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 Title Page    

 Approval Sheet

 Acknowledgment

 Table of Contents

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 Chapter I 

     Introduction

 Chapter II 

     Review of Related 

     Literature

 Chapter III 

     Theoretical Framework

 Chapter IV 

     Methodology

 Chapter V 

    Results and Discussions

 Chapter VI 

    Conclusions &  

    Recommendations

 Bibliography

 Appendices

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THESIS 

Prepared and Submitted 

by 

Emmanuel M. Galleros 

Medandro Singidas

PROF. KARL EMPESO, MSME

Adviser

6.1            Conclusions

From the findings of the study, the following conclusions are drawn:

1.  Adiabatic saturation process can achieve comfort cooling with the use of water as the cooling agent.

2. The falling of temperature in °C is not constant or the same.

3.  Adiabatic saturation cannot achieve 100% saturation because of by-pass factors. Hence dry bulb temperature is never with the same temperature to wet-bulb temperature.

4.  Ambient temperature may remain constant but falling of the wet and dry bulb temperature is continuous.

6.2            Recommendation s

Based on the findings and conclusions, the following recommendations were formulated by the researchers:

1.  Do experimental study on adiabatic saturation using adiabatic saturator on summer where temperature is high.

2.  The re-circulating spray of water may be improvised by providing a makeup water in order to perpetuate the process to compensate for the amount of water evaporated into the air.

3.   The use of cool water to re-circulate on the water spray.