পানি সম্পদ পরিকল্পনা সংস্থা (ওয়ারপো)

Name of Projects: “Development of River Pollution Monitoring System (RPMS)” Research Project

1. Introduction

Rivers are the lifelines of Bangladesh, supporting its agriculture, biodiversity, and millions of livelihoods. However, rapid urbanization, industrial growth, and unplanned waste management have led to severe pollution in many rivers, particularly those near urban centers like Dhaka City. The Buriganga, Sitalkhhya, Balu, and Turag rivers, along with others across different divisions, are under critical threat from untreated industrial discharge, household waste, and agricultural runoff.

A recent survey (2022–2023) conducted by the River and Delta Research Center (RDRC) of Bangladesh revealed that 56 rivers are severely polluted by industrial, municipal, and plastic waste. Notably, in the cases of the Buriganga, Turag, Tongi Canal, and Balu River, the primary polluters were identified as the Water Supply and Sewerage Authority (WASA), City Corporations, and industries, shipping activities, and a small number of households contribute to river pollution. Their impact is largely due to the absence of proper waste management systems provided by city corporations or other authorities. Similar conditions prevail in many other rivers across the country.

Despite the urgency of the issue, a structured, real-time monitoring mechanism is largely absent. Current monitoring efforts are sporadic and often fail to provide actionable insights. This proposal aims to develop a holistic river pollution monitoring system combining crowd-sourced data collection, advanced laboratory analyses, and GIS-based visualization to ensure comprehensive monitoring and data-driven decision-making.

2. Overall Goal

The primary aim of this research is to establish an effective monitoring system by developing a publicly interactive portal to store and analyze river water quality data towards a data driven decision making approach to minimize and control river pollution in the rivers of Bangladesh.

3. Objective

The main objective is to develop a River Water Pollution Monitoring System (RPMS) for monitoring pollution levels which can effectively increase public awareness and sensitize the relevant government administrations to reduce pollution-related activities from pollution generating sources.

The specific objectives are:

1. Assess the pollution levels in selected rivers using both qualitative and quantitative approach.
2. Conduct laboratory and in-situ testing to analyze water samples for critical water quality parameters.
3. Design and develop a mobile application to collect crowd-sourced pollution data.
4. Develop an interactive GIS-based web application for visualization and analysis of pollution data.
5. Provide a robust database and analytical framework to support taking informed decision by policy makers and regulatory authorities.

4. Study area

The study will primarily focus on specific rivers in Bangladesh, ensuring geographical diversity by including rivers from all the divisions of Bangladesh. A total of 11 (eleven) nos. of rivers are selected (Table 1-1), including 4 (four) rivers from Dhaka, and 1 (one) river from each of the seven remaining divisions, based on pollution risk and geographical representativeness.

Table 1‑1:Rivers around Dhaka City and in other seven Divisions

Source: Nod-Nadi in Bangladesh, 2011, BWDB

Figure 1‑1: Location of 4 (four) rivers around Dhaka City Area

Figure 1‑2: Location of 7 (Seven) Rivers in Seven Divisions

5. Expected Output

The output of the research will cover the following:

1. A functional and scalable web-GIS system for monitoring river pollution.
2. Qualitative crowd-source pollution data in river monitoring database.
3. Laboratory and in-situ testing results of collected water quality samples in the database
4. Calculated Water Quality Index (WQI) with respect to seasonal variation
5. Actionable insights for policymakers to address and control pollution sources.
6. Technical Reference Manual of RPMS System

6. Duration of the Research

The overall duration of the research work was 15 (fifteen) months. Subsequently, the project duration was extended up to 31 December 2026

7. Present Progress

The Contract of Agreement (CoA) was signed between WARPO and IWM on May 21, 2025, for a research project scheduled to run for 15 months. To ensure effective operation, a 13-member Technical Committee and a 4-member Research Team were formed.

IWM submitted the Inception Report to WARPO in June 2025, and a national workshop on the report was subsequently held on January 26, 2026. Since then, two Technical Committee meetings have been conducted and one technical meeting was held focusing on the Software Requirements Specification (SRS). IWM submitted the Interim Report on March 8, 2026 and the Draft Final Report on June 21, 2026.