Static Water Level Management in Wells

Joe Kirchner from American Water College explains how to determine the static water level in a well using a five-step approach. The video covers the concept of static water level, the necessary information needed for calculations, and provides a detailed example problem. The static water level is calculated by subtracting the water column length from the total length of the air line. The video concludes with information on exam preparation resources.

What is the primary focus of Joe Kirchner's tutorial?

• Solving static water level problems in wells

• Understanding water chemistry

• Calculating the speed of water flow

• Designing water pumps

What information is essential to determine the static water level in a well?

• The diameter of the well

• The type of soil around the well

• The length of the air line and pressure readings

• The temperature of the water

How is the pressure reading converted to feet of water column?

• By multiplying by 2.31

• By subtracting 2.31

• By adding 2.31

• By dividing by 2.31

What is the conversion factor used to convert psi to feet of water column?

• 1.31 feet per psi

• 2.31 feet per psi

• 4.31 feet per psi

• 3.31 feet per psi

In the example problem, what is the length of the air line used?

• 250 feet

• 300 feet

• 350 feet

• 400 feet

What is the static pressure reading when the pump is not running in the example?

• 85 psi

• 75 psi

• 95 psi

• 110 psi

What is the calculated static water level in the example problem?

• 200 feet

• 150 feet

• 254 feet

• 96 feet

What is the purpose of subtracting the water column length from the air line length?

• To measure the air pressure

• To calculate the water pressure

• To determine the static water level

• To find the depth of the well

What additional resources are offered at the end of the tutorial?

• Soil analysis guides

• Pump design workshops

• State-licensed exam prep courses

• Water chemistry courses

What is the significance of the static water level in well management?

• It helps in determining the water quality

• It indicates the depth of the water table

• It measures the temperature of the water

• It shows the flow rate of the water