Solutions · water
The pipe that breaks on Monday was deteriorating for a decade.
Most water infrastructure risk is underground and invisible.
Water and wastewater utilities run treatment plants, pump stations, and thousands of miles of buried pipe well past design life. We help utility teams connect above-ground equipment condition to below-ground risk, and translate the infrastructure data into the consent-decree language regulators expect.
Why water risk stays hidden until it surfaces
Water utility risk is both a technical problem and a regulatory one. The pipe that breaks is also the EPA milestone that slips. Leadership has to defend both to ratepayers and regulators at the same time.
The most critical infrastructure is buried six feet down where condition assessment is expensive and disruptive
You cannot visually inspect a 60-year-old cast iron main. Condition assessment needs excavation, CCTV, or acoustic monitoring. All of which cost money and disrupt service. Most utilities assess a fraction of their buried network annually.
Sanitary sewer overflows trigger EPA enforcement and consent-decree milestones with hard deadlines
An SSO is not just a spill. It is a compliance event. Under a consent decree, every overflow is documented, reported, and potentially fined. The pump station that caused it had been showing signs for months, but the work order sat behind 40 others.
Treatment plant operations depend on SCADA and mechanical equipment that fail in correlated ways
When a VFD fails on a primary clarifier drive, the backup is manual operation. Which means an operator on site 24/7. When SCADA loses comms with a remote pump station during wet weather, operators are blind at the worst possible moment.
NPDES permit limits turn every equipment failure into a potential effluent violation and public notice
A blower outage on an aeration basin, an RAS pump failure, or a UV disinfection bank going offline can push effluent BOD, TSS, or bacteria past NPDES limits within hours. Each exceedance is reportable, publicly posted, and may carry per-day penalties. Well before the root cause is fully diagnosed.
How Rivolq helps water and wastewater utilities
Map the chain from pump station to treatment plant to outfall, and see where failures propagate
We trace flow paths, electrical feeds, and SCADA chains across the collection and treatment system. When a lift station shows pump degradation, you see the upstream capacity it protects and the downstream treatment impact of a failure.
Link spending to specific consent-decree milestones and compliance deadlines
Every project and maintenance action maps to the consent-decree requirement it addresses. Track progress against milestones and generate compliance documentation without pulling data from five systems.
Watch pump health, wet well levels, and generator readiness across every remote station
Remote pump stations are the first line of defense against overflows. We track runtime, vibration trends, fuel levels, and backup power tests, so you see which stations are vulnerable before the next wet weather event.
A PUC-ready story that links infrastructure condition directly to proposed rate adjustments
Public utility commissions and councils reject rate increases that are not backed by defensible asset data. We compile condition assessments, remaining useful life, and risk-adjusted replacement schedules into the exhibits rate analysts and commissioners expect. Spending programs get approved instead of deferred into the next SSO headline.
Water and wastewater questions, answered.
Common questions from water utility operations, engineering, and capital planning teams evaluating Rivolq.
How does Rivolq surface collection-system and treatment risk early?
Rivolq scores pipes, pumps, and treatment-plant assets by failure risk built from condition and history, so the main that breaks on Monday — after deteriorating for a decade — is visible long before it fails. Risk is ranked across the system rather than discovered one break at a time.
Can Rivolq support consent-decree and rate-case capital?
Yes. Rivolq connects equipment condition to dollar-quantified, defensible capital plans and keeps a timestamped audit trail behind every decision — the kind of evidence that holds up for consent-decree milestones, rate cases, and regulator review.
Does Rivolq replace our existing maintenance system?
It does not have to. Rivolq includes a full CMMS for work orders and preventive maintenance, but it can also import your existing asset register and work history and layer risk scoring and capital planning on top of the system your utility already uses.
How long before a utility sees results?
A scoped pilot typically runs about 90 days from the first facility to a capital plan you can take to leadership or the board. Most utilities start with one plant or one part of the collection system to prove the workflow on real assets before expanding.
Reading for water utility decisions.
Articles on quantifying the cost of waiting, building capital requests leadership will approve, and what a scoped first-facility pilot should deliver.
Go deeper in the Help Center
How meter-driven PM thresholds, well-tuned alerts, and evidence-backed capital plans keep treatment and distribution assets ahead of failure.
Asset Meters, Thresholds, and Condition PMs
Asset meters track usage and condition, and warning and critical thresholds can drive alerts and condition-based PM generation.
TroubleshootingHow Alerts Work and How to Tune Them
Alerts should prompt real action; investigate the supporting record, tune noisy signals at the source, and escalate genuine risks.
IntelligenceCapital Planning
The Capital Planner ranks assets by replacement priority and runs budget scenarios to produce a defensible, multi-year, exportable spend plan.
See your collection system risk before the next rain event.
Connect equipment condition data to consent-decree compliance and system-wide reliability.
