Model the station
Review equipment, process relationships, and engineering parameters.
Water twin starter
Connect your stations. See the complete process.
AI-native digital twins for water and wastewater.
Connect a pump station to a physics-based twin and an operating workflow the utility can use.
Connected through the TwinEdge platform AI-NATIVE PHYSICS TWINS
See units, telemetry, and operating status in one process view — not a pile of SCADA screens.
START WITHAssets + telemetry + topology
TWINEDGE CONNECTSThe equipment and its digital counterpart
MOVE FORWARD WITHA connected model of the operation
THE WORKFLOW
Utility physics from asset to process to evidence
Connect the measurements
Map operating signals and validate the twin against the station.
Use the first finding
Review the operating decision and define the next utility workflow.
A defined first outcome
Keep the initial scope tied to a useful operating decision.
Usable work left behind
Retain mappings, configuration, and a repeatable workflow.
A clear next step
Use the first result to shape rollout and support.
BUILT FOR THE OPERATION
Utility twin modules
Pump Station Twin
Telemetry, pump curves, operating envelope deviation, energy, maintenance risk, alarms, work, and field evidence.
Treatment and network context
Plant process physics, lift stations, collection/distribution context, quality, and water loss signals.
Compliance and evidence
Lab, field, quality, maintenance, and operational records tied to the asset and event timeline.
GO DEEPER
Details for your operating context.
Water and wastewater canonical templates and profile projections
Water and wastewater twins use utility operating vocabulary with standard-profile adapters over canonical context.
- Water treatment process
- Water storage
- Pressure zones
- Distribution network
- Water quality observation
- Chemical dosing
- Water compliance point
- Collection system
- Lift station
- Headworks
- Biological treatment
- Clarification
- Disinfection
- Solids handling
- CSO/SSO event
- Effluent quality
- Wastewater compliance point
- OGC WaterML
- OGC HY_Features
- SensorThings
- SOSA/SSN
- EPA WQX
- SWAN
- i3X
- Sparkplug B
CONNECTED BY DESIGN
Fits the systems around it.
Keep source context available as the workflow moves between teams and applications.
One connected record.
Water twin starter
- DataOps Workbench creates the physics-aware, AI-ready context.
- Agentic Analytics uses that context to explain, draft, and validate recommendations.
- TwinEdge OS supports cloud-connected, offline, and protocol-rich edge deployments.
- AssetOps EAM and TwinEdge Field close the loop from recommendation to work, guided mobile diagnostics, human-reviewed evidence, and closeout.
- Water OS, Wastewater OS, TwinEdge Chemical, Water Loss OS, Water Quality, Capital Planning, ESG, and Facility OS package industry workflows.
- REST and MCP data products make context available to enterprise applications and AI systems.
BEFORE YOU START
A few useful answers.
What is a water and wastewater digital twin?
It is a live operational model that connects asset identity, telemetry, process state, engineering relationships, operating envelopes, maintenance, and field evidence for water or wastewater systems.
Which utility assets can TwinEdge model?
TwinEdge supports focused twins for pump stations, lift stations, treatment processes, distribution and collection context, chemical dosing, water quality, and related field assets.
How is a physics-based twin different from a dashboard?
A dashboard visualizes measurements. A physics-based twin evaluates those measurements against equipment curves, equations, process relationships, constraints, and operating envelopes to explain condition and test scenarios.
How does TwinEdge support utility operations?
TwinEdge connects your data, assets, and workflows in a complete package. Compare subscriptions on the pricing page.
How do twin findings become maintenance work?
Twin findings can be reviewed as evidence-backed recommendations, routed through human approval, and handed to AssetOps or an integrated maintenance system with relevant asset, parts, safety, and field context.
THE NEXT CONNECTION
Explore the product familyBuild the rest of your loop.
START WITH YOUR OPERATION
Put the next decision in motion.
Discuss your sources, assets, and the outcomes your team wants to improve.