Digital Twin for Water and Wastewater
Start with one physics-based utility twin, then expand into a connected operating layer.
TwinEdge Digital Twin for Water and Wastewater connects physics-based pump station, lift station, treatment plant, network, chemical dosing, lab, field response, and compliance context into asset and process twins.
Pump physics
Lift station
Treatment process
Network twin
Chemical dosing
Field response
Pump Station Twin is the concrete flagship entry point for physics-based utility operations.
Enterprise utility view
See every critical water and wastewater decision through one trusted operating model
Plant leaders, engineering, operations, and maintenance teams get the same live context for treatment performance, wastewater process state, chemical dosing, scenario planning, and quality risk before priorities turn into work.
Water treatment plant center twin
A treatment-center twin brings plant assets, telemetry, operating status, and process context into one utility view.
Wastewater plant center twin
Wastewater process context connects headworks, treatment stages, alarms, compliance evidence, and operating priorities.
Chemical dosing pump twin
Chemical dosing context ties pump status, dose targets, quality readings, inventory, and operator response into the utility twin.
Plant scenario simulation
Scenario runs compare operating assumptions, plant constraints, and modeled responses before teams commit to an action.
Water quality forecast twin
Forecast views connect quality readings, process state, and model output so operators can see risk before it becomes an excursion.
Workflow
Utility physics from asset to process to evidence
Connect industrial sources, build trusted context, govern recommendations, and turn approved decisions into operational work.
Model assets and process flow
Represent pump stations, lift stations, plants, network zones, dosing points, and field assets with physics-aware operating context.
Attach telemetry and operating envelopes
Connect signals to assets, performance curves, quality readings, alarms, process state, and maintenance context.
Route recommendations to action
Create approved work, field response, compliance notes, and executive visibility from one physics-grounded context layer.
Capabilities
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.
Twin context
Water and wastewater canonical templates and profile projections
Water and wastewater twins use utility operating vocabulary with standard-profile adapters over canonical context.
Engineering controls
Engineering controls for industrial AI.
TwinEdge can show real telemetry, local inference, protocol flows, and agent traces without claiming uncontrolled autonomy or SCADA replacement.
Read-only first
Physical writeback is disabled by default and recommendations pass through approval gates.
Replayable evidence
Plans, diffs, source context, and approval history remain available for review.
Deployment choice
Cloud-connected, local, and offline paths support evaluation without forcing one architecture.
Source system respect
TwinEdge works above SCADA, historians, CMMS, GIS, LIMS, ERP, and data lakes rather than pretending to replace them all.
Outcomes
Operational outcomes
Teams get the context, controls, and execution path needed to move from noisy industrial data to approved operational action.
Utility operations
Move from alarms and spreadsheets to connected asset context and prioritization.
Maintenance leaders
Turn risk signals into work with parts, safety, and completion evidence.
Executives
Start with a concrete utility workflow and expand toward Water OS or Wastewater OS.
Connected platform
Extend the same context across the operating layer
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 Field close the loop from recommendation to evidence-backed work.
Water, wastewater, chemical, water loss, lab, and facility products package industry workflows.
REST and MCP data products make context available to enterprise applications and AI systems.
Evaluate TwinEdge
Plan your first TwinEdge workflow.
Review the operating model with our team, or download TwinEdge to evaluate the platform in your own environment.