DeepManthan AI
Water Distribution Network Intelligence
Water Distribution Network Workflow Visualization
Interactive, animated simulations that explain how a city water network really works — from pipe hydraulics and pump physics to live pressure zones, AI-driven pump scheduling, tariff optimization, and ML-powered leak detection.
🖥️ Desktop viewing only. For the best experience, please open this suite on a laptop or desktop. The interactive simulators are not optimized for mobile screens.
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Start here — Concepts & Terminology
Plain-language reference for flow rate, head pressure, Hazen-Williams friction equation, pump affinity laws, hydraulic grade line, and where the energy goes — with a live friction calculator and pump-speed explorer. The best place to begin.
Open Reference →
Interactive Simulators
Watch the network work, then drive it yourself.
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How a Water Network Works
Animated flow diagram of every component — reservoir, pump station, elevated tank, trunk mains, PRV, and consumer zones — with head pressure shown live at each node. Switch demand scenarios.
View Animation →
Pump Scheduling Simulator
Live 24-hour MPC pump schedule. Drag through the day and watch the AI shift pumping to off-peak tariff windows, pre-fill the elevated tank overnight, and avoid peak-hour costs.
Launch Simulator →
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Pressure Zone Control
A self-controlling network that fights back. Trigger a demand spike, main burst, or slow leak and watch the AI escalation ladder — PRV → pump speed → zone isolation — respond in real time.
Run the Network →
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Network Operations Assistant
Ask the network questions in plain English. 60+ operator queries — pumps, pipes, tanks, leaks, energy and AI reasoning — each answered against one live network scenario. Filterable and click-to-expand.
Open Assistant →
Network Health Monitoring
Spot the symptoms of a network whose health is slipping.
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Pressure Anomaly Monitor
The flagship network-health symptom. Induce a pipe leak or burst and watch nodal pressures slide from healthy into fault, with a live 24-hour trend and ML leak-location readout.
Open Monitor →
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Two Triggers: Demand + Aging
Seasonal demand surge and aging pipe roughness shown together — see how each degrades a different signal, and why high summer demand is not the same symptom as a slow leak.
Open Dashboard →
Energy & Billing
Where the pump station meets the electricity board.
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Pump Station & the Electricity Board
A real MSEDCL industrial HT tariff decoded — contract demand, kVAh billing, TOD surcharges, and power factor penalty — showing how every pump scheduling decision lands on a monthly electricity invoice.
Open Breakdown →
💡 Font Size Adjustment
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🪟 Windows Users Ctrl + / −
🐧 Linux Users Ctrl + / −

Use these keyboard shortcuts to zoom in and out of the simulators for comfortable viewing.