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The Challenge: CGWB is mandated to monitor groundwater levels across thousands of observation
wells nationwide. Manual measurements and delayed data collection resulted in limited visibility and
time-consuming reporting, especially critical given Maharashtra and Gujarat's diverse hydrogeology and high
extraction pressures.
What We Did: Deployed advanced DWLR systems with high-accuracy pressure sensors and data
loggers across observation wells, with GPRS/4G telemetry transmitting data to a secure cloud platform integrated
with CGWB's National Data Repository.
The Challenge: The plants served a growing population with a critical need for consistent
treatment performance. Manual operations and limited monitoring created challenges in process control, dosing
accuracy, and timely issue response.
What We Did: Implemented a comprehensive automation system covering chemical dosing (alum,
lime, chlorine), automated control valves, flash mixer automation, filtration monitoring, and online water
quality monitoring — all unified on a centralized SCADA dashboard with real-time alerts.
The Challenge: Indian Railways needed an automatic, reliable, low-maintenance system to monitor
river water levels at critical bridge locations — enabling early warnings and faster decisions during flood and
high-water conditions.
What We Did: Supplied, installed, and commissioned solar-powered radar level sensors with
4G/IoT connectivity across 12 bridges, transmitting real-time data to a cloud platform with a web dashboard,
plus SMS/email/dashboard alerts for threshold breaches.
The Challenge: IPCA faced a risk of exceeding CGWA NOC extraction limits, relied on manual
monitoring with no control mechanism, and was exposed to high penalties from over-abstraction.
What We Did: Installed Aquasense ATBC integrated with flow meters and borewell pumps,
configured automatic shut-off based on NOC limits and Tank Levels, and deployed a real-time dashboard for
monitoring and control.
The Challenge: A premium residential community with multiple towers relied on manual
monitoring, irregular pump operation, and had no household-level metering — leading to inefficiencies and
wastage.
What We Did: Deployed an end-to-end system: automatic valves, hydrostatic pressure-based level
sensors, AquaTank level and pump controllers for OHT/UGT automation, plus RS485-based ultrasonic household flow
meters with valve control for accurate, tamper-resistant billing.
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