Location: Balughat Town, Balurghat, West Bengal
Client: Local Municipality
Project Description:
The project involved the design and implementation of a comprehensive stormwater drainage system for Balughat Town in Balurghat, West Bengal. The primary objective was to mitigate flooding, manage surface water runoff, and enhance the town’s infrastructure to handle heavy rainfall and prevent waterlogging, ensuring improved drainage and sanitation for the local community.
Scope of Work:
- Site Survey and Analysis:
- Conducted a detailed site survey to assess the topography, existing drainage conditions, and problem areas prone to flooding.
- Analyzed rainfall patterns, surface runoff, and soil permeability to design an efficient drainage system.
- Design of Storm Water Drainage Network:
- Designed an integrated stormwater drainage network including primary and secondary drains, culverts, and catch basins.
- Ensured proper sizing of the drainage system to accommodate peak flow during heavy rainfall events, preventing flooding and waterlogging.
- Hydrological and Hydraulic Analysis:
- Performed comprehensive hydrological and hydraulic analysis to understand water flow patterns and calculate peak discharge rates.
- Applied the findings to optimize the design of drains, ensuring smooth water flow and effective drainage capacity.
- Integration with Existing Infrastructure:
- Ensured that the new stormwater drainage system integrated seamlessly with the existing urban infrastructure without causing disruption.
- Designed connections to natural water channels, ensuring efficient runoff management and discharge.
- Catchment Area Management:
- Identified and designed solutions for key catchment areas to effectively channel surface water to the drainage system.
- Incorporated features like detention ponds and drainage channels where necessary to manage excess runoff.
- Sustainability and Environmental Considerations:
- Focused on sustainable drainage practices such as rainwater harvesting, green infrastructure, and the use of permeable materials where feasible.
- Ensured that the system minimized environmental impact and improved water quality in the local waterways.