I-water Slide Presentation Etp Group 49

7/29/2019 I-water Slide Presentation Etp Group 49

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I-WaTER

Integrated Wastewater Treatment

Enhanced Reactor

ENGINEERING TEAM PROJECT MAY 2012

GROUP 49


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MOHAMAD SHAMSURI BIN MAHUSSIN 13550

NURUL SYAZA BINTI MD ANUAR 13697

LIM CAMILLE 13931

MUHAMMAD YUSRI BIN GAZALI 13752

KANG CHUN HONG 13835

MUHAMMAD ZULFADHLI BIN RUSLAN 13755

SUPERVISOR: AP Dr. Shamsul Rahman B M Kutty

GROUP MEMBERS


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Introduction

Problem Statements

Objectives

Literature Review

Methodology Project Planning

Technical Review

Overall System & Components

Cost Analysis

Comparative Analysis

Market Potential

Recommendations

Conclusions

CONTENT PREVIEW


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Wastewater treatment

Implementation in household areas Integrates all different processes of water

treatment

Minimal space usage Affordable for household usage

Energy saver

INTRODUCTION


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Space consuming

Waste of energyFailure of Anoxic Tank

Financial cost

PROBLEM STATEMENT


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To prevent energy wasting

To reduce space usage To handle human waste efficiently

To bring positive impact to the

environment The product will require easy and low

maintenance

OBJECTIVES


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Processes in Treatment Plant

Primary Treatment

Secondary Treatment

Tertiary Treatment

LITERATURE REVIEW


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process for

treating sewage and industrialwastewaters

using air and a biological floc composed

of bacteria and protozoans use pump

Activated Sludge


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Anoxic Chamber

Aeration Tank

Anoxic Chambers


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DATA GATHERING


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79%

21%

Do you know what wastewater treatment is?

Yes

No

10%

90%

Do you know how does water treatment plant

works?

Yes

No


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88%

12%

Do you know the importance of

wastewater treatment?

Yes

No

70%

30%

Do you think I-WaTER

project is feasible?

Yes

No65%

35%

Are you interested to

use I-WaTER?

Yes

No


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METHODOLOGY


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Plan the design and the materials to be used

Conducting research regarding chemical processes used

Finalizing the design

Fabrication of tank in factory

Fabrication of baffle systems

Assembling the I-WaTER

Experimentation and improvement


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PROJECT PLANNING


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OVERALL SYSTEMS AND

COMPONENTS


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Proposed Design


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Design of Baffles System

20cm

FRONT VIEW

6 cm

TOP VIEW


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Design of Baffles System

MaterialAluminiumSheet

(Thickness:0.5mm)


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Fabrication Process


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Fabrication Process


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Assembled Tank


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Running Process


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Project in UTP Sewage Treatment

Plant


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CHEMICAL REACTION

Denitrification process

Nitrification process

Anoxic process

Aerobic process


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COST ANALYSIS

NUMBER ITEM AMOUNT PRICE(RM) PER UNIT TOTAL(RM)

1.

PVC pipe

(various length)

- - 50.00

2. Air Pump 1 15.00 15.00

3. Water Pump 1 23.00 23.00

4. Timer 1 13.00 13.00

5. Hardware - 42.00 42.00

6. Aluminum strip 1 roll 25.00 25.00

7. Aeration tank 1 (Taken from previous students) -

8. Anaerobic tank 1 (Taken from previous students) -

9. Clarifier 1 2980.00 2980.00

TOTAL 3148.00


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COMPARATIVE ANALYSIS


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Calculation of running cost of I-WaTER

RM 330.59 100%

95%

5%


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Rural/Sub-urban area

Household, villages, small residential areas

MARKET POTENTIAL


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Reduce tank size

Lower the flow rate

Proper manufacturing of thebaffle

FUTURE RECOMMENDATIONS


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CONCLUSION

High market

potential

Cheapercompared to

existing systemsSpace-saving

Energy-saving

Cost-saving


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Rural/Sub-urban area

Household, villages, small residential areas

MARKET POTENTIAL


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MARKET POTENTIAL

BCC Research: WWT Products Forecast in 2016 ($ Billions)


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MARKET POTENTIAL


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Reduce tank size

Lower the flow rate

Proper manufacturing of thebaffle

FUTURE RECOMMENDATIONS


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CONCLUSION

High market

potential

Space-saving Energy-savingCost-saving

I-water Slide Presentation Etp Group 49

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