Fluidverse Stormwater Modules

The city above.
The storage below.

Modular underground storage for harvesting, recharge and attenuation — over 95% void ratio, scaled from compact recharge pits to multi-thousand-cubic-metre systems.

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Stormwater Modules
The System How It Works Applications Installation Quality Enquire
>95%void ratio for maximum storage
50 – 5,000 m³+configurable system capacity
3-partmodular architecture, fast to build
ISO ×3certified production systems
Fluidverse stormwater module system visualisation Top Panel Column Module Base Panel Inlet / Outlet Inspection Access

System visualisation

The System

Three parts.
Infinite configurations.

Interlocking modules assemble into underground storage structures of nearly any footprint and depth — expanding horizontally and vertically as the project demands.

  • Top PanelDistributes load and ensures structural stability.
  • Column ModuleCreates the high void ratio for maximum storage efficiency.
  • Base PanelProvides strength, alignment and seamless stacking.
  • System interfacesGeotextile wrapping, inspection access, inlet / outlet connections.

Working Principle

Catch it. Filter it.
Return it — or reuse it.

Surface runoff is filtered and held in the module — then either percolated back to the ground, or stored and lifted for reuse.

Percolation — groundwater recharge Runoff / drain water FRP FILTER Silt & debris removal STORMWATER MODULE >95% void storage STORAGE TANK Harvested water Lifting station REUSE Irrigation · flushing Two operating modes — recharge the ground, or store and lift for future use

Simplified schematic — pre-filtration, access points and pump duty are configured per project.

Applications

Where it works.

Commercial DevelopmentsResidentialHotels & Hospitality Campuses & InstitutionsLandscapes & ParksRoads & Urban Infrastructure Industrial SitesPodiums & Basements

Beneath the City

One platform,
three strategies.

Underground stormwater module cutaway beneath a Dubai promenade

System visualisation

Recharge

Promotes groundwater recharge through underground modular storage and controlled percolation.

Detention

Temporarily stores stormwater and manages peak discharge during heavy rainfall events.

Harvesting & Reuse

Collects stormwater for storage and reuse in irrigation, utilities and non-potable applications.

Installation

In the ground in eight steps.

Fast installation with minimal site disruption — with layout guidance, assembly support or full turnkey execution from Fluidverse.

STEP 1Survey / layout

Confirm levels, inverts and footprint. Set out the system location.

Survey and layout — system visualisation
STEP 2Excavation

Excavate to required depth with allowance for working space.

Excavation — system visualisation
STEP 3Base preparation

Level, compacted base with specified aggregate thickness.

Base preparation — system visualisation
STEP 4Module assembly

Assemble modules on the prepared base per system design.

Module assembly — system visualisation
STEP 5Placement & alignment

Position modules and align inlet / outlet connections.

Placement and alignment — system visualisation
STEP 6Geotextile wrapping

Wrap with geotextile or liner to prevent soil ingress.

Geotextile wrapping — system visualisation
STEP 7Backfill & finish

Backfill in layers, compact and restore surface levels.

Backfill and finishing — system visualisation
STEP 8Completed site

Fully reinstated, with access points for inspection.

Completed site — system visualisation

Quality & Confidence

Specify with certainty.

Certified production systems and tested performance — giving consultants, developers and contractors confidence at specification stage.

Hydraulic Performance Testing

Tested to relevant standards, supported by third-party product testing and quality-controlled production.

Project-Configured Load Performance

Engineered to site conditions and loading requirements for reliable long-term performance.

Technical Documentation

CAD drawings, specifications and installation guides provided at specification stage.

ISO 9001:2015 · Quality ISO 14001:2015 · Environment ISO 45001:2018 · Health & Safety

Tell us the volume.
We'll shape the storage.

From compact recharge pits to multi-thousand-cubic-metre systems.

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