Archives

Suez Power Plant 650 MW

Plant Description

Suez power projects is designed to include a 1 x 650 MW steam thermal power plant to interconnect with the National Unified Power System (NUPS) through a 220 KV GIS switchyard. The power block is comprised of one Rankine cycle turbine generator unit with a nominal rated capacity of 650 MW. The unit is capable of generating rated capacity using natural gas, residual (mazout) oil, or a combination of both. The unit station arrangement includes an enclosed turbine building, an open boiler building, a control room, and all associated structures and facilities.

The project contracting plan utilized a multi-package system. Nineteen (19) contracting packages and purchase orders procured the equipment and services.

Abu Qir Power Plant 2X650 MW

Plant Description

Abu Qir power project is designed to include a 2×650 MW steam thermal power plant to interconnect with the National Unified Power System (NUPS) through a 500 KV GIS switchyard.

The power block is comprised of two identical Rankine cycle turbine generator units, each with a nominal rated capacity of 650 MW. The units are capable of generating rated capacity using natural gas, residual (mazout) oil, or a combination of both. The two-unit station arrangement includes an enclosed turbine building, an open boiler building, a common control room, and all associated structures and facilities.

The project contracting plan utilized a multi-package system. Nineteen (19) contracting packages and purchase orders procured the equipment and services.

Cairo West Power Plant 2X350 MW

Plant Description

Cairo West power project is designed to include a 2×350 MW thermal power plant to interconnect with the National Unified Power System (NUPS) through a GIS 500 KV switchyard.

The power block is comprised of two identical Rankine cycle turbine generator units, each with a nominal rated capacity of 350 MW. The units are capable of generating rated capacity using natural gas, residual (mazout) oil, or a combination of both. The two-unit station arrangement includes an enclosed turbine building, an open boiler building, a common control room, and all associated structures and facilities.

The project contracting plan utilized a multi-package system. Sixteen (16) contracting packages and purchase orders procured the equipment and services

El Tebbin Power Plant 2X350 MW

Plant Description

El Tebbin power project is designed to include a 2×350 MW thermal power plant to interconnect with the National Unified Power System (NUPS) through a GIS 220 KV switchyard. The power block is comprised of two identical Rankine cycle turbine generator units, each with a nominal rated capacity of 350 MW. The units are capable of generating rated capacity using natural gas, residual (mazout) oil, or a combination of both. The two-unit station arrangement includes an enclosed turbine building, an open boiler building, a common control room and all associated structures and facilities. The facility includes a water treatment plant that provides make-up water to the cycle. A 220 KV GIS switchyard evacuates the generated power to the national grid.

The project contracting plan utilized a multi-package system. Eighteen (18) contracting packages and purchase orders procured the equipment and services.

Ayoun Moussa Power Plant 1&2 – 2X325 MW

Plant Description

Ayoun Moussa 1&2 station consists of:

  • Two indoor condensing steam turbine generator (STG) units, each capable of delivering 320 MW net power at the generator terminals.
  • Two outdoor, dual firing, pressurized furnace steam generators.
  • Auxiliary equipment including onsite oil storage, a natural gas pressure reducing and handling facility, a desalination plant for plant make-up water, an off-shore cooling water intake structure, a water and waste water treatment facility, a GIS 220 kV indoor switchyard, 220 kV transmission lines, and a housing colony.

Procurement activities for the project included the full scope of contract/purchase order formation and administration activities covering per-qualification and evaluation of bidders, issuance of bid documents, bid evaluation, contract negotiations, contracts awarding and expedition.

The project contracting plan used a multi-package system. Twelve (12) contracting packages and seven (7) purchase orders were awarded to different contractors and suppliers to provide the station goods and services. The plant Owner awarded the different packages while PGESCo acted as the Owner authorized representative. The plant was turned over to the Owner and is in stable commercial operation since 2001.

Sidi Krir 3&4 Power Plant 2×340 MW – Boot Project

Plant Description

Sidi Krir 3&4 power project consists of two 340 MW steam turbine generator units and two outdoor dual fired, pressurized furnace steam generators with all associated balance of plant equipment. Procurement activities were done directly by Bechtel/PGESCo through numerous material requisitions and purchase orders. The project procurement scope expanded to include traffic and logistics, marine cargo insurance, custom clearances, and in country freight. The project Owner was InterGen from the USA. The current Owner is PowerTech.

Sidi Krir 1&2 Power Plant 2 X 325 MW

Plant Description

Sidi Krir 1&2 station consists of:

  • Two indoor condensing steam turbine generator (STG) units, each capable of delivering 320 MW net power at the generator terminals.
  • Two outdoor, dual firing, pressurized furnace steam generators.
  • Auxiliary equipment including onsite oil storage, a natural gas pressure reducing and handling facility, a desalination plant for plant make-up water, an off-shore cooling water intake structure, a water and waste water treatment facility, a GIS 220 kV indoor switchyard, 220 kV transmission lines, and a housing colony.

Procurement activities for the project included the full scope of contract/purchase order formation and administration activities covering pre-qualification and evaluation of bidders, issuance of bid documents, bid evaluation, contract negotiations, contract award and expedition.

The project contracting plan used a multi-package system. Thirteen (13) contracting packages and seven (7) purchase orders were awarded to different contractors and suppliers to provide the station goods and services. The plant Owner awarded the different packages while PGESCo acted as the Owner authorized representative. The plant was turned over to the Owner and is in stable commercial operation since 2000.

Ghazlan Power Plant

In 1998, PGESCo provided services to Bechtel in the detailed engineering scope of Ghazlan power plant project in Saudi Arabia. Ghazlan is a four-unit steam power plant with unit size of 600 MW. The plant is located on the Arabian Gulf coast 20 km northwest of Ras Tanura. Bechtel was responsible for engineering, procurement, project management, and construction management services.

Aleppo Power Plant 200 MW

In1996, PGESCo provided services to Bechtel in the detailed engineering scope of Aleppo power plant project in Syria. PGESCo engineering personnel were seconded to Bechtel at the project site and Bechtel power headquarters. Aleppo is a five-unit steam power plant with a unit size of 200 MW. The plant is located 8 km east of Aleppo. Bechtel provided engineering and procurement services for the Project Balance of Plant (BOP).

Wassit Phase II Power Plant 2×630 MW

Wassit Steam Power Plant project is a two phase project located in Zobidia, Wassit Governorate, Iraq; 137 Km East south of Baghdad. Phase II consists of 2 x 630 MW units. The contractor scope of work includes the design, equipment and material procurement, factory fabrication, transport and delivery to site, erection, testing and commissioning. Furthermore it is the responsibility of the contractor to perform plant startup including getting all plant sections into operation. Additionally, the contractor is responsible for performance and reliability testing of the plant upon completion followed by a warranty period after the issuance of Provisional Acceptance Certificate “PAC”. The project is being executed on an EPC Contract “Turnkey” basis. The contracting plan for the project utilizes the EPC concept. PGESCo, the Owner Engineer, is responsible for providing engineering consultancy services.

El Ain El Sokhna Power Plant 2×650 MW

Plant Description

El Ain El Sokhna power project is designed to include a 2×650 MW steam thermal power plant to interconnect with the National Unified Power System (NUPS) through a new 500 KV GIS switchyard. The power block is comprised of two identical Rankine cycle turbine generator units, each with a nominal rated capacity of 650 MW. The units are capable of generating rated capacity using natural gas, residual (mazout) oil, or a combination of both. The two-unit station arrangement includes an enclosed turbine building, an open boiler building, a common control room, and all associated structures and facilities.
The project contracting plan utilized a multi-package system. Eighteen (18) contracting packages and purchase orders procured the equipment and services.

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Implemented Projects in Egypt & Iraq

Substations implemented by PGESCo

The following substations have been implemented under supervision of PGESCo. The scope encompasses technical specifications, tendering, evaluation of offers, material procurement from successful bidders, contractors’ technical submittals review and finally construction management.

All the listed substations are within Power Plants and included the systems listed below:

  •  Air Insulated/Gas Insulated Switchgears (AIS/GIS)
  •  AIS/GIS Conventional Control Panels
  •  Substation Automation System (SAS) in recent substations
  •  Substation Protective Relays
  •  Communication Systems:
    •  SDH Fiber Optic System
    •  Power Line Carrier System

Implemented Projects

Substation Sub-contractor Year Equipment Type/Rating Configuration
1 SIDI KRIR 220 kV Groupe Schneider 1995 220 kV GIS (Hexablock H9S), Busbar rating: 245 kV, 4000 A, 40 kA, 1sec, Breaker rating: 2500 A 5 Diameters, Breaker and a half
2 AYOUN MOUSA:
500 kV
220 kV		 Cogelex Alsthom

Cogelex Alsthom

 1996

1996

 500 kV GIS (Gec Alsthom Type T155), Busbar rating: 525 kV, 3000 A, 40 kA, 1sec, Breaker rating: 3000 A
1 x 500/220 kV Tie Transformer220 kV GIS (Gec Alsthom Type T105), Busbar rating: 245 kV, 3000 A, 40 kA, 1sec, Breaker rating: 3000 A		 5 Bays, Double Busbar-Double Breaker

6 Bays and one Bus-Tie, Double Busbar, Single Breaker
3 CAIRO NORTH
220 kV		 Siemens 2003 6 Diameters and two Bus-Ties, Breaker and a half
4 NUBARIA I&II :
Nubaria I&II
500 kV
Cairo
500 kV AIS exten-sion
Nubaria I&II
220 Kv		 Consortium: Japan AE, Sumitomo and Conisys
Consortium: Japan AE, Sumitomo and Conisys
Consortium: Japan AE, Sumitomo and ConisysABB		 2005
2005
20062003		 500 kV AIS (Hitachi Power Systems), Busbar rating: 500 kV, 3000 A, 40 kA, 1sec, Breaker rating: 2000 A
3 x 500/220 kV Tie Transformers (manufactured by ZTR)
500 kV AIS, Busbar rating: 500 kV, 3000 A, 40 kA, 1sec, Breaker rating: 2000 A220 kV AIS (ABB), Bus-bar rating: 245 kV, 3000 A, 40 kA, 1sec, Breaker rating: 1600 A		 11 Bays, Double Busbar-Double Breaker
Single Bay, Double Busbar, Double Breaker12 Bays Double Busbar-Single Breaker and one Bus-Tie
5   NUBARIA III 500 kV  

Areva T & D

  

2007

 500 kV AIS (Areva Type GL 317), Busbar rating: 500 kV, 3000 A, 40 kA, 1sec, Breaker rating: 2000 A 3 Bays, Double Busbar-Double Breaker
6 KUREIMAT 220 kV Siemens 2005 220 kV GIS (Siemens Type 8DN9), Busbar rating: 245 kV, 3150 A, 50 kA, 1sec, Breaker rating: 1600 A 8 Diameters, Breaker and a half
7 AL TEBBIN 220 kV Siemens 2007 220 kV GIS (Siemens Type 8DN9), Busbar rating: 245 kV, 3150 A, 50 kA, 1sec, Breaker rating: 1600 A 5 Diameters, Breaker and a half
8 AL ATF 220 kV Siemens 2007 220 kV GIS (Siemens Type 8DN9), Busbar rating: 245 kV, 2000 A, 50 kA, 1sec, Breaker rating: 2000 A 5 Diameters, Breaker and a half
9 SIDI KRIR 500 kV GIS Extension Siemens 2005
2006/2007		 500 kV GIS (Siemens Type 8DQ1), Busbar rating: 550 kV, 3150 A, 40 kA, 1sec, Breaker rating: 2000 A
1 x 500/220 kV Tie Transformer		 4 Bays, Double Busbar-Double Breaker
10 CAIRO WEST 500 kV Extension Areva T & D 2008 500 kV GIS Extension (Areva Type GL 317), Bus-bar rating: 500 kV, 2000 A, 40 kA, 1sec, Breaker rating: 2000 A Installing one breaker and a GIB in a single Diameter, Breaker and a half
11 ABU QIR 500 kV Siemens 2012 500 kV GIS (Siemens Type 8DQ1), Busbar rating: 550 kV, 3150 A, 40 kA, 1sec, Breaker rating: 2000 A
1 x 500/220 kV Tie Trans-former (Manufactured by Hyundai)		 6 Bays, Double Busbar-Double Breaker
12 DAMIETTA 220 kV Hyosung 2010 220 kV GIS (Siemens Type 8DN9), Busbar rating: 245 kV, 2000 A, 50 kA, 1sec, Breaker rating: 2000 A 4 Diameters, Breaker and a half
13 AL SHABAB 220 kV Siemens 2010 220 kV GIS (Siemens Type 8DN9), Busbar rating: 245 kV, 2000 A, 50 kA, 1sec, Breaker rating: 1600 A 8 Diameters and two Bus-Ties, Breaker and a half
14 WEST DAMIETTA Hyundai 2011 220 kV GIS (Hyundai Type 300 SR), Busbar rating: 245 kV, 2000 A, 50 kA, 1sec, Breaker rating: 2000 A 4 Diameters, Breaker and a half
15 AL AIN EL SOKH-NA 500 kV EGEMAC 2010 500 kV GIS (Xian Type ZF8A 550 GIS), Busbar rating: 550 kV, 3150 A, 40 kA, 1sec, Breaker rating: 2000 A 4 Bays Double Bus-bar-Double Breaker
16 BANHA 220 kV Hyundai 2011 220 kV GIS (Hyundai Type 300 SR), Busbar rating: 245 kV, 2000 A, 40 kA, 1sec, Breaker rating: 2000 A 4 Diameters, Breaker and a half
17 GIZA 500 kV
220 kV		 Hyundai
Hyundai		 2011
2011		 500 kV GIS (Hyundai Type 550 SR), Busbar rating: 550 kV, 3150 A, 40 kA, 1sec, Line Breaker rating: 2000 A
2 x 500/200 kV Tie Trans-former (Manufactured by Hyundai)
220 kV GIS (Hyundai Type 300 SR), Busbar rating: 245 kV, 2500 A, 50 kA, 1sec, Line Breaker rating: 1600 A, Transformer breaker rating 2500		 13 Bays, Double Bus-bar-Double Breaker
8 Bays and one Bus-Tie, Double Busbar, Single Breaker
18 6 OCTOBER 220 kV Phase (1) Ansaldo/ABB 2011 220 kV GIS (ABB Type ELK-14/300), Busbar rating: 245 kV, 2500 A, 50 kA, 1sec, Breaker rating: 2000 A 4 Diameters, Breaker and a half
19 6 OCTOBER 220 kV Phase (2)
Extension of Phase (1) GIS by one diameter		 Ansaldo/ABB 2013 220 kV GIS (ABB Type ELK-14/300), Busbar rating: 245 kV, 2500 A, 50 kA, 1sec, Breaker rating: 2000 A 4 Diameters, Breaker and a half
1 Diameter Breaker and a half extension to Phase (1) GIS
20 SUEZ 500 kV Siemens 2012 500 kV GIS (Siemens Type 8DQ1), Busbar rat-ing: 550 kV, 3150 A, 40 kA, 1sec, Breaker rating: 2000 A 3 Bays, Double Bus-bar-Double Breaker
21 BAIJI, IRAQ 400 kV Siemens 2014 400 kV GIS (Siemens Type 8DQ1), Busbar rat-ing: 420 kV, 4000 A, 50 kA, 1sec, Breaker rating: 2000 A, Bus-Tie rating: 4000 A 7 Diameters and two Bus-Ties, Breaker and a half
22 NEW ASSIUT 220 kV Siemens 2015 220 kV GIS (Siemens Type 8DN9), Busbar rat-ing: 245 kV, 2000 A, 50 kA, 1sec, Breaker rating: 1600 A 8 Diameters and two Bus-Ties, Breaker and a half
23 NEW WEST DAMI-ETTA 220 kV Alstom 2015 220 kV GIS (Alstom Type B105), Busbar rat-ing: 245 kV, 2000 A, 50 kA, 1sec, Breaker rating: 1600 A 4 Diameters, Breaker and a half

500 kV overhead Transmission Line – Project (Sidi Krir- Nubaria- Cairo)

The scope of work of the contract package of the 500kV single circuit for Cairo 500kV/Nubaria/Sidi Krir include Self supported lattice towers for single circuit in horizontal formation.  The line is divided into two parts as follows:

Cairo-Nubaria 500 KV OHTL

Approximately 100 km route length of a single-circuit, three-bundles conductor, overhead transmission line from Cairo 500 kV substation to Nubaria Power Station.

An insulation level of 40 mm/kV was applied for this part of the line.  490/65 ACSR conductors (bundle of three per phase) were used for this part of the line.  Galvanized steel shield wire of 108 mm2 cross sectional area was used as the first earth wire while OPGW are used as a second shield wire and communication  purposes.

Sidi Krir-Nubaria 500 kV OHTL

Approximately 130 km route length of a single-circuit, three-bundle conductor, overhead transmission line from Sidi Krir 500 kV substation to Nubaria Power Station.

An insulation level of 40 mm/kV was applied for this part of the line, except for the last 30 km of the line (Sidi Krir direction) where 45 mm/kV insulation  level was applied.  490/65 ACSR conductors (bundle of three per phase) was used for this part of the line, except for the last 30 km of the line (Sidi Krir direction), 506 mm2, AAAC (bundle of three per phase) was used. Galvanized steel shield wire of cross sectional area of 108 mm2   was used,  except for the last 30 km  of the line (Sidi Krir direction), 94.1 mm2 AACSR was used as the first  earth wire  while  OPGW  was  used  as  a  second  shield wire  and communication purposes for the whole line.

500 kV – Suez Canal Crossing Towers

Completed
Assist the Owner for specific activities such as;

  • Evaluation of piling foundation
  • Manage and schedule for the foundation and tower erection

OHTL Projects Libya

SABHA – GAMRA 400 KV OHTL

Completed 2014
PGESCo scope included design review, site supervision and project management of 400 kV overhead transmission line (260 km). The scope also included plant equipment material inspection and performance testing.

1000 KM 400 kV OHTL

Completed 2008
PGESCo scope included design review, site supervision and project management of the project. The scope also included plant equipment material inspection and performance testing as well as training and technology transfer to GPCOEWG (General People’s Committee of Electricity, Water and Gas). The project consists of two (2) 400 kV overhead transmission lines with total length of 1000 km. The first line is Zawia-Sidi Banour (500 km) and the second line is Sirt-Agdabia (500 km).

OHTL-Projects-Libya

Banha Water Treatment Facilities

Banha power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. Raw water Nile River is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The water/waste water treatment installed in Banha power project includes:

Intake Design Open intake
Chlorination System Hypochlorite Solution injection system
Raw Water Pretreatment System Clarification + Ultra filtration (UF) 2280 m3/day
Demineralization System Cation / degasifier /anion / mixed bed deionizer 3 x 1800 m3/day
Waste water treatment system Oil separation / clarification / filtration / pH adjustment 2400 m3/day
Potable water treatment UF + Activated carbon filtration + chlorination 100 m3/day
Sewage treatment plant Packaged Type – Extended aeration 100 m3/day

Giza North Water Treatment Facilities

Giza North power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. Raw water Nile River is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The water/waste water treatment installed in Giza North power project includes:

Intake Design Open intake
Chlorination System Chlorine Gas feed system 3 x 1200 kg Cl2/h
Raw Water Pretreatment System Clarification + Ultra filtration (UF) 3 x 2520 m3/day
Demineralization System Cation / degasifier /anion / mixed bed deionizer 3 x 2040 m3/day
Waste water treatment system Oil separation / clarification / filtration / pH adjustment 5280 m3/day
Potable water treatment UF + activated carbon filtration+ chlorination 80 m3/day
Sewage treatment plant Extended aeration 80 m3/day

Cairo West Water Treatment Facilities

Cairo West power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. Raw water from Nile River is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The water/waste water treatment installed in Cairo West power project includes:

Intake Design Open intake
Chlorination System Hypochlorite Solution injection system
Raw Water Pretreatment System Clarification / Multi Media Filtration 2 x 2400 m3/day
Demineralization System Cation / degasifier /anion / mixed bed deionizer 2 x 1200 m3/day
Condensate polisher System Externally Regenerated Mixed Beds 2 x 450 m3/h

Sidi Krir Water Treatment Facilities

Sidi Krir power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. Sea water from Mediterranean Sea is supplied via intake structure to feed the existing desalination plant and water/wastewater treatment system through power plant pump house where supply pumps and sea water screens are located. The desalination and water/waste water treatment installed in Sidi Krir power project includes:

Intake Design Open intake
Chlorination System On site hypochlorite generation 2 x 250 kg/hr
Demineralization System mixed bed deionizer 2 x 1560 m3/day

El Tebbin Water Treatment Facilities

El Tebbin power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. Raw water from Nile River is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The water/waste water treatment installed in Al Tebbin power project includes:

Intake Design Open intake
Chlorination System Hypochlorite Solution injection system
Raw Water Pretreatment System Clarification / Multi Media Filtration 2 x 2400 m3/day
Demineralization System Cation / degasifier /anion / mixed bed deionizer 2 x 1200 m3/day
Condensate polisher System Externally Regenerated Mixed Beds 2 x 435.6 m3/h
Waste water treatment system Oil separation 1 x 80 m3/h and 1 x 25 m3/h

Kureimat Water Treatment Facilities

Kureimat power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. Raw water from Nile River is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The desalination and water/waste water treatment installed in El Kureimat power project includes:

Intake Design Open intake
Chlorination System Hypochlorite Solution injection system
Raw Water Pretreatment System Clarification / Multi Media Filtration 3 x 2400 m3/day
Demineralization System Cation / degasifier /anion / mixed bed deionizer 3 x 1500 m3/day
Waste water treatment system Oil separation / clarification / filtration / pH adjustment WW 2 x 1440 m3/day

Oil Sep 100 m3/h
Potable water treatment Activated carbon filtration+ chlorination 20 m3/h

Talkha Water Treatment Facilities

Talkha power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. River water from Nile River is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The water/waste water treatment installed in Talkha power project includes:

Intake Design Open intake
Chlorination System Hypochlorite Solution injection system
Raw Water Pretreatment System Clarification / Multi Media Filtra-tion 2 x 2800 m3/day
Demineralization System Cation / degasifier /anion / mixed bed deionizer 2 x 2160 m3/day
Waste water treatment system Oil separation / clarification / filtration / pH adjustment 2 x 580 m3/day

Nubaria Water Treatment Facilities

Nubaria power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. River water from Nubaria canal is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The desalination and water/waste water treatment installed in Nubaria power project includes:

Intake Design Open intake
Chlorination System Hypochlorite Solution injection system
Raw Water Pretreatment System Clarification / Multi Media Filtration 3 x 2016 m3/day
Demineralization System Cation / degasifier /anion / mixed bed deionizer 3 x 1500 m3/day
Waste water treatment system Oil separation / clarification / filtration / pH adjustment 2 x 1440 m3/day
Potable water treatment Activated carbon filters and disinfection with sodium hypochlorite dosing 400 m3/day
Sewage treatment plant Extended Diffused Aeration system 2 × 200 m3/day

Cairo North Water Treatment Facilities

 

Cairo North power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. River water from Nile River is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The water/waste water treatment installed in Cairo North power project includes:

Intake Design Open intake
Chlorination System Hypochlorite Solution injection system
Raw Water Pretreatment System Clarification / Multi Media Filtration /Sludge Dewatering 2 x 1680 m3/day
Demineralization System Cation / degasifier /anion / mixed bed deionizer 2 x 1680 m3/day
Waste water treatment system API Oil separation / DAF oil separation 2400 m3/day

Al Atf Water Treatment Facilities

Al Atf power project includes water/waste water treatment systems to serve the plant water demand of high purity demineralized water required for boiler feed as well as various power plant users. River water from Nile River Rosetta Branch is supplied via intake structure to feed the water treatment system through power plant pump house where supply pumps and raw water screens is located. The desalination and water/waste water treatment installed in Al Atf power project includes:

Intake Design Open intake
Chlorination System Hypochlorite Solution injection system
Raw Water Pretreatment System Clarification / Multi Media Filtration 2 x 80 m3/hr
Demineralization System Cation / degasifier /anion / mixed bed deionizer 2 x 1300 m3/day
Waste water treatment system Oil separation / clarification / filtration / pH adjustment 2 x 840 m3/day