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A PROJECT REPORT ON ESTIMATION OF DISSOLVE OXYGEN REDUCTION ON WATER CONTAMINATION SUBMITTED IN PARTIAL FULILLMENT OF THE REQUIREMENT FOR THE AWARD OF THE DEGREE OF BACHELOR OF TECHNOLOGY IN CIVIL ENGINEERING SUBMITTED BY Mr. UGRASEN KUMAR Ms. SONIA RANI Mr. HARSHIT CHAUBEY Mr. VAIBHAV SHUKLA Ms. AMRITA KUMARI UNDER THE ABLE GUIDANCE OF:

A Project Report2

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A PROJECT REPORT

ON

ESTIMATION OF DISSOLVE OXYGEN REDUCTION ON WATER CONTAMINATION

SUBMITTED IN PARTIAL FULILLMENT OF THE REQUIREMENT

FOR

THE AWARD OF THE DEGREE OF

BACHELOR OF TECHNOLOGY IN

CIVIL ENGINEERING

SUBMITTED BY

Mr. UGRASEN KUMAR Ms. SONIA RANI

Mr. HARSHIT CHAUBEY Mr. VAIBHAV SHUKLA

Ms. AMRITA KUMARI

UNDER THE ABLE GUIDANCE OF:

Er. IMRAN AHMAD

DEPARTMENT OF CIVIL ENGINEERING

DEPARTMENT OF CIVIL ENGINEERING

INTEGRAL UNIVERSITY ,

LUCKNOW (INDIA)

CERTIFICATE

TO WHOM IT MAY CONCERN

This is to certify that Ugrasen Kumar, Sonia Rani, Amrita Kumari, Harshit Chaubey, Vaibhav Shukla have completed his project entitled Designing of a highway between two cities under our supervision and guidance. This project is for the partial fulfillment for the award of the degree Bachelor of Technology in Civil Engineering.

We are hopeful that he will prove as a successful, competent and dynamic engineer in the field.

ER. IMRAN AHMAD ER. SABIH AHMAD

(Lecturer) (HOD & Professor)

DEPT. OF CIVIL ENGINEERING DEPT. OF CIVIL ENGINEERING

INTEGRAL UNIVERSITY INTEGRAL UNIVERSITY

LUCKNOW LUCKNOW

DEDICATED

TO

MY PARENTS

ACKNOWLEDGEMENT

It gives me extreme pleasure to place on record indebtedness and sincere gratitude to ER. IMRAN AHMAD (Lecturer), Department of Civil Engineering, Integral University, Lucknow whose excellence guidance, helpful comments, timely suggestions, constant encouragement, stimulating discussion and constructive criticism have enabled me to complete this project.

Words failed me, when I think of all, that my parents have done for me. Throughout my life they have always been a constant source of inspiration and whose constant admonitions help me in my academic pursuit. Their sacrifice, prayers and good wishes made me to reach this stage. I salute them.

I sincerely thank ER. SABIH AHMAD (Head & Professor) who has been continuous source of aspiration to me.

I am highly indebted to the teachers and lab staff of this Department for their support.

I wish to thank our entire project partner for their kind encouragement during our work.

UGRASEN KUMAR SONIA RANI

HARSHIT CHAUBEY VAIBHAV SHUKLA

AMRITA KUMARI

PREFACE

We feel great pleasure and gratitude in submitting the project. It requires modern and good knowledge of recent theory to help in making the project more economical. In this project we have explained the term dissolved oxygen, importance of dissolve oxygen for human being and aquatic life and also its significant role in environment. We have also explained phenomenon of DO mixing with water. This project also includes the different process of determination of DO in contaminated water sample and lab test. We had also performed an experiment by Winkler method to find DO of a sample in University. In this experiment had used a redox (reduction-oxidation) titration to determine the amount of dissolved oxygen in water samples. It is often done in conjunction with a precipitation titration to determine the amount of chloride. For both titrations, the reactions occurring with the dissolved oxygen and chloride will result in color changes, therefore providing a natural end point indicator and finally gives the DISSOLVED OXYGEN.

I am heartily thankful to my teachers especially all faculty member of civil engineering department for their cooperation. Without their guidance the completion of the project would have been impossible.

The experience we have gained by putting our hard work in an environment of almighty, cooperation will certainly serve as means of encouragement in future.

CONTENTS

Certificate

Acknowledgement

Preface

1. CHAPTER -1: General Introduction & Aim 1-4

2. CHAPTER-2: Environmental Significance 5-7

3. CHAPTER-3: Principles 8-12

4. CHAPTER-4: Materials Required 13-15

5. CHAPTER-5: Sample Handling and Preservation 16-17

6. CHAPTER-6:Precautions & Procedure 18-22

7. CHAPTER-7: Testing of Water Sample23-40

8. CHAPTER-8: Graphical Representation of Dissolved Oxygen41-44

9. CHAPTER-9: Observation Calculation & Result45-47

10. CHAPTER-9: Limitation & Precaution48-50

11. CHAPTER-10: Conclusion & References51-53