): Often calculated using the Hesketh Equation , which factors in throat velocity, gas density, and liquid-to-gas (
. Their design relies on high-velocity gas in a constricted throat to atomize scrubbing liquid into fine droplets that capture contaminants.
Designers must balance high collection efficiency against the energy costs associated with pressure drop. Throat Velocity (
): Often calculated using the Hesketh Equation , which factors in throat velocity, gas density, and liquid-to-gas (
. Their design relies on high-velocity gas in a constricted throat to atomize scrubbing liquid into fine droplets that capture contaminants.
Designers must balance high collection efficiency against the energy costs associated with pressure drop. Throat Velocity (
