The Delhi Pollution Control Committee (DPCC) has embarked on a groundbreaking initiative to monitor the river’s water quality in real-time.
This ambitious endeavour involves the installation of twenty-two Online Monitoring Stations (OLMS) along the Yamuna’s length by the year’s end, enabling authorities to obtain instantaneous data on various pollutants present in the river. Officials have disclosed that a tender was recently floated to operationalise these monitoring stations, which will be equipped to track a minimum of five different pollutants, including biological oxygen demand (BOD) and total suspended solids (TSS). The tender, slated for award next month, aims to make these stations fully operational within the span of six months, enhancing the DPCC’s capacity to monitor and manage water quality effectively.
Real-time data acquisition holds the promise of providing the DPCC with invaluable insights into the distribution and concentration of pollutants along the Yamuna. By pinpointing areas of heightened contamination, authorities can formulate targeted strategies to mitigate pollution at its source. While manual monitoring will continue, the introduction of real-time monitoring stations signifies a significant leap forward in environmental surveillance and management. Presently, water samples from the Yamuna are collected manually once a month from several designated locations across Delhi. However, the advent of real-time monitoring technology heralds a paradigm shift in environmental monitoring practices, empowering authorities with continuous and comprehensive insights into water quality dynamics.
The DPCC’s proactive stance aligns with broader efforts to combat Yamuna pollution, as evidenced by recent initiatives such as the procurement of a water lab for on-spot testing and the deployment of monitoring stations. Furthermore, a monitoring committee appointed by the National Green Tribunal (NGT) has identified a 22-kilometre stretch of the Yamuna within Delhi as a major contributor to the river’s pollution burden, underlining the urgency of robust pollution control measures. The significance of this initiative is underscored by recent water quality data, which revealed concerning levels of pollutants in the Yamuna. The deployment of real-time monitoring stations represents a pivotal step towards addressing the complex challenges posed by Yamuna pollution, safeguarding public health and environmental integrity for generations to come.
