On existing cooling towers can replace existing filling.
Replacing “grid” or other splash filling is possible to increase capacity and maintain design performances over time than others.
The replacement of film fills is also possible without changing the internal structure of the tower.​

From the chart it can be noted that, at origin clean fill, the TURBOSplash has the same performance of the film 19, with the onset of fouling the TURBOSplash performance remain constant while those of the film decay significantly.​

Mechanical assembling without use of glue or chemicals.
One standard panel makes all of the different fill module configurations.
Panel size is ideal for building fill modules which will retrofit existing towers.
Panels not yet assembled in fill modules nest tightly for shipping and storage requiring less space in the warehouse and less volume during the transport.

Panel modules are assembled with a snap-together system and are made with a sturdy, temperature resistant polypropylene plastic.
Therefore fill modules can be cleaned with high pressure water or steam jets, and/or the panels can be easily disassembled, mechanically or chemically cleaned, and reassembled to re-use in the tower.
Less resistance to the movement of air (wider passages) absorbs less fan energy to obtain the same L/G ratio and thus saves considerable electrical energy.
Less resistance creates less noise and lowers the cost of sound-proofing With superior air/water mixing the pack yields cooling capacity similar to tighter traditional fill packs.

Wider air passages remain open even under worst case encrustation conditions, which for traditional packs close off the air flow and radically alter the liquid to gas ratio.
The cooling capacity of a tower with the panels isn’t reduced below original design parameters Less resistance to the movement of air (wider passages) absorbs less fan energy to obtain the same L/G ratio and thus saves considerable electrical energy.
Less resistance creates less noise and lowers the cost of sound-proofing With superior air/water mixing the pack yields cooling capacity similar to tighter traditional fill packs.

Wider air passages remain open even under worst case encrustation conditions, which for traditional packs close off the air flow and radically alter the liquid to gas ratio.
The cooling capacity of a tower with the panels isn’t reduced below original design parameters.​