What is the maximum allowable conductivity of shore steam?

What is the maximum allowable conductivity of shore steam?

• A. 100 microhms per centimeter (umhos/cm)
• B. 250 microhms per centimeter (umhos/cm)
• C. 500 microhms per centimeter (umhos/cm)
• D. 1000 microhms per centimeter (umhos/cm)

Answer: (C)

The maximum allowable conductivity of shore steam is set at 500 microhms per centimeter (umhos/cm) because this level of conductivity is considered safe for the operation of steam systems. Conductivity in water affects the potential for corrosion in the piping and equipment. Higher conductivity indicates a greater presence of ions in the water, which can lead to increased corrosion rates and negatively impact the longevity and reliability of the steam systems. Maintaining conductivity at or below this threshold helps ensure that the water being used is within safe operating parameters, minimizing corrosion risks and promoting the efficient heat transfer needed for steam generation. Thus, 500 umhos/cm is established as a guideline to support operational safety and equipment integrity in marine environments.

The maximum allowable conductivity of shore steam is set at 500 microhms per centimeter (umhos/cm) because this level of conductivity is considered safe for the operation of steam systems. Conductivity in water affects the potential for corrosion in the piping and equipment. Higher conductivity indicates a greater presence of ions in the water, which can lead to increased corrosion rates and negatively impact the longevity and reliability of the steam systems.

Maintaining conductivity at or below this threshold helps ensure that the water being used is within safe operating parameters, minimizing corrosion risks and promoting the efficient heat transfer needed for steam generation. Thus, 500 umhos/cm is established as a guideline to support operational safety and equipment integrity in marine environments.