PumpEng specialise in tough submersible pumps for use in mining, construction and industrial dewatering.
Sales, hire, service, parts & repairs, proudly based in Australia.
Submersible Pumps Specialist
PumpEng® is a specialist manufacturer and supplier of submersible pumps to the underground and surface mining sector and other specialty areas requiring fluid management. We are an Australian owned and operated company, and we pride ourselves on offering top-quality products and exceptional customer service to all our clients. Contact our knowledgeable staff to find out more.
Engineered for Australian Conditions
The PumpEng® range of submersible pumps has been specifically engineered and designed to offer optimal performance and to endure the tough conditions encountered in the Australian mining industry. In addition to our 1000v dewatering submersible pumps, we also offer a range of slurry, vortex, dirty water and slim line high head submersible pumps.
PumpEng® utilises a combination of it’s own manufacturing and joint venture alliances which allows us to make any improvements without having to overcome red tape or rely on secondary suppliers.
Service & Repairs and Parts
In addition to supplying submersible pumps to the market, we also service and repair them, ensuring product reliability and longevity.
As a manufacturer, we make sure that we carry sufficient parts for all our pumps without having to rely on external suppliers.
Pump parts are available that are interchangeable with other submersible pump manufacturers.
We lead the market with our guarantee of never over servicing your repairs.
Pump Hire
Our submersible pumps are available for hire.
Collect them from our depots in Perth or Kalgoorlie, or for approved accounts we can arrange delivery Australia wide.
Recent News
The Adoption of Shotcrete in Australian Underground Mining
Over two decades, the use of Shotcrete in underground mining has grown rapidly in Australia due to its effectiveness in tunnel stabilisation. As the use of Shotcrete has increased, the industry has learned and improved. This article reviews the history of Shotcrete use in underground mines in Australia. It explores the early drivers, the challenges,…
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Why Shotcrete Testing Is Critical
Shotcrete Testing By Warren Mahoney Shotcrete testing is important because it ensures that the Shotcrete you are delivering is meeting the specification and will do the job the technical engineer has designed it to do. You need to ensure that you are supplying to that standard as a concrete producer and also as an applicator.…
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PumpEng Reducing Mine Dewatering Pump Replacement From 12 to 4 Per Year
In this interview, the Pumps Manager for a large West Australian underground nickel mine discusses his experience changing over to use PumpEng Raptor pumps. How would you describe your role? I manage the underground dewatering pump systems used in our underground nickel mine. What issues were you experiencing with your previous pump provider? They were…
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Enquiries and Questions
Please complete the adjacent contact form if you have any enquiries and we will get back to you as soon as possible
Perth Office Address
Bibra Lake Western Australia
6163
Phone
Kalgoorlie Office Address
Kalgoorlie Western Australia
6430
Phone
JetGuard: The Submersible Pump Designed for use with Shotcrete Fiber
Shotcrete Has Changed The Rules for Underground Mining
Most of the world's underground mines use Shotcrete to reinforce the walls of new tunnels. The use of fast drying concrete makes the tunnels more stable, delivering safety and other benefits.
Shotcrete used in underground mining is frequently reinforced with small fiber to strengthen it.
The Shotcrete fibers can subsequently fall from the walls and mix with waste water.
The use of Shotcrete fiber has delivered major benefits for underground mining companies.
And it has also delivered some big, unintended consequences for dewatering operations.
How Shotcrete Fiber Can Cause Pumps to Fail
This picture shows a submersible pump where the impeller has failed due to Shotcrete fiber.
As water is pumped out of the mine, Shotcrete fiber is drawn into dewatering pumps and clogs them up.
Dewatering pump breakdown caused by Shotcrete delays mining production all over the world every day.
The Impact of Shotcrete Fiber on Mining Operations
When dewatering pumps are critical infrastructure, an entire mine can be forced to shut down because of dewatering pump failure driven by Shotcrete fiber.
The pump shown here was designed before Shotcrete was even invented. It wasn't designed for today's conditions.
The pump itself might have been located in a part of the mine that is difficult to access. This can make it hard to detect when a problem has occurred, and there are often substantial costs and risks associated with retrieving and repairing the pump to restore dewatering operations.
The Cost of Pump Failure
For many underground miners, Shotcrete fiber represents a major cause of pump failure and production delay.
And what is is the real cost of pump failure for a mining operation?
A multi-million dollar mining operation can be brought to a standstill because of one dewatering pump failure. The cost of the failure is not just measured by the cost of the replacement pump, but by the total lost production as well.
But production delays like this could be avoided if dewatering pumps are selected that have been designed for modern mining conditions.
The choice of a tougher pump can also reduce workplace hazards and boost efficiency.
JetGuard® by PumpEng
Designed To Handle Shotcrete Fiber
JetGuard® is an underground submersible dewatering pump designed for the challenges of underground mining.
PumpEng designed and built JetGuard to help tackle all kinds of tramp encountered in underground mining. And in particular one of the biggest causes of failure for submersible pumps in mining - Shotcrete fiber.
JetGuard is Protected
JetGuard has a defence-in-depth design to protect the pump from Shotcrete fibre.
Blocking Fiber From Getting Into the Pump
JetGuard is designed to block fiber from entering the pump.
JetGuard's patented design uses a hydraulic curtain to spray a curtain of water at the base of the pump.
In addition, JetGuard uses a bottom-mounted suction strainer, in contrast to older pump designs that use side-mounted suction strainers.
A lot of shotcrete fibers float on the surface of a body of water. The combination of the hydraulic curtain and bottom-mounted suction strainer blocks many of the surface fibres that may otherwise get into the internal workings of the pump.
JetGuard is Tough
JetGuard has been built to be tough enough to withstand shotcrete fibre for longer.
Managing Fiber That Gets Into the Pump
While JetGuard protects the pump from fiber, a reduced amount of fiber will still enter the pump.
JetGuard uses tough steel for internal components, avoiding lower-cost polyurethane and other plastic-based materials. Fiber chews up plastic, while it has far less impact on steel.
The JetGuard design incorporates a specially designed internal cutter plate. Any fibre that does get into the pump is chopped into small pieces to minimise impact.This reduces wear and tear on the pump, and allows for a clearer flow.
JetGuard is Productive
JetGuard is a new breed of submersible pump designed to keep running when other pumps fail.
Reduce Mining Production Downtime
What is the true cost when a submersible dewatering pump fails and causes mining operations to stop?
Think about it ... a multi-million dollar mining operation brought to a standstill because a single dewatering pump fails! Increasingly, the root cause of that pump failure is Shotcrete fiber.
Production delays like this can be avoided if the dewatering pumps you use are tough enough to handle modern mining conditions.
Tougher pumps can also help reduce workplace hazards and boost your efficiency.
It is true that the upfront cost of a JetGuard pump is slightly more than its low-cost competitors. But when measured on total cost of ownership, JetGuard truly shines.
Let JetGuard help tackle one of the biggest causes of failure for submersible pumps in mining - Shotcrete fibre.
