Daniel Foskey

Project efficiencies across freight, assembly and installation are improved by modules with high storage capacity. Each geocellular system has different storage capacity per module – with larger modules needing less modules for equivalent amounts of storage volume. Module volume for common systems include – System Litres per module AtlanCube 1,000 Atlantis Flo-Tank 119 Rainsmart Ellipse

Installation efficiency is aided by larger module sizes with less components. By increasing the footprint of each module, more cubic metres of storage can be installed with less total handling, assembly and on-site labour. Larger modules with fewer components lead to reductions in the complexity of assembly across the entire tank volume – effectively scaling

Geocellular storage systems require different amounts of components per tank module. Large modules with less components can be rapidly deployed – and installation is streamlined. In comparison, small module sizes with high amounts of components require more handling and result in longer installation timelines and greater complexity of assembly. Components per cubic metre of storage

The number of modules per cubic metre of storage varies across different geocellular tank systems, and module size is a key influential factor. Modules per cubic metre of storage impacts installation efficiency – with larger modules requiring less lifts, maneuvering, and assembly for equivalent volumes of storage. For common geocellular systems, the reported number of