© 2020. powdered by TSI
BENEFITS OF USING IT
Working like turbolator, get high efficiency, combining the non-dirty features of splash fills, with the typical efficiency of film filling
Insensitive to fouling. Not influenced by both environment ( sand storm ) and dirty water ( bacteria grove & presence of oil coming from user). May guaranty very long service life even in dirty environment despite the film fill that get easily very dirty and often needs to be replaced each 3/5 year because efficiency continues to decrease, until it becomes unacceptable. Not all plant have same story, but we have no notice of TURBOsplashPAC substitution before 10 year and we know plant that still operate with same efficiency after 20 year
longer life both for maintaining its efficiency over time and for its sturdy structure and slower aging
extend the life of the filling more than 5 times (lower capital cost for less replacement) and keep the system efficiency longer (savings on operational costs)
replacement of existing film or trickle fills is possible without changing the internal structure of the tower
on towers equipped with "grid", bar or other splash fill, replacing existing fill, is possible to increase capacity and maintain design performances over time
suitable for cross&counter flow process
very sturdy structure. PVC coils used for film have a 300 microns thickness ( 200 after forming ) TSP is much more massive having the following thicknesses: frame U profile thickness 2.4 mm, blade thickness from 3.3 at the axis to 1.5 mm at the extreme.
Made with PP instead of PVC which has a rapid aging
Less or no replacement
Power input saving, thanks low pressure drop
Water make-up reduction 35/50 %
Use of poor quality water make-up such as: properly treated waste water from biological plant and sea/ brackish water
Thanks to the turbulence effect by blades , defects distribution may be corrects
Placed along the perimeter of the tower (anti-splash out arrangement) cut out the water bypass (flow of water sprayed on the wall )
increasing efficiency panel designed to be assembled in 6 different configurations, stackable in a tower on various layers with different configuration thus making possible a high number of bed configurations to match all cooling needs
Simple to assemble without use of tools and glue
Possibility of disassembly and washing with pressurized water and subsequent reuse