Water Tanks Built For Integration, Not Just For Storage…
When an international engineering team approached us to support an Australian project, the requirement was for two robust, compliant 10,000L water storage tanks designed to integrate seamlessly into a larger industrial system.
The project called for vertical, round tanks suitable for storing potable and raw water. Beyond the base specification, the tanks required project-specific nozzle configurations, integration for level instrumentation, and detailed CAD support to allow the engineering team to complete interference checks prior to installation.
This was not a simple off-the-shelf supply. Nozzle positions needed to be adjusted to suit site pipework layouts, access and inspection requirements required clarification, and tank restraint and overflow management had to be considered in line with site conditions. With the engineering team located overseas, clear communication and accurate technical documentation were essential to keep the project progressing efficiently.
To allow for operational flexibility and future expansion, two additional flanged spares were incorporated into each tank. All polyethylene flanges were supplied with galvanised backing rings and terminated at the flange face to simplify site connection and alignment.
Access and compliance were carefully addressed during the design phase. The tanks were fitted with a single-rung aluminium ladder secured to a welded polyethylene support bracket and installed at an angle in accordance with standard practice. Alternative access solutions, including caged ladders and sidewall manways, were discussed in detail to ensure the client could balance safety requirements, confined space considerations, and overall project budget.
Beyond fabrication, we provided CAD design drawings and 3D step files to enable clash detection and confirm nozzle positioning prior to manufacture. We also advised on overflow plumbing, noting that this is typically completed on-site to allow drainage to be directed appropriately, while offering HDPE pipework to ground level if required. Tank restraint options were outlined, including the use of roof lifting points as tie-down points or the addition of welded polyethylene bolt-down feet. For projects requiring additional verification, we offered hydrostatic testing with an eight-hour hold and certification, along with optional lifting point load certification to 130 percent complete with an ID plate secured to the tank wall.
The outcome was a pair of industrial-grade water tanks engineered not just for storage, but for integration. By resolving nozzle relocations and specification adjustments prior to manufacture, we eliminated the risk of costly site rework and delays during commissioning.
