👉Elevated Water Tank
💫Construction Details & Dimensions
🚧Purpose: Stores water at a height and supplies it by gravity.
🏷Main Components: RCC foundation, columns, beams, tank wall, bottom slab, roof slab, inlet, outlet, overflow, and washout pipe.
🪧Typical Tank Shape: Circular or rectangular RCC tank.
📈Wall Thickness: 150–200 mm
📉Bottom Slab Thickness: 150–250 mm
📊Freeboard: 300 mm
🧷Staging Height: 6–20 m (depending on design requirements)
🔖Foundation: RCC footing designed to safely transfer loads to the ground.
🖇Safety Features: Vent pipe, access ladder, manhole, railing, and waterproof coating.
#CivilEngineering #WaterTank #ElevatedWaterTank #RCCStructure #ConstructionDetails #StructuralEngineering #Infrastructure #EngineeringDrawing #SiteEngineering #WaterSupply
@etconp
💫Construction Details & Dimensions
🚧Purpose: Stores water at a height and supplies it by gravity.
🏷Main Components: RCC foundation, columns, beams, tank wall, bottom slab, roof slab, inlet, outlet, overflow, and washout pipe.
🪧Typical Tank Shape: Circular or rectangular RCC tank.
📈Wall Thickness: 150–200 mm
📉Bottom Slab Thickness: 150–250 mm
📊Freeboard: 300 mm
🧷Staging Height: 6–20 m (depending on design requirements)
🔖Foundation: RCC footing designed to safely transfer loads to the ground.
🖇Safety Features: Vent pipe, access ladder, manhole, railing, and waterproof coating.
#CivilEngineering #WaterTank #ElevatedWaterTank #RCCStructure #ConstructionDetails #StructuralEngineering #Infrastructure #EngineeringDrawing #SiteEngineering #WaterSupply
@etconp
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