Hub overview
Cosmos Pumps deploys 500+ submersible and 50+ CAP auto-prime dewatering pumps on construction, mining, power, and flood-control projects annually. CosmoSmart, our proprietary IoT monitoring system, provides real-time GPS tracking, running data, fuel consumption monitoring, and service alerts for the entire rental fleet.
This page documents three operational deployments where CosmoSmart delivered measurable improvements in pump uptime, fuel efficiency, and emergency response. All projects are anonymised. Fleet size, flow rates, and operational metrics reflect confirmed operational types; site-specific figures are indicative and may vary with head, pipe configuration, and local conditions.
Case study 1: construction
Foundation dewatering for metro infrastructure, Northern India
Sector: Building construction
Region: Northern India
Project type: Metro rail station box excavation, 12 m depth
The challenge
Groundwater ingress at a metro rail station construction site varied from 2,000 LPM during dry months to approximately 20,000 LPM during monsoon. The site had tight access constraints. Manual maintenance visits required a full crew deployment, costing 4 to 6 hours per visit including transit time. Any pump failure would halt concrete pours in an active excavation.
Fleet deployed
10 CDW submersible dewatering pumps (15 HP and 25 HP, mixed configuration), all fitted with CosmoSmart IoT monitoring.
How CosmoSmart helped
Three pre-emptive maintenance interventions were completed over six months. Each was triggered by a CosmoSmart service alert before the pump reached failure. The site engineer confirmed pump running status remotely before dispatching any crew to site, eliminating unnecessary visits during dry periods. After the first three months, six-month historical running data was used to build a predictive maintenance schedule that extended average service intervals by 20% without increasing breakdown risk.
| Metric | Detail |
|---|---|
| Fleet size | 10 CDW submersible (15 HP and 25 HP) |
| Peak combined flow | Approx. 20,000 LPM |
| CosmoSmart units | 10 of 10 (100% fleet coverage) |
| Breakdown incidents | 0 (3 pre-emptive interventions completed) |
| Service interval improvement | +20% (from historical data trending) |
| Project duration | 6 months continuous |
Fleet data is anonymised. Flow and timing figures are indicative; actual values vary with operating head, suction distance, and site layout.
Case study 2: mining and power
Coalfield active sump management, Central India
Sector: Mining / thermal power
Region: Central India
Project type: Open coalfield active mining sump, 60 m depth
The challenge
Seasonal variation drove sump inflow from 500 LPM during the dry season to approximately 15,000 LPM during monsoon. The remote site had an unreliable diesel supply chain. A fuel theft incident in the prior season was detected only after three days, causing an unplanned shutdown. DGMS regulations required continuous dewatering capacity; any sump overflow would halt mining operations.
Fleet deployed
2 CDW Ultra High Head 75 HP submersible units and 2 CAP 80 HP auto-prime diesel units, all monitored via CosmoSmart.
How CosmoSmart helped
In the second operational season with CosmoSmart, a fuel consumption anomaly was detected and resolved within four hours — the same type of loss had taken three days to identify in the prior season. Ahead of monsoon onset, running data combined with the operations team's weather planning to trigger fleet re-fuelling 48 hours before forecast heavy rain; no downtime occurred during peak inflow. Remote efficiency monitoring identified one CAP unit running at reduced output due to a blocked suction strainer; this was rectified on the next scheduled visit. Combined fuel consumption improved by approximately 15% over the prior manual-monitoring season.
| Metric | Detail |
|---|---|
| Fleet size | 2 CDW-UH 75 HP + 2 CAP 80 HP |
| Peak combined flow | Approx. 12,000 LPM |
| CosmoSmart units | 4 of 4 (100% fleet coverage) |
| Fuel loss detection time | 4 hours (vs 3 days in prior season) |
| Fuel consumption improvement | Approx. 15% |
| Contract duration | 24 months (ongoing) |
Fleet data is anonymised. Flow and timing figures are indicative; actual values vary with operating head, suction distance, and site conditions.
Case study 3: flood control
Municipal emergency dewatering, Northern India (Tier-1 city)
Sector: Municipal / urban flood control
Region: Northern India
For the full case narrative, operational data, and complete CosmoSmart monitoring details for this flood-control deployment, see the CosmoSmart flood control case study.
Summary
20 CAP auto-prime diesel pumps (80 to 100 HP) were deployed across ten low-lying urban zones within 16 hours of municipal activation. All units were monitored via CosmoSmart throughout the deployment. Combined capacity: approximately 80,000 to 100,000 LPM. The fleet operated continuously for 68 hours. CosmoSmart fuel alerts enabled proactive re-fuelling without site-visit gaps between zones. Four redeployments between zones were tracked via GPS without radio communication.
| Metric | Detail |
|---|---|
| Fleet size | 20 CAP auto-prime (80–100 HP) |
| Peak combined flow | Approx. 80,000–100,000 LPM |
| Deployment time from activation | 16 hours |
| Continuous operation | 68 hours |
| Redeployments tracked via GPS | 4 |
Fleet data is anonymised. Flow and timing figures are indicative; see the full case study for complete notes.
CosmoSmart monitoring capabilities
| Capability | What it does |
|---|---|
| Real-time GPS location | Tracks each pump's position in real time; confirms redeployments without radio contact |
| Real-time running data | Confirms pump is operating remotely before dispatching crew to site |
| 6-month historical data | Trends running hours; identifies efficiency decline; supports predictive maintenance scheduling |
| Fuel consumption monitoring | Baselines each unit's expected consumption; detects anomalies in real time |
| Re-fuelling and fuel theft alerts | Automated alerts when fuel drops below threshold or anomalous consumption is detected |
| Service alerts | Scheduled maintenance reminders before service interval expires |
Frequently asked questions
What is CosmoSmart by Cosmos Pumps?
CosmoSmart is Cosmos Pumps' proprietary IoT monitoring system for dewatering pump fleets. It provides real-time GPS tracking, running data, fuel consumption monitoring, and automated service alerts via a mobile app (Android and iOS). It is standard on CAP auto-prime diesel pumps in the Cosmos rental fleet.
Which Cosmos pump models work with CosmoSmart?
CosmoSmart is currently deployed on CAP auto-prime diesel pumps (60 to 105 HP) in the Cosmos rental fleet. CDW submersible integration is on the 2026 product roadmap. All fleet pumps supplied under a Cosmos rental contract can be monitored via CosmoSmart at no additional cost.
Can CosmoSmart reduce pump downtime on a construction site?
Yes. CosmoSmart service alerts notify the site engineer and the Cosmos service team before the next maintenance interval is due. In the construction case study above, three pre-emptive interventions over six months resulted in zero pump-failure incidents. Historical running data also enables predictive scheduling that extends service intervals without increasing breakdown risk.
Is CosmoSmart monitoring available with Cosmos pump rentals?
Yes. All CAP auto-prime pumps supplied under a Cosmos rental contract include CosmoSmart monitoring as standard. The monitoring dashboard and mobile alerts are available to the client throughout the rental period. For fleet deployments of five or more units, Cosmos can configure a dedicated monitoring dashboard with custom alert thresholds.
Ask iDEWA — our AI dewatering advisor Explore CosmoSmart 2.0