TwinEdge Wastewater OS
Wastewater OS for collection, treatment, compliance, evidence, and event prevention.
Wastewater OS connects sewersheds, lift stations, treatment trains, wet-weather response, effluent and reuse, biosolids, FOG, IPP, CCTV rehab, permits, field work, and evidence into one governed operating layer.
Collection system
Lift stations
Treatment operations
Wet weather / SSO
Permits and reports
Evidence and action
Wastewater OS packages the operating workflows utilities run from influent to effluent.
Platform in action
Wastewater OS across command, collection, treatment, permits, evidence, and action
Use the connected system map, command center, treatment operations, permit tracker, action inbox, evidence packages, collection system, readiness, and plant process views to show how wastewater work moves from signal to approved action.
Connected wastewater system map
The operating map shows source systems, collection, lift stations, treatment, solids, permits, evidence, AI recommendations, and action safety working together.
Wastewater command center
Operators and supervisors see wet-weather state, lift-station health, treatment compliance, permit risk, evidence confidence, and active workflow lanes.
Treatment operations
Treatment teams track headworks, aeration, disinfection, solids handling, KPI envelopes, permit relevance, evidence coverage, and next action state.
Permit workflow tracker
Permit and report worklists show owners, due dates, channels, missing evidence, next actions, and receipt state for DMR, SSO, reuse, biosolids, FOG, and IPP.
Action safety inbox
Wastewater recommendations enter a gated review queue with required evidence, approval status, execution readiness, and compensation context.
Evidence packages
Evidence packages group source facts, artifacts, lab results, field notes, action history, report status, and receipts by workflow and permit.
Collection system operations
Collection teams monitor sewersheds, I/I response, network risk, rehab queues, load, rainfall response, and field follow-up from the same wastewater spine.
Governance readiness
Readiness views show whether routes, evidence, actions, scenario validation, screenshots, and launch gates are complete before rollout.
Wastewater plant process view
The plant process view gives operators a stage-by-stage picture of influent pumping, treatment units, disinfection, solids handling, biosolids, nutrient recovery, and lab context.
Workflow
How the wastewater operating system works
Wastewater OS turns disconnected plant, network, lab, field, and regulatory data into a shared operating picture with governed actions and evidence.
Connect wastewater systems
Bring SCADA, historian, GIS, LIMS, lab results, CMMS/EAM, weather, rain gauges, CCTV/PACP, FOG/IPP records, biosolids manifests, permits, and field evidence into one wastewater context.
Build the wastewater operating spine
Resolve sewersheds, gravity mains, force mains, lift stations, pumps, treatment stages, outfalls, reuse endpoints, biosolids workflows, permits, reports, incidents, actions, and evidence as connected operating objects.
Move from risk to approved action
Forecast SSO risk, surface lift-station issues, track treatment excursions, prioritize rehab, prepare reports, route field work, and keep approval and evidence trails attached to every decision.
Capabilities
Wastewater OS capabilities
A wastewater-specific operating package for collection, lift stations, treatment, wet-weather response, permits, evidence, and field execution.
Command center and system map
One connected view for wet-weather state, collection risk, lift-station health, treatment compliance, effluent and reuse, biosolids readiness, permits, evidence confidence, and workflow ownership.
Collection and lift-station operations
Sewersheds, manholes, gravity mains, force mains, I/I response, lift-station alarms, wet-well behavior, pump runtime imbalance, recommendations, work execution, and verification.
Treatment train operations
Headworks, primary treatment, biological treatment, clarification, disinfection, effluent, reuse, solids handling, nutrient recovery, KPI envelopes, limit context, and action-ready excursions.
Permit and regulatory workflows
NPDES DMR, SSO reports, reuse reports, biosolids Part 503, FOG enforcement summaries, IPP annual reports, report calendars, owner state, submission readiness, and receipt tracking.
Evidence and source facts
Telemetry, lab QA, chain of custody, rainfall inputs, CCTV defects, field photos, operator notes, work history, report drafts, portal receipts, and source references grouped into reviewable packages.
Governed AI and action safety
Advisory recommendations explain risk and source context, then pass through validation gates, human approval, action safety, work creation, field closeout, and replay.
Operating spine
One wastewater context from influent to effluent
Wastewater OS connects the collection network, lift stations, treatment plant, outfalls, reuse, solids, permits, work, and evidence so every workflow has a clear owner and action path.
Collection to treatment model
Sewersheds, manholes, mains, force mains, lift stations, pumps, headworks, process stages, outfalls, reuse points, biosolids lots, industrial users, and FOG establishments are connected as operating objects.
Semantic KPIs and validation
SSO risk, lift-station health, treatment compliance, effluent readiness, biosolids readiness, permit risk, evidence completeness, source coverage, and action safety state stay visible together.
Evidence that follows the work
Telemetry, rainfall, lab results, CCTV defects, photos, notes, work orders, reports, receipts, and approvals stay connected for audit, replay, and regulatory review.
Workflows
Wastewater workflows that move from signal to action
Wastewater OS follows the operating loops wastewater teams handle every day, from early warning through corrective action, reporting, and closeout evidence.
Wet-weather forecast to SSO closure
Rainfall and collection signals create a watch, route crew response, capture photos and cleanup evidence, draft the report, submit through the right channel, and close with receipt state.
Treatment excursion to corrective action
A KPI excursion links to the affected process stage, lab and telemetry evidence, root-cause note, operator recommendation, approved action, work task, verification, and report decision.
CCTV defect to rehab priority
CCTV and PACP defects connect to sewer segments, risk scoring, capital planning, repair proposals, work orders, field verification, and evidence packages.
Wastewater OS scope
Wastewater industry operating coverage
The page stays focused on wastewater collection, treatment, compliance, field response, and evidence workflows.
Engineering controls
Governed controls for wastewater operations.
Wastewater OS supports advisory AI, evidence-backed workflows, and approval gates without claiming uncontrolled SCADA replacement or automatic regulatory submission.
Advisory first
Recommendations explain source facts, risk drivers, and suggested actions before operators approve the recommended action.
Action safety
SSO response, lift-station work, treatment actions, reports, and field tasks move through gated execution paths.
Evidence by default
Samples, telemetry, photos, notes, report drafts, receipts, and source references remain connected for review.
Source system respect
Wastewater OS works above SCADA, GIS, LIMS, CMMS, CCTV, weather, and permit systems instead of replacing them.
Outcomes
How it benefits wastewater utilities
Wastewater utilities benefit when operating context, response work, compliance state, and evidence stop living in separate screens and spreadsheets.
Operators and supervisors
See wet-weather risk, lift-station health, treatment excursions, permit risk, open actions, and evidence gaps in one shift-ready view.
Compliance and lab teams
Trace every result, report, limit review, source fact, signoff, receipt, and corrective action back to the operational workflow that created it.
Utility leadership
Prioritize capital rehab, reduce overflow exposure, improve treatment reliability, track resource recovery, and show defensible evidence before board or regulator escalation.
Connected platform
How Wastewater OS works with the systems utilities already have
Wastewater OS is the connected operating layer above existing wastewater systems. It keeps each source system in place while giving teams a shared context for decisions, work, and evidence.
SCADA, historian, GIS, LIMS, CMMS/EAM, rain gauge, CCTV/PACP, permit, and regulatory systems keep their role.
Wastewater OS maps those systems into collection, lift station, treatment train, outfall, reuse, biosolids, permit, work, and evidence objects.
Wet-weather response, lift-station reliability, treatment excursions, FOG/IPP enforcement, CCTV rehab, and biosolids workflows share the same operating context.
Source facts, lab results, field photos, portal receipts, work history, and operator notes stay attached to the workflow for reporting and replay.
AI recommendations are advisory by default and move through validation, approval, action safety, and audit trails before execution.
Edge, cloud, and offline deployment options support plants, collection networks, remote lift stations, and field crews.
Evaluate TwinEdge
Reduce wastewater risk and reporting friction with one operating layer.
Start with a wastewater command center and connected system map, then expand across collection, treatment, permits, evidence, and governed field action using the same Wastewater OS spine.