Greywater Harvesting and Air Quality Monitoring: Sustainable Solutions for Resource Management

With a drive to implement sustainable solutions, I led two projects focused on water conservation and air quality improvement. These initiatives not only optimized resource management but also contributed to environmental health and well-being in my community.

Greywater Harvesting System

Led the installation of a greywater harvesting system that collected wastewater from handwash basins and utensil-washing sinks.
Filtered and stored the water in an underground drum, which was then pumped out to irrigate plants using a motorized sprinkler system.
Personally managed the maintenance and performance of the system, checking the motor and sprinkler daily for 8 months to ensure operational efficiency.
This system saved and reused over 60,000 liters of water, preventing waste and promoting sustainable water use in the area.

Air Quality Monitoring Stations

Managed two air quality monitoring stations placed in Hosur, one at my home and another at TVS Academy, for almost a year.
Responsible for daily maintenance, data collection, and troubleshooting technical issues at both stations to ensure consistent monitoring.
Analyzed the air quality data, using it to inform strategic decisions for campus landscaping. Areas with higher pollutant levels were targeted for planting species that are effective at absorbing pollutants.
Played a crucial role in positioning plants and trees to reduce air pollution, helping to improve the air quality in the vicinity.
Shared the air quality monitoring data with Reap Benefit servers for further analysis and advanced research, supporting larger-scale environmental efforts.

These projects not only enhanced resource efficiency but also left a lasting environmental impact. By combining sustainable water conservation with data-driven air quality improvements, I helped create a healthier, more resilient community.