PORTABLE AIR POLLUTION PARTICLES FILTERING DEVICE FINAL

Topics: Air pollution, Dust, Smog Pages: 31 (4234 words) Published: April 27, 2015
PORTABLE AIR POLLUTION PARTICLES FILTERING DEVICE
An Investigatory Project
Submitted to the
School-Based Science Fair
(Applied Science Category)

Researchers:
Angelica Divine B. Alan
Marika J. Trinidad
Jesa M. Unday
Winnie Rose C. Usaraga

Adviser:
Maria Loresa J. Tumanguil

Tuguegarao City Science High School
September 2014

Acknowledgement
The researchers would like to dedicate this research paper to the following personalities,whom without them, this project will not attain success: To the researchers’ advisers, Mrs. Ma. Loresa J. Tumanguil and Mrs. Rosechelle M. Cauilan in supporting and guiding them in doing the experimentations. To the principal, Mrs. Ernestina A. Carinugan, the faculty members and students of Tuguegarao City Science High School for the help and never ending support. To Mr. Winston Benjun Usaraga, who helped the researchers in constructing the device and buying the materials needed in the study.

To the researchers’ parents for the moral and financial support. And for all the challenges and the problems the researchers encountered, thanks to the Almighty GOD for bestowing them patience, endurance and optimism for this project to finish by time.

ii

ABSTRACT

The main causes of air pollution are the air pollution particles. Smoke from vehicles, dirt from the Earth, small dry particles commonly known as dust and soot from burnt materials are few of the known pollution particles. The researchers came up with an idea to make an air pollution particle-filtering device that is portable, cheap and effective. The researchers used a 0.012-kilowatt ionizer that can filter a 32-cubic meter room in approximately 46 minutes. With the aid of the 0.0612-kilowatt humidifier the device could now moisten the air in a 32-cubic meter room in approximately 13 minutes. The researchers compared the price of the Portable Air Pollution Particle Filtering Device with the commercially available air pollution particle filtering devices. It was proved that there is a significant difference between the prices of the Portable Air Pollution Particle Filtering Device with the commercially available air pollution particle filtering device. The researchers measured the energy consumed by the Portable Air Pollution Particle Filtering Device and later compared it with the commercially available air pollution particle filtering device. It was proved that there is a significant difference between the energy consumed by the Portable Air Pollution Particle Filtering Device and later compared it with the commercially available air pollution particle filtering device. The researchers recommend using a switch for the whole equipment. The researchers further recommend making a container for the whole equipment. In addition, the researchers also recommend making the device rechargeable so that it could be use even during brown outs.

iii

Table of Contents
TITLE PAGE

i

ACKNOWLEDGEMENT

ii

ABSTRACT

iii

TABLE OF CONTENTS

Iv

RESEARCH PLAN

v-viii

LIST OF FIGURES

ix

LIST OF TABLES

x-xii

CHAPTER
1. INTRODUCTION
Background of the Study

1

Statement of the Problem

1-2

Significance of the Study

2

Scope and Limitations

3

Review of Related Literature

3-4

2. RESEARCH METHODOLOGY

5-6

3. RESULTS AND DISCUSSION

7-12

4. CONCLUSION

13

5. RECOMMENDATIONS

14

BIBLIOGRAPHY

15

APPENDIX A

xiii-xv

APPENDIX B

xvi

iv

RESEARCH PLAN
A. Statement of the Problem
Air Pollution Particles are one of the main reasons why human beings are prone to respiratory diseases. In order to solve this problem, the researchers aim to construct a Portable Air Pollution Particle Filtering Device. Specifically, it seeks to answer the following questions: 1. Is the Portable Air Pollution Particle Filtering Device capable of filtering Pollution Particles in the air?

2. Is there a difference between the Portable Air Pollution Particle Filtering...

Bibliography: 2009 [DVD]. Redmond, WA: Microsoft Corporation, 2008.
Hart, John. "Air Pollution." Microsoft® Encarta® 2009 [DVD]. Redmond, WA: Microsoft
Corporation, 2008.
"Filtration." Microsoft® Encarta® 2009 [DVD]. Redmond, WA: Microsoft Corporation, 2008.
Seaborg, Glenn T. "Ionization." Microsoft® Encarta® 2009 [DVD]. Redmond, WA: Microsoft
Corporation, 2008.
made on June 23, 2014 at Tarlac, Philippines. The device is designed to filter the air pollution
particles in the air at anytime you want, just by plugging it with a 220V input with an output of
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