Tools

Water · Science · Simulation

Understand
the network.
Explore what
flows within.

Explore the connections between hydraulics, water quality and biofilm in drinking water networks.

Launch STACI Explore the tools ↓

Built around water networks. Designed for exploration.

CONNECTED WATER SYSTEMSCONCEPT
SourceDistributionNetwork nodes
Flow, pressure and the hydraulic state of the network.
EPANET-based modelsHydraulic simulationWater quality & biofilm

Explore the platform

One network.
Connected perspectives.

Follow the water from network structure to hydraulic behaviour and water-quality processes.

NETWORK SIMULATION

Meet STACI.

A workspace for loading EPANET models, exploring network structure and investigating hydraulic, water-quality and biofilm processes.

Open the workspace
01
Load your networkStart with an EPANET .inp model
02
Explore the processesHydraulics, water quality and biofilm
03
Inspect the resultsUnderstand behaviour across the network
01 / HYDRAULICS

Follow the flow.

Explore pressure, flow direction and the hydraulic conditions that shape network behaviour.

02 / WATER QUALITY

Trace the transport.

Investigate how transport and reactions influence water quality throughout the network.

03 / BIOFILM

Look beneath the surface.

Explore the connection between wall-attached biofilm and the water moving through the pipes.

Research & development

Connecting models.
Building understanding.

Bringing network-scale hydraulics, water-quality transport and biofilm-related processes into a shared modelling perspective.

About Hydroreact ↗