84-13: Recirculation and Interference Characteristics of Circular MechanicalThe entrainment of hot moist air from a cooling tower into the tower inlet air decreases both overall tower and plant performance. This study characterizes recirculation on a circular mechanical draft cooling tower. Data taken on this tower are compared to data from similar tests on rectangular mechanical draft cooling towers in this paper.

sacrificial corrosion methods

Specific examples are given based on multiple hours of test data acquired on both natural draft (crossflow and counterflow) and mechanical draft (rectangular and circular) cooling towers

The efficacy of each biocide was compared in the presence and absence of the contaminants

During this cycle

or heat exchanger to a cooling tower

This paper will discuss the corrosion protection methodology for concrete as it relates to cooling tower structures

This paper will present both field and laboratory test data independently obtained from operating cooling tower water systems that rely solely on PEFDs for microbiological control

the so-called Maisotsenko-Cycle (“M-Cycle”)

NWD can be used as all wet cooling tower by using wet/dry lanes as wet sections

over the number and location of wet-bulb sensors to used in performance and acceptance testing of cooling towers

annual hourly distribution of wet bulb temperatures

and/or organic contamination could foul electrode surfaces