Water Supply, Sanitation and Urban Water Management (WSU)
We provide smart solutions for Water Supply, Sanitation, Urban Water Management and other cross-cutting issues
We provide smart solutions for Water Supply, Sanitation, Urban Water Management and other cross-cutting issues
Water Supply, Sanitation and Urban Water Management Division
IWM has achieved a leading position within the field of integrated management of land and water resources, and provides comprehensive expertise together with a range of decision support tools to understand and simulate a variety of hydrological aspects ranging from broad-scale river basin issues to detailed hydrological and hydrodynamic investigations. Projects often require integration of various aspects, such as conjunctive use of ground water and surface water, water quantity and quality, water uses, industrial water management and integration of the natural systems into human (political and institutional) systems. In the recent years IWM has contributed to development of scenarios, visions and actions within the so-called Vision and Framework for Action process through participation in Global Water Partnership and regional collaborations. This approach consists of a comprehensive set of analysis steps, supported by mathematical tools for the analysis of natural resource systems in a socio-economic context. Using this approach IWM supports water, river and floodplain managers worldwide in structuring complex decision-making processes and provide technical know-how for effective evaluation of planning alternatives. Information management systems, decision support systems and simulation models are important tools in this respect. Services would include:
WSU Division has rich experience in Water Supply related projects.
WSU Division has worked in many sanitation related projects...
WSU Division has worked in many stromwater management related projects...
WSU Division has worked in many master planning related projects...
WSU Division has worked in many water quality management related projects...
ESIA, ESMF...
Hydrogeological Investigation
Cross-cutting Issues
Our Milestone Projects
Water Supply, Drainage and Sanitation in 148 pourashavas
Client: Department of Public Health Engineering (DPHE)
Main project features:
Population Served: Design population is 5,438,762 (or approx. 5.43 million)
DMA / Water supply scheme: design and supervision of 47 nos. DMAs
Water network: Installation of 2,436km of HPDE pipes, 106,662 nos. house connections
Demarcation of 87 DMAs covering 12.3 million residents in Dhaka city MODS Zones
106,662 house connections with legalization of illegal connections and ensure 24/7 water supply
Scope of services:
Conducted topographic and socio-economic surveys and updated demographic projections
Performed a feasibility study for the Gandharbapur Water Treatment Plant (500 MLD)
Piloted a project to determine non-revenue water in the existing Dhaka WASA system
Prepared hydraulic modeling, BoQ, and bid documents for design and implementation
Design Phase:
Reviewed and approved documents for topographic, socio-economic, and production tubewell surveys
Reviewed and approved hydraulic models, cost variations, and design documents
Reviewed and approved the Environmental and Social Safeguard Study
Supervised construction of water supply systems, covering installation of pipes, house connections, and production tubewells, chambers.
Supervised installation of 7,800 gate valves, approx. 150 surface water inlet chambers, and over 106,662 house connections
Conducted performance tests, commissioning, preparation of as-built documents, and post-construction model for future operations
Handed over completion reports and certificates to the client
Project management and performance evaluation
Administration and management support of PMU to successfully implement and performance evaluation of the project and contribute to achieve the project objective.
Support Dhaka WASA in design and procurement process for project packages and upcoming projects.
Capacity building of Dhaka WASA employees for water network modelling, GIS, DMA management etc.
This project focuses on reviewing the 298 nos. water networks across 33 Rohingya camps in Ukhiya and Teknaf, assessing its functionality, water quality, and identifying current challenges and successes. Key tasks include reviewing existing water supply scheme documents, preparing data collection tools, and training enumerators. The assessment will measure various aspects such as pump volume, energy supply, tank volume, and water quality parameters like chlorine levels. The collected data will be analyzed and presented through fact sheets, graphs, tables, and maps, followed by a validation workshop and the preparation of a final report with recommendations. The project aims to ensure that the water network meets the needs of the refugee population effectively, providing insights into necessary improvements. Ultimately, the findings will guide future priorities and actions for the remainder of the year, ensuring the sustainability and efficiency of the water supply system.
Assessment of State of Water Resources for WARPO across all upazilas of Bangladesh.
Understanding of the level of water quality parameters is essential for the conservation of environment including drinking, irrigation, fisheries and recreation. During recent days IWM has acquired sufficient skill in monitoring the following water quality parameter for different studies.
Salinity
Biochemical Oxygen Demand (BOD)
Chemical Oxygen Demand (COD)
Dissolved Oxygen (DO)
Ammonia (NH3), Nitrate (NO3)
Lead (Pb), Chromium (Cr)
Mercury (Hg)
Phosphate (PO4)
Coliforms
Turbidity
Sewerage Master Plan of Dhaka City
Water Supply Master Plan Study
Eshatablishment of GW Monitoring System in Dhaka City
Meghna River Master Plan for Pollution Control
Dhaka Pollution Control Study
This project focused on planning and designing water supply systems for Rohingya and host communities, with an emphasis on inclusive community consultations and in view of increase social cohesion. The process involved active engagement with local authorities and communities, ensuring the participation of women, girls, and individuals with disabilities during site visits and facility design. Key tasks included conducting topographic surveys, soil tests, and environmental screenings at 10 locations, as well as performing exploratory drilling and monitoring well construction at 6 sites. Hydraulic designs were developed for each water supply system, incorporating solar pumping solutions and detailed structural designs for 10 systems. Comprehensive bid documents were prepared, including Bill of Quantities (BoQ), cost estimates, and technical specifications for all sites. Close collaboration with UNICEF Implementation Partners (IPs) was maintained throughout the fieldwork and design phases to ensure adherence to global best practices. The project culminated in the preparation and presentation of a final report, which included all design documents and recommendations for the sustainable implementation of the water supply systems.
Our Core Team
Email: mdm@iwmbd.org
Mobile: +8801717320256 & 01841930078
Email: mkb@iwmbd.org
Mobile: 01841930025; 01940602030