work areas app ii

Appendix-III

Appendix-III-1

AZIZIA DESALINATION PLANT Al-Khobar, Eastern Province, Saudi Arabia

260 10’ 39.06’’ N 500 12’ 35.54’’ E

Thermal Desalination

MSF Desalination GENERAL PLANT VIEW

AZIZIA DESALINATION PLANT Al-Khobar Eastern Province, Saudi Arabia

Appendix-III-2

260 10’ 39.06’’ N 500 12’ 35.54’’ E

Reject Brine Discharges Reject Brine MSF Desalination Network


Appendix-III-3

260 10’ 39.06’’ N 500 12’ 35.54’’ E


SEAWATER INTAKE


Appendix-III-4

260 10’ 39.06’’ N 500 12’ 35.54’’ E


GENERAL PLANT VIEW MSF Desalination Net work Reject Brine Discharges

Appendix-IV

Appendix-IV-1

JUBAIL DESALINATION PLANT

Al-Jubail, Eastern Province, Saudi Arabia

MSF Desalination/Power Generation Co-Generation Plant

Phase-I Facility:

Fresh water production=910,000m3/day

Power Generation=360,000 kW =360 MW

260 53’ 46.56’’ N 490 46’ 40.98’’ E Reject Brine Channel

Appendix-IV-2

JUBAIL DESALINATION PLANT Al-Jubail, Eastern Province, Saudi A rabia

MSF Desalination/Power Generation

Co-Generation Plant

Reject Brine Sea Outfall 260 53’ 46.56’’ N 490 46’ 40.98’’ E Seawater Intake channel

Barrier wall

Phase-I Facility:


Power Generation=360,000 kW =360 M

Appendix-IV-3

JUBAIL DESALINATION PLANT Al-Jubail, Eastern Province, Saudi Arabia


Co-Generation Plant

Reject Brine Channel

Appendix-IV-4



Largest Desalination Plant in the World

Brine Reject Stream Outlet to sea Wave Barrier MSF Desalination

Storage Tanks Product water Brine Reject Stream Power Generation Turbines/ Boilers

Intake Sea Water

1 1

3

4 4

3

6

1


Appendix-IV-5


Largest Desalination Plant in the world

Phase-I Facility:



Power Generation Turbines/Boilers

JUBAIL DESALINATION PLANT Al-Jubai, Eastern Province, Saudi Arabia

Appendix-IV-6



Phase-I Facility:



Seawater Intake Conveyer lines


Al-Jubail, Eastern Province, Saudi Arabia Appendix-IV-7


Co-Generation Plant

Largest Desalination Plant in the World 260 53’ 46.56’’ N 490 46’ 40.98’’ E Power Generation Turbine/Boilers Reject Brine Drain Channel


Appendix-IV-8


Co-Generation Plant

Largest Desalination Plant in the World 260 53’ 46.56’’ N 490 46’ 40.98’’ E

SEAWATER INTAKE Seawater Intake conveyer lines Phase-I Facility:




Al-Jubail Eastern Province, Saudi Arabia Appendix-IV-9



260 53’ 46.56’’ N 490 46’ 40.98’’ E

MSF DESALINATION NETWORK Phase-I Facility:




Appendix-IV-10



260 53’ 46.56’’ N 490 46’ 40.98’’ E

PROTECTING WALL BARRIER Seawater Intake Channel Phase-I Facility:




Al-Jubail, Eastern Province, Saudi Arabia Appendix-IV-11



260 53’ 46.56’’ N 490 46’ 40.98’’ E

Brine Reject Sea-Outfall MSF Reject drain

Phase-I Facility:



Appendix-V

Appendix-V-1 Combined Effluent Treatment Plant

Korangi Tanneries PTA Environment, KIA, Karachi

240 51’ 16.05’’ N 670 06

’ 55.35’’ E

Appendix-V-2

Combined Effluent Treatment Plant Korangi Tanneries

PTA Environment, KIA, Karachi

240 51’ 16.05’’ N 670 06

’ 55.35’’ E

BESIDE MOHAMMAD SHAFI TANNERIES KIA

DAMMAM SEWERAGE TREATMENT PLANT

Eastern Province, Saudi Arabia

260 10’ 39.06’’ N 500 12’ 35.54’’ E Inlet Structure =1 Aeration Tanks (Carousels) = 8 Clarifiers=8 Sludge Thichners =2 Screw Pump Stations = 4 Sea out-fall discharges = 250,000 m3/day Discharge BOD Loadings: 20-25mg/l

• Wastewater Treatment by Aeration Lagoons aborted since 1982-83 . The

plant was designed and constructed by Ballast BV of Netherlands.

• Advance Wastewater Treatment by Activated Sludge System was

commissioned in late 1982 which was designed and constructed by

Metcalf and Eddy Incorp, Waikfield, Mass, USA.


Al-Jubail, Eastern Province, Saudi Arabia



Phase-I Facility:



work areas app ii

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