Beta
  • With such a wealth of information here at SWAN, we want to make it easier for you to find the knowledge you seek as quickly as possible.

  • Lighthouse uses some of the most advanced AI language models to understand your questions and sifts through SWAN's entire knowledge base to find an answer. We have carefully trained it to present relevant information in a consolidated way.

  • As you navigate an ocean of information, let Lighthouse be your beacon.

  • Disclaimer: We cannot always guarantee complete or accurate responses, given that AI-powered dialogue is still an emerging technology. Lighthouse will always accompany answers with the most relevant references, which we encourage you to check out. We highly value your feedback to ensure that Lighthouse meets the highest standards of quality and reliability. If you notice something off, please contact us at: info@swan-forum.com.

  • Ready to join us?

    SWAN Members enjoy full access to Lighthouse (unlimited searches and gated content) along with global membership benefits.

Looking for classic search?

Case Study

Continuous River Water Quality Monitoring in Kerala, India

Real-time monitoring of the River Periyar improved pollution tracking, regulation, and public awareness.

AUTHOR

Related Topics

Water Quality Monitoring

Industrial Pollution Detection

The River Periyar, the longest and most voluminous river in Kerala, India, faces pollution challenges, particularly near the Pathalam bund area, Eloor. This stretch is significantly affected due to concentration of industries in the region. In response, the Kerala State Pollution Control Board (KSPCB) initiated a project to monitor water quality continuously. A comprehensive solution was implemented to monitor 13 crucial water quality parameters in real-time, with data uploaded online to the KSPCB server and displayed on a nearby board for public awareness.

THE CHALLENGE

  • Volume and Discharge Variability: The Pathalam bund, when opened, releases a significant volume of water, complicating the stability and positioning of the monitoring station.
  • Industrial Pollution: The presence of industries in the area results in varied and continuous pollutant discharge, requiring robust and precise monitoring.

THE SOLUTION

  • Sensor and software: High-quality and proven sensors from s::can Austria are used, along with solar panels and batteries for continuous monitoring of river water quality. The data is visualised in software developed by the Aaxis team, Telepro.
  • Anchoring Mechanism: To address the challenge of fluctuating water levels and discharge, the monitoring station was anchored using two ship anchors, one on each side. This setup ensures stability and allows adjustments based on water flow.
  • Sensor Calibration: Regular calibration of sensors ensures the accuracy and reliability of the data collected, essential for continuous monitoring.

RESULTS

  • Data Collection and Analysis: The continuous stream of water quality data enabled KSPCB to maintain a detailed record of the river’s condition. This information was crucial in identifying pollution sources and trends.
  • Pollution Control: The real-time data helped determine the causes of fish deaths and other ecological impacts, allowing KSPCB to take timely actions. They were able to enforce stricter regulations on nearby industries, reducing pollutant discharge into the river.
  • Public Awareness and Safety: The display board provided the local community with up-to-date information on water quality, raising awareness and ensuring public safety by warning about any breaches in water quality standards.

This continuous monitoring initiative not only enhanced the understanding of water quality dynamics in the River Periyar, but also contributed significantly to environmental management and public health safety.

Featured SWAN Members: