FLUDIZED BED BIO FILM REACTOR

JSPM’s Imperial College Of Engineering and Research,

Wagholi, Pune

Department of Civil Engineering

Saturday, January 13, 2018

Project Presentation on

Study of Fludized Bed Biofilm Reactor

Presenting by

SATYAM SOPORI

Guided By: Prof. N.S Baghele

• Introduction

• Problem Statement

• Aim and Objectives

• Scope of Project

• Literature Review

• Methodology

• References


CONTENTS


• The waste generally generated from day today life is organic which is mostly in liquidform.

• Now here the problem comes to treat thisliquid waste in economical and efficient way.

• Convenctional methods used to treat thiswaste water were not providing economy andefficiency at the same time.

• To overcome this problem fluidized bedreactor is used which not only treats the wastewater but also generates usable bio products.

Many municipal and industrial wastewater treatment facilities

are facing many difficulties during the treatment process.

Waste water contains high BOD value and low DO value which can't be treated efficiently with standard treatment methods.


Problem Statement


To generate bio gas and treat waste water by using Fluidized Bed Biofilm Reactor

To reduce BOD and COD of domestic waste water .

To develop an efficient treatment method which willrun at low operational cost .

Finding optimum parameters of bioreactor operationfor maximum BOD removal.

To compare the results of FBBR and other treatment methods .


Objectives


Schematic Diagram Of Anaerobic Fludized Bed Biofilm Reactor

Applicable to domestic waste water along with

Industrial Waste Water Treatment Process.

It can be used for large cities waste watermanagment and also for small townships .

It can be used for generation of Combustible gas fordomestic use .


Scope Of Project


Literature review


Year of

Publication

Name of Author Title of Research Paper Remark/Findings

2014

Abhishek Sao

Omprakash Sahu

Comparative Study of Fluidized Bed

Reactor

This study demonstrated that packed

bed reactor is less suitable as compared

to fluidized bed reactor.

2013 S. P. Burghate

Dr. N. W. Ingole

Fluidized Bed Biofilm Reactor – A

Novel Wastewater Treatment Reactor

By considering the advantages ofFBBR, it suits in the modernmethods of wastewater treatment.FBBRs can maintain a high effectiveconcentration of microorganismsand provides stability against shockand toxic load. Today, the load ofpollutants in natural water bodieshas increased manifold. There aretwo possible solutions to theproblem.


Year of

Publication

Name of Author Title of Research Paper Remark/Findings

2014

Farhana Tisa, Abdul Aziz

Abdul Raman

Basic Design of a Fluidized Bed

Reactor for Wastewater Treatmen

This research contains

descriptive steps and

calculation for designing

this particular FBR which

is a potential contribution

to water treatment

technologies. Literature has

been summarized in this

paper for clear

understanding. Calculations

are self explaining and can

be followed for other

specific FBR design

purpose.

2013 Abbas H. Sulaymon

Ahmed A. Mohammed

Predicting the Minimum Fluidization

Velocity of Algal Biomass Bed

In this study, the minimum fluidization velocity of algal biomass beds was found experimentally and then compared with the calculated value that obtained using Ergun equation. The experimental minimum fluidization velocities were found to be 2.27 and 3.64 mm/s for mesh sizes of 0.4-0.6 and 0.6-1 mm particles diameters, respectively


Year of

Publication

Name of

Author

Title of Research

Paper

Remark/Findings

2012

S. Choudhury

A. Sahoo

WASTE WATER

TREATMENT BY

INVERSE

FLUIDIZATION

PROCESS: AN

OVERVIEW S

It was observed that the different

system parameters affect the

hydrodynamic behavior of the bed

thereby affecting the IFB process. The

main objective of this study is to

concern the biomass growth onto the

solid carrier which will be useful for

treatment of the industrial effluents


METHODOLOGYSTUDY OF DIFFERENT WASTE WATER TREATMENT

PROCESSES

STUDY OF PROPERTIES OF FILTER MATERIAL

EXPERIMENTAL PROCEDURE

DESIGN OF FLUDIZED BED BIOFILM REACTOR

SELECTION OF MATERIAL

TESTS ON WASTE WATER

ANALYSIS OF RESULT

COMAPARISON OF RESULT

CONCLUSION

: International Journal of Innovation, Management and Technology,

Vol. 5, No. 2, April 2014 , Basic Design of a Fluidized Bed Reactor forWastewater Treatment Using Fenton Oxidation.

Farhana Tisa, Abdul Aziz Abdul Raman, and Wan Mohd Ashri WanDaud

International Journal of Advanced Engineering Technology , WasteWater treatment by inverse Fluidization Process: an overview

S. Choudhury and A. Sahoo

International Journal of Engineering Research (IJER) e-ISSN : 2320-0847 p-ISSN : 2320-0936 Volume-02, Issue-12, pp-39-45.

"Predicting the Minimum Fluidization Velocity of Algal Biomass Bed"

Abbas H. Sulayman, Ahmed A. Mohammed, Tariq J. Al-Musawi


References

International Journal of Research in Environmental Science and

Technology ISSN 2249–9695 Original Article Fluidized Bed BiofilmReactor

S. P. Burghate , Dr. N. W. Ingole .

International Journal of Scientific Research in Chemical Engineering,1(1), pp. 1-8, 2014 Comparative Study of Packed Bed Reactor andFluidized Bed Reactor for the Production of Propylene Oxide

Abhishek Sao, Omprakash Sahu

International Journal of Sanitary Engineering "Anaerobic up flowfluidized bed reactor performance as a primary treatment unit indomestic wastewater treatment "

M.A. Moharram *, H.S. Abdelhalim, E.H. Rozaik


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THANK YOU