Continuous Monitoring Demo
Watch the Aquifer Change Over a Year
Deploy once, monitor continuously. This simulation shows how our sensor network tracks seasonal aquifer recharge, groundwater flow, and pumping drawdown — month by month, without a single site visit.
Loading 3D visualization…
Avg. Water Level
91.3m
▲Recharge Rate
0 mm/mo
▲Flow Velocity
0.86 m/day
▲Max Drawdown
98.6m
▲What You're Seeing
Seasonal Recharge
Spring snowmelt and rain infiltrate through the recharge zone (NW), raising the water table by up to 12 meters. Watch the blue surface rise in March–April and drop through summer.
Pumping Drawdown
A pumping well in the SE creates a cone of depression that deepens during dry months when irrigation demand peaks. Continuous monitoring detects over-pumping before wells go dry.
Groundwater Flow
The gold arrows show flow direction and speed, computed from the water-table gradient. Flow intensifies during recharge and shifts direction seasonally — invisible without continuous sensors.
Why Continuous Monitoring Changes Everything
❌ Periodic Measurement
- • Quarterly site visits miss seasonal changes
- • Single-point wells miss spatial variation
- • No flow direction information
- • Reactive — problems discovered too late
- • $50K–$200K per monitoring well
✅ PWI Continuous Monitoring
- • 24/7 data captures every seasonal shift
- • Spatial sensor network covers entire aquifer
- • Flow direction and velocity tracked monthly
- • Predictive — early warning before crises
- • 10–100x lower cost than conventional wells
Ready to Monitor Your Aquifer?
We deploy sensor networks tailored to your site and deliver continuous intelligence from day one.