New West Damietta Fast Track power project includes desalination and 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. Ground Water is supplied via deep well field to feed the desalination and water treatment systems. The desalination and water/waste water treatment installed in West Damietta power project includes:
| Pretreatment System |
Ultra filtration modules (UF) |
3 x 3250 m3/day |
| Desalination System |
Double pass reverse osmosis (brackish water) |
3 x 2400 m3/day |
| Demineralization System |
Electro deionization System |
3 x 1800 m3/day |
| Condensate polisher System |
Pre-coat filters |
2 x 600 m3/h On-going |
| Waste water treatment system |
Oil separation / clarification / filtration / pH adjustment |
2400 m3/day |
| Potable water treatment |
UF + RO + Activated carbon + Chlorination |
100 m3/day |
| Sewage treatment plant |
Extended aeration |
100 m3/day |
New Assiut Fast Track power project includes desalination and 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. Ground Water is supplied via deep well field to feed the desalination and water treatment systems. The desalination and water/waste water treatment installed in West Damietta power project includes:
| Pretreatment System |
Ultra filtration mod-ules (UF) |
4 x 5040 m3/day |
| Desalination System |
Double pass reverse osmosis (brackish water) |
(12,000 m3/day)
5 x 2400 m3/day |
| Demineralization System |
Electro deionization System |
4 x 2400 m3/day
(12,000 m3/day) |
| Condensate polish-er System |
Pre-coat filters |
2 x 600 m3/h On going |
| Waste water treatment system |
Oil separation / clarification / filtration / pH adjustment |
1920 m3/day |
| Potable water treatment |
UF + RO + activated carbon+ chlorination |
100 m3/day |
| Sewage treatment plant |
Extended aeration |
100 m3/day |
Suez power project includes desalination and 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 Red sea is supplied via intake structure to feed the desalination system through power plant pump house where supply pumps and sea water screens is located. The desalination and water/waste water treatment installed in Suez power project includes:
| Intake Design |
Open intake |
|
| Chlorination System |
On site hypochlorite generation system |
2 x 300 kg cl2/h |
| Raw Water Pretreatment System |
Multi Effect Distillation with Thermal Vapor compression (MED-TVC) |
6,000 m3/day |
| Demineralization System |
Mixed bed deionizer |
3 x 1080 m3/day |
| Condensate polisher System |
Externally Regenerated Mixed Beds |
2 x 900 m3/h |
| Waste water treatment system |
Oil separation / clarification / filtration / pH adjustment |
2400 m3/h |
West Damietta power project includes desalination and 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. Ground Water is supplied via deep well field to feed the desalination and water treatment systems. The desalination and water/waste water treatment installed in West Damietta power project includes:
| Pretreatment System |
Ultra filtration modules (UF) |
2 x 2880 m3/day |
| Desalination System |
Double pass reverse osmosis (brackish water) |
2 x 1560 m3/day |
| Demineralization System |
Mixed bed deionizer |
2 x 1560 m3/day |
| Condensate polisher System |
Pre-coat filters |
2 x 600 m3/h |
| Waste water treatment system |
Oil separation / clarification / filtration / pH adjustment |
1200 m3/day |
El Ain El Sokhna power project includes desalination and 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 Red sea is supplied via intake structure to feed the desalination system through power plant pump house where supply pumps and sea water screens is located. The desalination and water/waste water treatment installed in El Ain El Sokhna power project includes:
| Intake Design |
Open intake |
|
| Chlorination System |
On-site Hypochlorite generation system |
3 x 450 kg cl2/h |
| Desalination System |
Multi Effect Distillation with Thermal Vapor compression (MED-TVC) |
8,000 m3/day |
| Demineralization System |
Mixed bed deionizer |
1800 m3/day |
| Condensate polisher System |
Externally Regenerated Mixed Beds |
6 x 760 m3/h |
| Waste water treatment system |
Oil separation / clarification / filtration / pH adjustment |
1440 m3/day |
| Sewage treatment plant |
Extended aeration |
2040 m3/day |
Abu Qir power project includes desalination and 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 desalination system through power plant pump house where supply pumps and sea water screens is located. The desalination and water/waste water treatment installed in Abu Qir power project includes :
| Intake Design |
Open intake |
|
| Chlorination System |
On-site Hypochlorite generation system |
2 x 500 kg cl2/h |
| Desalination System |
Multi Effect Distillation with Thermal Vapor compression (MED-TVC) |
10,000 m3/day |
| Demineralization System |
Mixed bed deionizer |
2 x 3000 m3/day |
| Condensate polisher System |
Externally Regenerated Mixed Beds |
2 x 880 m3/h |
| Waste water treatment system |
Oil separation / clarification / filtration / pH adjustment |
240 m3/day |
| Sewage treatment plant |
Extended Aeration |
200 m3/day |
Al Shabab power project includes desalination and 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. Ground Water is supplied via deep well field to feed the desalination and water treatment systems. The desalination and water/waste water treatment installed in Al Shabab power project includes:
| Pretreatment System |
Ultra filtration modules (UF) |
3 x 3500 m3/day |
| Desalination System |
Double pass reverse osmosis (brackish water) |
2 x 3750 m3/day |
| Demineralization System |
Mixed bed deionizer |
2 x 3120 m3/day |
| Condensate polisher System |
Pre-coat filters |
4 x 600 m3/h |
| Waste water treatment system |
Oil separation / clarification / filtration / pH adjustment |
1200 m3/day |
| Potable water treatment |
UF + RO + Activated carbon + Chlorination |
120 m3/day |
| Sewage treatment plant |
Extended aeration |
120 m3/day |
Ayoun Moussa power project includes desalination and 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 Red sea is supplied via intake structure to feed the desalination system through power plant pump house where supply pumps and sea water screens is located. The desalination and water/waste water treatment installed in Ayoun Moussa power project includes :
| Intake Design |
Open intake |
|
| Chlorination System |
On-Site Hypochlorite Generation System |
3 x 110 kg/hr Cl2 |
| Desalination System |
Multi Effect distillation (MED) |
2 x 5000 m3/day |
| Demineralization System |
Mixed bed deionizer |
3 x 1500 m3/day |
| Condensate polisher System |
Externally Regenerated Mixed Beds |
3 x 522 m3/h |
| Waste water treatment system |
Oil separation / DAF system |
2400 m3/day |
SIDI KRIR 1 & 2 power project includes desalination and 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 desalination system through power plant pump house where supply pumps and sea water screens is located. The desalination and water/waste water treatment installed in Sidi Krir power project includes:
| Intake Design |
Open intake |
|
| Chlorination System |
On-Site Hypochlorite Gen-eration System |
3 x 110 kg/hr Cl2 |
| Desalination System |
Multi stage flash distillation (MSF) |
2 x 5000 m3/day |
| Demineralization System |
Mixed bed deionizer |
3 x 1500 m3/day |
| Condensate polisher System |
Externally Regenerated Mixed Beds |
3 x 522 m3/h |
| Waste water treatment system |
Oil separation / DAF system |
2400 m3/day |
Complete 2010
PGESCo scope included design review, site supervision and project management of Zawia Sea Water Desalination 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).
Completed 2010
PGESCo scope included design review, site supervision and project management of Derna Sea Water Desalination 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).
Completed 2010
PGESCo scope included design review, site supervision and project management of Sousa Sea Water Desalination 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).
Completed 2007
PGESCo scope included design review, site supervision and project management of Abu Traba Sea Water Desalination Plant. 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 capacity is 2 X 20,000 M3/DAY using MED (Multiple Effect Distillation) units.
Concrete Velocity Cap
El Ain EL Sokhna Project
Red Sea, Egypt
Offshore velocity cap intake structure, fully designed and modeled
Concrete Discharge
El AIN EL Sokhna Project
Red Sea, Egypt
Design of the structure and protections with modeling
Concrete Pump House
El Ain EL Sokhna Project
Red Sea, Egypt
Full design, details, modeling and electro mechanical works
Intake Basin
EL Tebbin Project, EGYPT
Debris and weeds mitigation system
Intake Basin
Kureimat III Project, EGYPT
Full design, details and modeling of concrete intake structure on the Nile River
Intake Basin
Suez Project, Red sea, EGYPT
Full design, details and modeling.
Natural stones and concrete intake basin.
Intake Basin
Abu Qir Project, Mediterranean Sea, EGYPT
Full design, details and modeling.
Natural stones, concrete and piping intake basin
Giza North project Architectural Design included the following Ancillary buildings:
- One, (1) Administration Building, (3-Story Building, approx.1400 Square Meters each).
- One, (1) PGESCo Construction Offices Building, (2-Story Building, approx.900 Square Meters each).
- One, (1) Warehouse/ Workshop, (2-Story Building, approx.1600 Square Meters).
- One, (1) Workshop, (2-Story Building, approx.1600 Square Meters).
- One, (1) Firefighting Stations, (2-Story Building, approx.600 Square Meters each).
PGESCo scope of services included Engineering, Procurement and Construction Management for ELMACO Transformers factory.
ELMACO Transformers factory is an industrial complex owned by El Nasr Transformers and Electrical Products Co. and located at BADR City, Egypt.
The factory represents a complex for the supply and construction of power and distribution transformers, the complex consists of:
- Twelve (12) steel structure building for transformers fabrication processes.
- Thirty four (34) concrete skeleton building including auxiliary building and services buildings.
This complex shall help ELMACO to be a market-driven company and to diversify its products. New products shall be manufactured such as:
- Dry type transformers winding and assembly hall and test field.
- 220 kV power transformers assembly hall and test fie
PGESCo has designed, integrated, supervised construction, commissioned and put into operation its own 7 kW on-grid PV system which has been in operation since August 2014.
In order to have a long term experience with PV plants operation and maintenance, PGESCo decided to carry out an experimental test to determine soiling impacts on PV plants energy yield and the optimum cycle for modules cleaning in Cairo weather.
In addition, PGESCo commissioned a PV car shed module located at the company premises. The module is a hybrid on/off grid system with Li-ion batteries targeted to produce 13.5 kW and feed some emergency loads during power cut-offs. All design, shop drawing, installation works are being carried out by PGESCo engineering and maintenance teams.