A single unexercised valve that seizes during a water main break turns a 2-hour repair into an 8-hour service outage affecting thousands of customers. A hydrant that fails during a fire response is not a maintenance gap — it is a public safety liability. Leak detection delayed by manual inspection schedules loses 15–25% of treated water before the source is identified. Distribution system maintenance is not optional work that can wait for next quarter's budget — it is the operational foundation that determines whether your utility delivers reliable, safe water or manages emergencies. Start managing your distribution assets with Oxmaint — free trial, no credit card, live in under 60 minutes.
Water Distribution Maintenance by the Numbers
25%
Of treated water lost to leaks in distribution systems without active leak detection programmes
40%
Of gate valves fail to operate when needed due to lack of regular exercising schedules
4x
Cost multiplier for emergency main break repair versus planned valve and pipe maintenance
89%
PM compliance achievable with automated scheduling versus 48% with manual tracking
The Problem: Why Distribution Systems Fail
Most water utilities track valve exercising, hydrant inspections, and leak detection on spreadsheets or paper logs — if they track them at all. Valves that should be exercised annually go 5–10 years without being turned. Hydrants pass visual inspection but fail flow tests because no one scheduled flushing. Leaks run for months because acoustic surveys happen on fixed annual schedules rather than in response to pressure anomaly data. Oxmaint replaces this with automated condition-based scheduling, GPS-mapped asset tracking, and SCADA-linked pressure monitoring that triggers inspections when anomalies appear — not when the calendar says it is time. Book a demo to see distribution maintenance configured for your system.
Every Seized Valve and Undetected Leak Is a Failure Your System Cannot Afford.
Oxmaint automates valve exercising schedules, hydrant inspection workflows, and leak detection triggers — from one platform. Free to start. Live in under 60 minutes.
How Oxmaint Solves Distribution System Maintenance
Oxmaint is built for the geographically distributed, high-volume asset complexity of water distribution networks.
Core Capability
Automated Valve Exercising & Hydrant Inspection Scheduling
Condition-based and interval-based PM schedules for every valve, hydrant, and fitting in your distribution network. Auto-generated work orders with GPS location, asset history, and inspection checklists. Mobile-first with full offline capability for field crews working across the network.
Core Capability
Leak Detection Integration & Pressure-Based Triggers
SCADA pressure data and acoustic sensor alerts feed directly into Oxmaint. Pressure anomalies auto-generate inspection work orders for the affected zone — no manual interpretation, no delayed dispatch. Leak location, severity, and repair tracked from detection to close with full audit trail.
Implementation Roadmap
Distribution system CMMS deployment completes in 21 days — no IT project, no service interruption.
Week 1
Asset Registry & GIS Mapping
Register all valves, hydrants, mains, and fittings with GPS coordinates. Import GIS data. Configure asset hierarchy by pressure zone and district.
Week 2
PM Schedules & Sensor Integration
Configure valve exercising, hydrant flushing, and inspection schedules. Connect SCADA pressure data and acoustic leak sensors for automated triggers.
Week 3
Mobile & Compliance Go-Live
Deploy offline-capable mobile app to field crews. Configure compliance templates and regulatory export formats per jurisdiction.
Ongoing
Analytics & Optimization
AI learns failure patterns from work order data. Predictive scheduling replaces fixed intervals. Rolling CapEx forecasts update from real condition data.
40% of Your Valves May Not Operate When You Need Them Most.
Oxmaint's automated valve exercising and hydrant inspection schedules ensure every critical asset is maintained on time — with digital proof for every regulator.
Regional Compliance Coverage
Oxmaint builds audit-ready documentation into every inspection and work order — configured per jurisdiction.
USA
EPA Safe Drinking Water Act. AWWA valve and hydrant standards (M44, M17). NFPA 25 fire hydrant inspection. State drinking water programme requirements. CMOM documentation.
Canada
Provincial drinking water standards (Ontario Reg 170/03, BC DWPR). CSA standards for water infrastructure. NFPA 25 hydrant compliance. Provincial OH&S regulations. PIPEDA data privacy.
Australia
Australian Drinking Water Guidelines (ADWG). WHS Act compliance. AS/NZS 2419 fire hydrant standards. State water authority licence conditions. ISO 55001 alignment.
Germany
TrinkwV drinking water compliance. DVGW W400 distribution system standards. DIN 14462 hydrant requirements. BetrSichV equipment safety. Full GDPR data handling.
UK
OFWAT performance commitments. DWI drinking water standards. Water Industry Act 1991. BS 750 hydrant standards. UK GDPR data protection.
Saudi Arabia
NWC operational standards. SWCC distribution requirements. Saudi Building Code water provisions. MEWA environmental compliance. PDPL data governance.
Oxmaint vs Competitors
Swipe to view full comparison table
| Capability |
Oxmaint |
MaintainX |
UpKeep |
Fiix (Rockwell) |
Limble CMMS |
IBM Maximo |
Hippo (Eptura) |
| Valve Exercising Scheduling |
Automated, condition-based |
Calendar PM only |
Calendar PM only |
Configurable |
Calendar PM only |
Full (complex) |
Calendar PM only |
| Hydrant Inspection Workflows |
Built-in with checklists |
Generic checklists |
Generic checklists |
Custom config |
Generic checklists |
Configurable |
Generic checklists |
| Leak Detection Integration |
SCADA + acoustic sensors |
Not available |
Limited |
Rockwell ecosystem |
Not available |
Custom build |
Not available |
| GIS / GPS Asset Mapping |
Built-in, field-ready |
Basic location |
Basic location |
Enterprise tier |
Basic location |
Full GIS |
Basic location |
| Offline Mobile |
Full offline + sync |
Online only |
Limited offline |
Limited offline |
Limited offline |
Limited |
Online only |
| Water Utility Compliance |
EPA, OFWAT, DWI, AWWA |
General compliance |
General compliance |
Manufacturing focus |
General compliance |
Configurable |
General compliance |
| Multi-Zone Dashboard |
Built-in, real-time |
Basic multi-site |
Basic multi-site |
Enterprise tier |
Basic multi-site |
Enterprise |
Basic multi-site |
| Deploy Time |
7–21 days |
2–3 weeks |
2–4 weeks |
4–12 weeks |
1–2 weeks |
6–18 months |
2–6 weeks |
Proven Results
PM compliance rate — valves and hydrants89%
Reduction in unplanned main break response time72%
Reduction in non-revenue water loss from leak detection60%
Reduction in compliance audit preparation time84%
21 Days
Full deployment with PM automation live
$0
Implementation fees — free to start
74%
Work orders completed on mobile — zero paper
99.9%
Platform uptime SLA
Your Next Main Break Will Test Every Valve in the Zone. Will They Operate?
Automated valve exercising. Hydrant inspection workflows. Leak detection triggers. Compliance-ready records. All from one platform — running in 21 days.
Data Security
AES-256
Encryption
All asset data, inspection records, and compliance docs encrypted at rest and in transit.
SOC 2 Type II
Certified Security
Annual independent audit. Satisfies utility enterprise contract requirements.
RBAC
Access Control
Role-based access from field crew to director. Full audit log on every action.
GDPR
Global Compliance
GDPR, UK GDPR, PIPEDA, and PDPL compliant. European data residency available.
Frequently Asked Questions
How does Oxmaint handle valve exercising schedules across a large distribution network?
Every valve is registered with GPS location, size, type, and last exercised date. Oxmaint auto-generates exercising work orders based on condition, interval, or risk priority. Field crews receive mobile work orders with turn-by-turn navigation to the valve location and digital checklists.
Sign up free to configure your valve programme.
Can Oxmaint integrate with leak detection sensors and SCADA pressure data?
Yes. SCADA pressure anomalies and acoustic sensor alerts auto-generate inspection work orders for the affected zone via OPC-UA, Modbus, or REST API. No manual interpretation needed — the system dispatches the right crew automatically.
Book a demo to see leak detection integration.
Does the mobile app work in areas without cell coverage?
Full offline mode. Field crews complete inspections, record valve turns, capture photos, and close work orders without connectivity. All data syncs automatically when signal restores.
Start free and test offline immediately.
How does compliance documentation work for hydrant inspections?
Every hydrant inspection generates a timestamped, technician-attributed digital record mapped to NFPA 25, AWWA M17, BS 750, or AS/NZS 2419 depending on jurisdiction. One-click export for any regulatory audit.
Book a demo to review compliance exports.
How quickly can a distribution system with 5,000+ assets be deployed?
25% of Your Treated Water May Be Leaking Right Now. Find It. Fix It. Prove It.
Valve exercising. Hydrant inspections. Leak detection. Pressure monitoring. Multi-jurisdiction compliance. All from one platform. Free to start. Running in 21 days.
