Water Pollution Solutions
A discharge event is short, local and easy to miss between samples.
Continuous parameter monitoring across river stretches and outfalls, plume propagation modelling, and a defined response pathway the moment a consent condition is breached — with the sensor trace attached as evidence.
Watch a discharge event travel downstream — then watch the response.
Parameter monitoring across upstream, discharge and downstream stations. Run the simulation to see how a release propagates through the stretch and what the platform recommends when it does.
Water Parameters
Updated 6 minutes ago
- pH7.1
Within the neutral band expected for this stretch.
- Dissolved Oxygen5.8mg/L
Close to the lower bound for aquatic life support.
- BOD18mg/L
Organic load above the discharge consent limit.
- COD42mg/L
Elevated but within the consented ceiling.
- TDS640mg/L
Dissolved solids above the potability guideline.
- Turbidity18NTU
Suspended solids consistent with an upstream release.
River Stretch Simulation
Upstream reference → industrial outfall → downstream mixing zone
Upstream
82WQI
Baseline reference station above the industrial corridor.
Industrial Discharge
47WQI
Combined effluent outfall serving 14 consented units.
Downstream
61WQI
Mixing zone station 3.4 km below the outfall.
Seven-Day Parameter Trend
Downstream mixing zone
Over seven days the water quality index fell from 74 to 61 while BOD rose from 11 to 18 milligrams per litre and turbidity rose from 8 to 18 NTU.
Treatment plants run correctly or expensively — rarely both by accident.
Process telemetry across the full treatment train, with setpoint advisory on aeration, dosing and pumping. The plant keeps its consent while spending less energy and chemistry to do it.
Treatment Process
Select a stage to inspect its telemetry
Biological Treatment
Aeration control against dissolved-oxygen setpoint and load.
DO 2.1 mg/L
AI optimisation targets
- AerationAI advisory active
- Chemical DosingAI advisory active
- Pump EfficiencyMonitored
- EnergyOptimising
- 0%Energy Saving PotentialAeration blower scheduling against real dissolved-oxygen demand.
- 0%Chemical OptimisationDose trimming as influent characteristics shift through the day.
- 0%Treatment EfficiencyOrganic load removal across the full treatment train.
Demo / Illustrative Data — Not for operational decision-making.
What the water module actually does
Consent deviation detection
Continuous parameter monitoring compared against each outfall's own consent conditions, not a generic threshold, so a deviation notice can name the clause it breaches.
Plume propagation modelling
Release events projected downstream against flow, dilution and travel time, giving field teams the window in which a grab sample is still meaningful.
Outfall attribution
Upstream, outfall and mixing-zone stations triangulate which discharge point a change originated from when several units share a receiving stretch.
Sampling optimisation
Sampling frequency escalates automatically on anomaly and relaxes on sustained normality, spending laboratory budget where it changes the answer.
Groundwater and abstraction
Bore-level monitoring and abstraction reconciliation alongside surface water, so the water balance is one picture rather than two departments.
Treatment assurance
Effluent quality tied back to plant operating state, distinguishing a genuine process failure from a load the plant was never designed to take.
Start a conversation about your environmental data.
Tell us what you monitor today, what you are required to report, and where the chain currently breaks. We will come back with what a deployment would look like.
MANTRAMIND
Nature & Science in Harmony
Contact details available on request.