The Australian Embassy in Jakarta, Indonesia required a water supply system. Because of its location, this was a very unique project. The spec required the materials to be stainless steel and fibreglass to resist corrosion. The site also needed a controller to monitor and operate water supply valves to fill tanks for use at the building. The three water supplies were the result of rainwater runoff from the roof, bore pumps and mains piping. To ensure that the specs were met, the valves were programmed to operate depending on the supply availability. The competing requirements of this project as well as working in a foreign environment created a number of challenges. We were able to rise to the challenge, through our strong organisational skills and execution of work.

Allied Pumps rises to the challenge. Could we produce 20 relocatable bore head works, which could last for a minimum of 20 years and be compliant with wind loading requirements AS1170.2, for a wind region A4 quickly? Being headquarted in Western Australia, with extensive stock holdings, not only do we understand harsh conditions we were able to gear up quickly and meet the clients deadline.

Royal Perth Hospital is a 450-bed teaching hospital located on the north-eastern edge of the CBD of Perth in Western Australia. The project started with a site visit by us. We measured and discussed the design needs for the fire pump set refurbishment. The first step was to disable and remove the existing system. This removal was the same day as the new system’s delivery so there was no site storage required. The new system was then installed in one day. This was a quick turnaround time, and we were able to meet the timeframe to ensure minimal downtime.

The City of Subiaco had an initiative to improve water quality. The focus was on reducing pollutants in Lake Mabel Talbot. The lake is in the conservation category wetland under the Environment Protection policy and functions as a Water Corporation compensating basin. The lake collects rainfall runoff from four sub-catchments, totaling 300 ha. A Gross Pollutant Trap needed to treat the entire flow prior to entering the system, and our Baffle Box was the only system to appropriately meet the design criteria. The Baffle Box was able to catch leaves and other pollutants before they could enter the lake. The result of this project was cleaner water and an improvement in the water quality.

Mundella was looking to reinvent an industrial filling system and outdated production line. The brief was to provide a food grade, fully compliant solution for the careful transfer of yoghurts and dairy products from vats, while maintaining constant and sensitive flow rates and meeting specific hygiene requirements. We engineered and manufactured an innovative solution to an outdated processing line using a mobile Wilden pumping package. Read on to find out how we achieved this.

A below water table mine operation in the Shire of East Pilbara sustains the Newman Hub mining operations at a Western Australian iron ore mine site. The client needed an in-pit dewatering solution to discharge excess groundwater for a new section of the pit. The solution was required within eight weeks. A bore system using equipment that would suit their requirements was designed. We provided Kwikbore bore head works systems which were trailer-mounted. This would minimise dewatering and pumping downtime during removal of the existing equipment from the mining pit during blasting and installed the head works once the blasting was completed. Overall, six mobile head works systems were used, each featuring a unique plug and play design with remote telemetry system for integration with the site SCADA system. Our experienced technicians carried out onsite commissioning to effectively integrate the pumping systems into the BHP site-wide SCADA system. The project was delivered on time and on budget and operates to the specification set out in the scope of works.

We were recently involved in supplying fire protection for Perth Airport. View the video to see the testing DFES conducted at the facilities in March 2017.

A residential complex in Perth required an innovative way to pump water to reduce power consumption and improve sustainability. In many new buildings, there is a push to use a single basement tank with basement pumps pressuring all the way to the top of the apartment block. However, Allied Pumps had a better solution. A small pump and tank at the basement of the apartment block transfers water to the rooftop tanks at a low flow, keeping the rooftop tank full. A smaller, variable speed pump supplies the top few floors, whilst the levels below are fed by gravity. With a roof top tank full of water at all times, even during a power outage, the system can still supply the residents with water. Smaller pumps, simpler control logic, and reduced tank capacities all kept initial costs low and provided huge benefits for the complex.

The Cockburn Central Police Station required several tank and pump solutions. Initially a galvanised regular tank was recommended. However, there were design issues with the concrete slab. The station requested an in-situ concrete tank liner. The design was changed to meet this need. Allied Pumps was able to provide a turnkey solution for our client on this project, saving the client from having to engage the services of several different sub-contractors to work on various aspects of the tank installation. This enable the client to place a single order with us for all the work on the tank and supply of the pumping systems, enabling him to focus on other aspects of the project. The final project consisted of a panel tank, circulating pump pack, hot water circulator, fire pump and tank liner pack. The result was a seamless integration between the pumps and the tanks, and reliable fire protection has been the overall outcome.

The Perth City Link bus port is reconnecting Northbridge with the city centre, extending from the Perth Station to the new Perth Arena. The bus port required sufficient water storage for protection against fire. Delivering water storage in an underground situation is challenging but necessary. We had several hurdles to overcome. Our ultimate solution was to recommend our dual diesel fire protection pump set. This included suction and discharge manifolds combined with dual rectangular steel liner panel tanks. We manufactured the complete fire pumps skid at our production facility, so they could be tested at our test facility. Installing the tanks onsite was then a challenge in the tight confines of the underground plant room. The successful outcome offered a sufficient amount of water that could be dumped quickly in the case of a sudden fire.