OptiFlow
Optimize Flow Traffic.
Intelligent storage & flow optimization for wastewater
OptiFlow turns the wet wells already in your collection system into a single, coordinated equalization resource. By managing distributed storage and deferring pumping in real time, it reduces overflows and emergency risk in wet weather — and optimizes forcemain capacity, pump efficiency, and energy use every day.
Coordinated pumping is the method.
Storage and capacity optimization is the result.
When the system is under stress
Every single day
Manifold and series configurations — both coordinated
OptiFlow works with the way your collection system is already laid out. No new infrastructure required.
Manifold systems
Multiple stations, one forcemain. OptiFlow defers and staggers discharge so the wet wells equalize flow into the main at lower pressure and higher effective capacity.
Series systems
Stations in sequence. OptiFlow uses upstream wet wells as coordinated storage, holding flow back from a constrained or failed downstream station instead of spilling.
Four steps from stations in isolation to a coordinated network
Stations connect over cellular
Each station runs on the AccuDose RMC platform with LTE-M cellular. No master radios, no line-of-sight, no repeaters, no spectrum licensing.
Stations share status in real time
Wet-well level, pump status, and flow are shared across the network and the cloud — so every station is aware of what its neighbors are doing.
OptiFlow manages distributed storage
Pumping is deferred and staggered so upstream wet wells hold flow as equalization storage instead of discharging on local floats. The collection system becomes one coordinated storage resource.
The system equalizes and draws down
OptiFlow draws the network down in a controlled sequence, keeping pumps near their best efficiency point and returning storage to a ready state for the next peak or storm.
Built on the AccuDose RMC platform
| Product type | Distributed storage and flow optimization layer for the AccuDose RMC platform |
| Supported hardware | RMC-2000, RMC-2000i |
| Connectivity | LTE-M cellular, global multi-carrier SIM |
| Operating modes | Manifold (shared forcemain) and Series (sequential stations) |
| Control logic | Distributed storage management, deferred pumping, virtual equalization, downstream-aware throttling, controlled pump-down |
| Applies in | Wet-weather and dry-weather operation |
| I/O (per RMC-2000) | 4 analog inputs, 7 digital inputs, 2 digital outputs |
| Monitored signals | Wet-well level, pump run / fault, current, pressure, flow |
| Cloud platform | AccuDose dashboard, web and mobile, real-time alerts and trending |
| Integration | Standalone or alongside existing SCADA |
| Environmental | NEMA 4X / IP67 enclosure |
| Installation | Plug-and-play, typically under one hour per station |
| Warranty | Lifetime hardware warranty |
The legacy approach hasn’t worked.
OptiFlow does.
Existing Legacy Systems
- Master/slave radios need line-of-sight and repeaters
- Radio spectrum licensing and specialist integrators
- Heavy upfront infrastructure cost
- Coverage limited to radio range
- Every new station is a new project
- Hardware warranties expire in 1 to 3 years
OptiFlow by AccuDose
- Cellular reach — no line-of-sight, no repeaters
- No radio licensing, no integrator required
- Plug-and-play install in under an hour
- Turn existing wet-well storage into system-wide equalization
- Add a station in minutes on the same platform
- Lifetime hardware warranty on every unit
OptiFlow makes the response. AI sees what’s coming.
I/I Detection flags the inflow and infiltration event. OptiFlow coordinates the response. Fleet Chat and AI-generated EPA reports complete the picture — so the network anticipates instead of only reacting.
Intelligent storage and flow optimization for your collection system
Tell us about your sites and we’ll map your equalization plan. No new tanks. No new basins. Just the capacity you already own, working together.