Water Tower Capacity Equation:
| From: | To: |
Water tower capacity calculation determines the required storage volume for a water tower based on population served and per capita water demand. This ensures adequate water supply during peak demand periods and emergency situations.
The calculator uses the water tower capacity equation:
Where:
Explanation: The equation calculates the total water storage capacity needed to serve a specific population based on their water consumption patterns.
Details: Proper water tower sizing is essential for municipal water supply systems to maintain consistent water pressure, handle peak demand periods, and provide emergency storage for firefighting and system outages.
Tips: Enter population count and per capita water demand in liters per person. Both values must be positive numbers for accurate calculation.
Q1: What factors affect per capita water demand?
A: Climate, household appliances, industrial usage, conservation practices, and time of year all influence water consumption patterns.
Q2: How is emergency storage accounted for?
A: Most municipal codes require additional capacity beyond daily demand for fire protection and emergency situations.
Q3: What is a typical per capita water demand?
A: Residential water use typically ranges from 150-300 L/person/day, but varies significantly by region and community characteristics.
Q4: Should peak demand factors be considered?
A: Yes, water towers are typically sized to handle peak demand periods, which can be 2-3 times average daily consumption.
Q5: How often should water tower capacity be reevaluated?
A: Capacity should be reassessed whenever population changes significantly or when water consumption patterns shift due to new development or conservation programs.