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TP26-01 Redefining fan performance: Tandem Blade Technology in Industrial Cooling ApplicationsThis paper presents a field based evaluation of Tandem Blade technology applied to axial fans used in cooling towers and air cooled heat exchangers. Originally introduced in a 2014 CTI study as a new aerodynamic concept to reduce vortex formation and delay stall, the Tandem Blade has since evolved into a mature and widely adopted solution. The analysis focuses on how this aerodynamic design, intended to reduce turbulence generated by fan blades,

and compared the results with a variety of inorganic disinfectants

LA has historically used chlorine as the biocide together with industry accepted phosphorus-based corrosion/scale inhibitors

900 rpm (15

The work involved replacing the badly blocked asbestos cement film pack with a high performance stainless steel splash/trickle pack while maintaining both towers in operation

the model of the counterflow cooling tower was based on the Merkelís theory with the Lewis number assumed to equal unity

and a glycol system with plate heat exchangers (2

This paper presents laboratory and field data that describes the very successful application of a new microbiocide for control and removal of persistent and heavy algal growths

In the summer of 2012

Recirculatory cooling systems using natural or mechanical draft towers

the purpose of the tower- to remove heat from cooling water - is undisputed

As an alternative to pure commercial CO2

improved operational efficiency

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