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EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

EDF prepares for the next stage of system performance testing at the Flamanville EPR, with a view to the fuel loading and the reactor start-up at the end of the 4th quarter of 2018 | EDF FR

During the so-called" cold" tests, many operations will be carried out including water tightness tests in the reactor's primary circuit at a pressure of over 240 bars (higher than the pressure of the circuit when it is operating). Once these operations have been completed, EDF will move on to the so-called" hot" tests, in order to demonstrate that the installation is working properly .

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