optioned package for this client is designed to increase the pump’s service life, with multiple baffles and flushing points to mitigate the harshness of the

media collected in the fish tank.”

ROTO Pumps also offers on-site aftersales training on its pumps and systems to ensure its clients get the most out of their solutions. For Mr Layt, keeping the mining industry’s pumping systems running smoothly is more than just a job well done.

“Our adaptability and attention to detail for the requirements of every application set us apart,” he said. “We strive to be a cost-effective option and smash lead time while providing a more personable experience.”

Over more than 57 years, ROTO Pumps has gained deep insights into the mining industry’s major pumping challenges. ROTO Pumps has developed a comprehensive range of progressive cavity pumps and systems to effectively handle all mining and explosive applications.

Central to the company’s practices is a deep commitment to, and passion for, supporting clients in setting and achieving larger goals. Mr Layt believes this is the only way to drive the industry forward into a successful future.

“ROTO Pumps’ range and capabilities are forever growing and evolving,” he said. “We will continue to be a valued ally with our customers to provide stressfree pumping solutions.”

ROTO Pumps has worked tirelessly to provide solutions to a broad range of industries, including the mining industry.

Image: ROTO Pumps

Challenge Accepted;; Our Pumps,, Your Solution.

Empowering your mine operations with Roto’s high pressure flexible shaft series pumps. Unleash the solution that challenges excess water, ensuring safe and efficient operations; the Underground Maintenance Engineers’ Choice for ground water control.

More paperwork for pump engineers Ron Anstall from United Pumps is examining new regulations across the east coast, advocating for all PIA members.

E

ngineers can find themselves working in multiple jurisdictions just by the nature of their work.

An engineer in Albury might be called upon to work on a project in Wodonga, or similarly, an engineer in Tweed Heads might be offered a contract in Coolangatta.

However, under existing regulations in Queensland and Victoria, someone providing professional engineering advice could be in trouble if they are not registered in each state.

“I’ve been working for a long time as an engineer, and I’d like to think that my peers respect me,” said Mr Ron Astall, former PIA President and United Pumps Senior Engineer. “The need to register in those states initially felt like a slap in the face. However, it could mean the cowboys and pretenders could get weeded out of the industry.”

This registration extends to any engineer working professionally in relevant states, and the fee is around $300. The engineer does not need to work or reside in the state to be affected.

AIMEX PROVIDES AN UNMATCHED OPPORTUNITY TO CONNECT AND DO BUSINESS WITH LEADING MINING SUPPLIERS FROM AROUND THE WORLD.

Flow - Up to 20 L/S Pressure - Up to 480 m

Features: •

Robust construction for prolonged life and reliable performance

•

Adaptable for challenging underground environments, available in fixed station configurations for single lift or staging along with portable packaged solutions GERMANY

•

Forge a direct connection with the manufacturer, ensuring personalised support,

USA

reliable service, and unparalleled product knowledge INDIA

JAPAN TAIWAN

Lowara Smart Pump Range.

SINGAPORE

Lowara’s Smart Pump range is all about the right combination of motor, variable speed drive and pump.

Featuring an integrated intelligent pumping system with an electronically driven, permanent magnet motor and an embedded electronic drive, these simply smart pumps will greatly enhance system performance and maximize flexibility.

ROTO PUMPS LTD. (AUSTRALIA)

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

An in-depth look at your business, and the impact it is making on the industry.

Ron Astall in United’s test bay with a custom engineered 985 kW pump, recently designed and manufactured

by United in Melbourne. Images: United Pumps

Thinking efficiency?

Start with smart systems.

SOUTH KOREA

CHINA

Designers and Manufacturers 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

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“Consider a well-credentialled engineering consultant based in and operating wholly from the US,” said Mr Astall. “Should they design a pumping station in Victoria, they must be registered appropriately in Victoria.”

Engineers must be registered if they provide professional engineering services for Victoria under these new regulations. ‘For Victoria’ is defined as a project or purpose in Victoria, specifically related to or connected to Victoria in some way.

“I spoke to some of our suppliers and asked if they were aware of this regulation,” Mr Astall said.

“They were not aware, but it did not worry them because their engineering work was being done in Los Angeles. They were shocked to realise that since the work was for Victoria, they would need one of their engineers in Los Angeles to be registered or have someone in their Victorian office registered to sign off on the work.”

POLAND

ITALY

sales@rotopumps.com.au | www.rotopumps.com.au Global Presence : Australia | Germany | India | Malaysia | South Africa | UK | USA | UAE 34

pump industry | Autumn 2025 | Issue 51

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An article that homes in on the specific features and benefits of a particular product or service.

Contact us to find your smart pumping solution.

AIMEX.COM.AU/EXHIBITORS/

Ph: 1300 4 BBENG www.brownbros.com.au

DELIVERING PUMPING SOLUTIONS

09/24

The test bay at the workshop in Sunshine, western Melbourne, is testing a 230kW duplex submersible pump. Images: Sterling Pumps

EXHIBIT AT AUSTRALIA’S LEADING MINING EXPO AND CONFERENCE

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pump industry | Spring 2024 | Issue 49

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