Discharge of Collector Drain: Calculating Efficiency and Irrigation Requirements

How can we calculate the discharge of the collector drain serving water course unit?

What factors do we need to consider in determining the efficiency and irrigation requirements for the collector drain?

Calculating the Discharge of the Collector Drain

To calculate the discharge of the collector drain serving water course unit, we need to consider various factors such as irrigation requirement, efficiency, and canal discharge.

When determining the discharge of the collector drain serving water course unit, it is essential to take into account the cross irrigation requirement of the farm, which is equal to 2.5 l/s/hec. This requirement is crucial in ensuring that the water distribution meets the needs of the agricultural land.

Additionally, the efficiency of the water course unit plays a significant role in calculating the discharge. With an efficiency of 90%, the water course unit can effectively distribute water to the designated areas of the farm. Moreover, the fixed application efficiency of 70% ensures that the water is utilized efficiently without wastage.

Considering the discharge values for the distribution canal and branch canal, along with their respective efficiency, further aids in determining the overall efficiency of the water distribution system. By incorporating these values into the calculation, we can accurately assess the discharge of the collector drain serving the water course unit.

Through a comprehensive analysis of these factors, we can optimize the efficiency of the water distribution system and ensure that the agricultural land receives adequate water supply for irrigation. By understanding the calculation process, we can make informed decisions to enhance water management practices on the farm.