100 Water Grids Operational in Patuakhali
Max Social Enterprise Ltd. (MSE) has successfully made 100 water grids operational in Patuakhali, marking a major milestone in expanding access to safely managed water services in coastal and climate-vulnerable regions of Bangladesh.
These operational grids are currently serving thousands of households through structured and well-managed distribution systems. This achievement reflects MSE’s continued commitment to strengthening local water infrastructure, improving service reliability, and ensuring long-term operational sustainability.
Khulna RO Plant Becomes Operational
MSE’s Khulna RO (Reverse Osmosis) Plant has officially become operational under the KPP1 Project.
The project faced initial land-related and political challenges, which were successfully addressed through effective stakeholder coordination and local engagement. All major civil works have been completed, including pond excavation, embankment construction, plant-front development, and tin shed installation.
Water production and sales have commenced, with successful initial delivery of safely managed water services. Water quality testing and chlorination system installation are progressing as planned, while wastewater line installation has been completed.
MSE remains committed to sustainable operations, ensuring efficient treatment processes and environmentally responsible waste management practices at the Khulna RO plant.
Smart Grid Transition, Transitioning to Smart Water Grids
MSE is transitioning its conventional water grids toward smart water grid systems to enhance efficiency, transparency, and climate resilience in delivering safely managed water services.
Under this transition:
120 grids will be upgraded to smart grids
5 grids will be developed as super smart grids
5 grids will be upgraded as climate-adaptive smart systems
This transition will enable real-time monitoring, improved system performance, optimized resource use, and greater accountability, supporting MSE’s long-term objective of building resilient and technology-enabled water infrastructure.