92-10: Reduction of Cooling Tower PM10 Emissions Due to Drift Eliminator Analysis Method

92-10: Reduction of Cooling Tower PM10 Emissions Due to Drift Eliminator Analysis MethodSeparate isokinetic EPA Method 13A and heated cascade impactor tests were performed on three cooling towers before and after drift eliminator modifications. The modifications consisted of installation of Munters D 15 eliminators over the existing eliminators. The reduction of drift and corresponding mineral mass emissions was about 80%.

October 2025

Parish lake made the construction of cooling towers essential with the last two generating units

aiming toward the best way to specify lumber treatment to give the best cooling tower value for that hard-earned dollar

Actual operating conditions can produce pressure and flow conditions that create significant dynamic piping loads

Water treatment programs that include a combination of oxidizing and non-oxidizing biocides provide a broad-based approach to microbial control to minimize the negative impact of biofouling

environmental impacts

and environmental impact will be explored

environmental requirements

The benefits of proper control are measurable and translate to improved system efficiency and reliability

Heat transfer coefficient measurements of this steady-state freezing process indicate improved performance over the traditional ice-on-coil process

The cleaning involved structural modifications of nine (9) of the eleven (11) cells and a diversion of 100

and lighting