PORT-SAID CONVENTIONAL STEAM POWER PLANT

Jan 21, 2003 - Port-Saïd conventional steam power plant (2 x. 340 MW) ... Project Description. EPSEP ... power plant will use natural gas as its primary fuel,.
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EGYPT

PORT-SAID CONVENTIONAL STEAM POWER PLANT

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r o j e c t P o r t S a ï d

Project Location

Port-Saïd conventional steam power plant (2 x 340 MW) Port-Saïd

Customer

EEHC (Egyptian Electricity Holding Company)

Client

EPSEP SAE (BOT operator)

CNET role

Architect Engineer

Period of performance

2000-2003

Scheduled Project completion July 2003

FR/A/VAG/001/1 21/01/03

EDF Generation and Trading Branch Thermal Division

PPrroojjeecctt D Deessccrriippttiioonn

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conventional steam power plant, comprising two steam turbine generators capable of delivering an output of 2x360 MWe which will be fed into the EEHC grid system. Two boilers, fired by natural gas or heavy fuel oil in emergencies, will feed the turbines and exhaust fumes will be expelled through a stack 152 m high,

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cooling and process water intake and discharge through buried pipes with desalination, demineralisation and storage facilities,

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supporting site infrastructure, offices and workshops.

EPSEP, a company incorporated in Egypt and owned by EDF International, is building and will own, operate and transfer the power plant at Port-Saïd East. The Port-Saïd East site is located on the coast of the Mediterranean sea. The site is located approximately 45 km south-east of Port-Saïd city. The steam turbine power plant will consist of two identical gas/oil fired units designed for a rated net capacity of 341,25 MWe net output each. The power plant will use natural gas as its primary fuel, delivered to the site via a new pipeline to be constructed by Gasco. Heavy fuel oil (mazout) will be used as backup fuel for emergency use only and will not be used for more than 400 hours (or < 5 %) of operating time per year. The power output from the proposed plant will be sold to the EEHC. Sea water, pumped to the plant via an intake structure located offshore, will be used as noncontact cooling water and for process and sanitary water following desalination and demineralisation. Cooling water will be returned to the sea via a buried discharge pipe and released approximately 500 m from the shoreline.

Overview of the power plant

switchyard,

S Sccooppee ooff S Seerrvviicceess EDF-CNET, working as Architect Engineer, has performed the following services : §

Project management

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Specifications and bid documents

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Detailed engineering design

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Bids adjudication

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Quality surveillance

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Site supervision

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Commissioning start-up

The power plant site occupies an area of approximately 125 000 m² and includes the following main elements :

T Teecchhnniiccaall D Daattaa Steam Turbine and generator Heat recovery steam generator Cooling system Transformers Construction and erection Plant net power Base fuel § Back-up fuel § Plant net efficiency § § § § § § §

EDF-CNET Immeuble Concorde Les Collines de l'Arche 92057 PARIS LA DEFENSE CEDEX TEL.: 331/58 86 60 60 Fax : 331/58 86 66 99

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2 x 360 MWe (TOSHIBA, Japan) Foster Wheeler Open circuit on sea water Alstom T&D TCM (Techint Cimi Montubi, Italy) 680 MWe Gas Heavy fuel oil (60 000 m3 storage) 36,76 % (100 % load, average si te conditions)

EDF Generation and Trading Branch Thermal Division