Influence of a Nozzle Type on the Thermal Performance of the Fill

@inproceedings{Vitkovi2017InfluenceOA,
  title={Influence of a Nozzle Type on the Thermal Performance of the Fill},
  author={Pavol Vitkovi{\vc}},
  year={2017},
  url={https://api.semanticscholar.org/CorpusID:136083958}
}
The article shows the experimental investigation of a heat performance of the film fill. During the experiment was used two different spray nozzles with same water flow rate. Each spray nozzle created very different water distribution pattern. And this difference was investigating. The Merkel numbers are calculated for all measurement points. The Merkel number Me is a dimensionless number. This experimental study shows that the water distribution above the cooling fill could change the thermal… 
View via Publisher
doi.org
1 Citation
Background Citations
1

Figures and Tables from this paper

One Citation

Experimental study effect of diameter and number of spray nozzle holes on counterflow cooling tower to improve cooling effectiveness

The cooling system is an essential part of the production process within the plant. In the cooling system using cooling tower, efficiency can be improved by increasing the effectiveness of cooling…

3 References

Counter-Flow Cooling Tower Test Cell

The article contains a design of a functional experimental model of a cross-flow mechanical draft cooling tower and the results and outcomes of measurements for measuring performance characteristics of cooling fills, and computational scripts were created in the MATLAB numerical computing environment.

Water distribution characteristics of spray nozzles in a cooling tower

Water distribution characteristics of spray nozzles with spray plates used to distribute cooling water to the cooling fills in a cooling tower is one of the important parameters for the selection of…

Air-cooled heat exchangers and cooling towers

The heat released in the condenser must be rejected to the environment. In regions lacking large bodies of water this rejection must be to the atmosphere. The requirement for a small temperature…