Centralized Ventilation System / Marvin V. Alastoy, Marc Lemuel D. Langit, and Dhingcen L. Tolentino.
Material type:
TextPublisher: Rosario, Cavite : Cavite State University-CCAT Campus, 2018Description: xii, 50 leaves : illustrations ; 28 cmSubject(s): Ventilation system | Electric motor | Water pump | Water tank | Impeller | Prototype, Engineering | Cost analysisLOC classification: UM TJ960 | A43 2018Summary: ABSTRACT
MARVIN V. ALASTOY, MARC LEMUEL D. LANGIT AND DHINGCEN I. TOLENTINO. Development of Centralized Ventilation System, Design Project Thesis. Bachelor of Science in Industrial Technology major in Stationary Marine Technology. Cavite State University, Rosario Cavite May 2018. Adviser: Mr. Josefino E.Ambayec. Technical critic: Mr. Danilo G. Santiago.
The study was conducted from March 2016 to July 2018 at Cavite State University CCAT Campus in Stationary Marine Technology Building to develop and evaluate centralized air ventilation system. Specifically, the study aimed tol.) design the centralized air ventilation system 2.) construct the centralized air ventilation system 3.) evaluate the performance of the prototype in terms of decreasing the heat temperature inside the classroom; and 4.) conduct a cost analysis for the of centralized air ventilation system
The prototype was conducted with four (4) major parts namely electric motor, water pump,water tank and impeller. Electric motor is use to start the impeller to take the air coming from outside of the surrounding and blown out into inside of the classroom. Water pump is use to start the water tank also to circulate the water. Water tank is use to be the storage of the water. Impeller it is used to create flow within a fluid,typically a gas such as air. The fan consists of a rotating arrangement of vanes or blades which act on the fluid. Based on the result of the evaluation of the researchers in day 1 they only take the ambient temperature from 8am to 9am and 2pm to 3pm. In day 2 they take the temperature with electric fan from 8am to 9am and 2pm to 3pm. In day 3 they take the temperature with blower only also in the same time. In the last day of the evaluation the researcher take the temperature with electric fan and blower. The result is every time the researchers take a new evaluation they less 1 to 3°C.
| Item type | Current location | Collection | Shelving location | Call number | Copy number | Status | Date due | Barcode |
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Cavite State University - CCAT Campus | Thesis/Manuscript/Dissertation | TH | UM TJ960 A43 2018 (Browse shelf) | 1 copy | Available | T0005138 |
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Design Project (BSIT) Major in Stationary MArine Technology--Cavite State University-CCAT Campus, 2018.
Includes bibliographical references and appendices.
ABSTRACT
MARVIN V. ALASTOY, MARC LEMUEL D. LANGIT AND DHINGCEN I. TOLENTINO. Development of Centralized Ventilation System, Design Project Thesis. Bachelor of Science in Industrial Technology major in Stationary Marine Technology. Cavite State University, Rosario Cavite May 2018. Adviser: Mr. Josefino E.Ambayec. Technical critic: Mr. Danilo G. Santiago.
The study was conducted from March 2016 to July 2018 at Cavite State University CCAT Campus in Stationary Marine Technology Building to develop and evaluate centralized air ventilation system. Specifically, the study aimed tol.) design the centralized air ventilation system 2.) construct the centralized air ventilation system 3.) evaluate the performance of the prototype in terms of decreasing the heat temperature inside the classroom; and 4.) conduct a cost analysis for the of centralized air ventilation system
The prototype was conducted with four (4) major parts namely electric motor, water pump,water tank and impeller. Electric motor is use to start the impeller to take the air coming from outside of the surrounding and blown out into inside of the classroom. Water pump is use to start the water tank also to circulate the water. Water tank is use to be the storage of the water. Impeller it is used to create flow within a fluid,typically a gas such as air. The fan consists of a rotating arrangement of vanes or blades which act on the fluid. Based on the result of the evaluation of the researchers in day 1 they only take the ambient temperature from 8am to 9am and 2pm to 3pm. In day 2 they take the temperature with electric fan from 8am to 9am and 2pm to 3pm. In day 3 they take the temperature with blower only also in the same time. In the last day of the evaluation the researcher take the temperature with electric fan and blower. The result is every time the researchers take a new evaluation they less 1 to 3°C.
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