Improving Urban Infrastructure

Implementation for Manhole Management

Manholes are crucial components of urban infrastructure, serving as access points to underground utility networks such as sewage and stormwater systems. However, issues like blockages and overflowing in manholes can lead to significant problems, including environmental contamination, health hazards, and infrastructure damage. Most major cities in India, with a population of over 2 million residents, have been repeatedly facing instances of manhole overflow during medium to heavy rainfall. Traditional methods do not possess the ability of real-time monitoring and proactive measure capabilities. At Joining Objects, we have developed an efficient Internet-Of-Things solution to tackle this problem.

Key Transformations

Sensor Deployment

Strategic installation of sensors in manholes for comprehensive coverage.

Real-time Monitoring

Continuous monitoring of water levels and flow rates transmitted to a central dashboard.

Data Analytics

Advanced algorithms process sensor data to predict potential overflow events.

Alert System

Automated alert system notifies maintenance teams and city authorities.

Remote Control

Remote mechanisms allow adjustment of flow rates to alleviate pressure on overloaded manholes.

Notable Effects:

Prevention of Overflow Incidents

Real-time monitoring and predictive analytics enable proactive measures, reducing the risk of environmental contamination and property damage.

Optimized Maintenance

Data-driven insights lead to more efficient maintenance schedules, allocating resources where needed and prioritizing routine inspections.

Cost Savings

Optimizing maintenance practices and preventing overflow incidents result in significant cost savings for emergency repairs and infrastructure replacement.

Enhanced Public Health and Safety

Reduced instances of overflowing manholes contribute to improved public health by minimizing exposure to sewage-related contaminants and pathogens.

Data-driven Decision Making

Comprehensive data on the sewage system\'s performance empowers city officials to make informed decisions on infrastructure investments, capacity planning, and policy formulation.

Conclusion

Our foray into IoT technology for manhole management marks a strategic response to the challenges of urban infrastructure. Through the synergy of real-time monitoring, predictive analytics, and remote-control capabilities, we not only mitigate overflow risks but also optimize maintenance practices. The impact extends beyond operational efficiency, embracing environmental sustainability, public health, and substantial cost savings. This case study serves as a testament to the revolutionary potential of IoT, fortifying the resilience of urban infrastructure systems.