NPPA: is an Egyptian public economic authority of a special nature, affiliated to the Ministry of Electricity and Renewable Energy
Establishment NPPA was established pursuant to Law No. (13) of 1976, as amended by Law No. (210) of 2017, as a public economic authority of a special nature, affiliated to the Ministry of Electricity and Renewable Energy, and is the only authority competent to establish, operate and manage nuclear power plants in the Arab Republic of Egypt. The main headquarters of NPPA is located in Cairo. NPPA possesses national capabilities, including with respect to the scientific qualifications and accumulated expertise necessary for achieving the duties assigned to it in relation to the management, operation and maintenance of nuclear power plants in the Arab Republic of Egypt (ARE).
Mission NPPA is competent to carry out the following duties:
Implementing and managing nuclear power plant projects. Concluding agreements with similar local and international entities. Preparing and qualifying human resources locally and internationally. Establishing nuclear power plants to generate electricity and desalinate water. Conducting the necessary researches and studies, which are necessary for the construction of nuclear power projects. Establishing the basis for the specifications related to the construction of nuclear power plant projects.
Organizational structure
The Importance of The Egyptian Nuclear Program Egypt was one of the first countries that became cognizant of the importance of using nuclear energy in electricity generation and sea water desalination in the early 1950s, so as to contribute to optimising the benefits of Egypt's primary energy and fresh water resources as follows:
Diversifying sources of electricity generation. Developing and upgrading local industry to meet international standards along with the transfer and localisation of technology. Placing Egypt as a leading country in the Middle East and Africa among developed countries, especially in areas related to the peaceful uses of nuclear energy. Preserving energy resources, such as petroleum and natural gas, which are depleted and non-renewable resources. Therefore, they must be consumed diligently so as to not deprive future generations of important resources for sustainable and independent development. Optimising the added value of petroleum and natural gas use as an indispensable raw material in petrochemical industries, as well as their use in fertilizers and transportation instead of consuming them to generate electricity. Reducing the rates of petroleum products importation for all uses, which are increasing on a yearly basis despite the extended use of natural gas, in respect of which Egypt has become a net importer in recent years.
El-Dabaa Nuclear Power Plant Project
The substantial efforts made by Egypt and its governments throughout many years in seeking to enter the nuclear field resulted in signaling the commencement of the construction of the El-Dabaa NPP. It is planned to build four Russian VVER reactors with a capacity of 1200 MW each (AES-2006). It is worth mentioning that this reactor belongs to the category of pressurized water reactors (advanced third generation reactors GEN 3+), which are currently among the most advanced reactors in the world. The project is currently being implemented at the El-Dabaa site which is located 150 km west of Alexandria on the Mediterranean coast, in the north of the Arab Republic of Egypt (ARE). Multiple contracts have been concluded between the NPPA and Rosatom as the main contractor for the project, including the Engineering, Procurement and Construction contract, Nuclear Fuel Supply contract, Operation Support and Maintenance contract, as well as the Spent Nuclear Fuel contract.
Stages of Implementation of the El-Dabaa NPP
First Stage The preparatory stage began in December 2017 and lasted about two and a half years, aimed at preparing the site for the construction works. It is worth noting that the El-Dabaa NPP project was chosen as one of the best 3 nuclear projects in terms of launching, on the sidelines of the eleventh edition of “Rosatom Expo 2019”, the largest nuclear conference and exhibition in the world which was held in Sochi. and marked the first time that a nuclear project in the Middle East was granted this award.
Second Stage The construction stage, which is the current project stage and which commenced following the obtainment of the construction permit for unit 1 from the Egyptian Nuclear and Radiological Regulatory Authority (ENRRA).on 29 June 2022, and includes all works related to building, constructing, training NPPA personnel, and preparing to carry out operational tests.
Third Stage This is the final stage after obtaining the pre-commissioning testing permit, and includes commissioning works and the commencement of actual operation until the provisional take-over of the first unit and the issuance of the operating license. The progress of the project implementation is contingent upon the issuance of licenses, as their issuance confirms the compliance with all requirements related to the safety and security of the nuclear power plant. Accordingly, NPPA is keen to obtain all required licenses and permits related to the site, the reactor design, the construction, commissioning testing and commercial operation.
Milestones The Arab Republic of Egypt has undertaken many actions, procedures and activities to enhance and prepare its nuclear infrastructure to be able implement and operat NPP projects efficiently, safely and reliably. The following table shows the milestones achieved with respect the Egyptian nuclear program in order to establish a NPP
Choosing Rosatom The Russian Federation is currently one of the largest exporters of nuclear reactors and currently has nuclear power plant projects under construction in Bangladesh, Belarus, Hungary, China, India and Turkey. Rosatom has also accumulated experience in the field of nuclear power plant construction and operation, as it has supplied many nuclear power plants currently in operation, totaling to (96) reactors of various Russian models which operate efficiently in (14) countries.
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