What control measure is frequently utilized with vapors to mitigate their effects?

The control measure frequently utilized with vapors to mitigate their effects is dispersion. This method involves spreading out vapors in such a way that their concentration is reduced in the air, which can help minimize the potential for exposure and the associated hazards. By dispersing vapors, the chance of inhalation or ignition can be lowered, thus enhancing safety in environments where hazardous vapors are present.

This approach is particularly advantageous in situations involving airborne chemical releases where dilution can significantly lower the risk to individuals and the environment. It is often employed in emergency response scenarios and during routine operations in various industries.

Other measures like evaporation, neutralization, and absorption serve different purposes and may not effectively address the challenges posed by airborne vapors. For instance, while absorption might work to capture vapors through a physical or chemical process, it is not as directly applicable to reducing the airborne concentration of vapors over a broad area.