3.2.5 Inspection of radioactive substances transport
3.2.6 Inspection of small-scale nuclear activities
3.2.7 Inspection of ASN approved organisations
and laboratories
3.2.8 Checks on exposure to Radon and Naturally occurring
Radioactive Materials (NORM)
3.3 Lessons learned from significant events
3.3.1 Anomaly detection and analysis
3.3.2 Implementation of the approach
3.3.3 Technical inquiries held in the event of an incident
or accident concerning a nuclear activity
3.3.4 Statistical summary of events
3.4 Heightening the awareness of professionals
and cooperating with the other administrations
3.5 Information about ASN’s regulatory activity
4.
MONITORING THE IMPACT OF NUCLEAR
ACTIVITIES AND RADIOACTIVITY
IN THE ENVIRONMENT
148
4.1 Monitoring discharges and the environmental
and health impact of nuclear activities
4.1.1 Monitoring of discharges
4.1.2 Evaluating the radiological impact of the facilities
4.1.3 Monitoring imposed by the European Union
4.2 Environmental monitoring
4.2.1 The purpose of environmental monitoring
4.2.2 Content of monitoring
4.2.3 Environmental monitoring nationwide by IRSN
4.3 Measurement quality
4.3.1 Laboratory approval procedure
4.3.2 The approval commission
4.3.3 Approval conditions
5.
IDENTIFYING AND PENALISING
DEVIATIONS
158
5.1 Ensuring that penalty decisions are fair
and consistent
5.2 An appropriate policy of enforcement
and sanctions
5.2.1 For the BNI licensees and entities responsible for the
transport of radioactive substances
5.2.2 For persons in charge of small-scale nuclear activities,
approved organisations and laboratories
5.2.3 For noncompliance with Labour Law
5.2.4 2015 results concerning enforcement and sanctions
6.
OUTLOOK
160
1.
VERIFYING THAT THE LICENSEE
ASSUMES ITS RESPONSIBILITIES
132
1.1 The principles of ASN’s oversight duties
1.2 The scope of regulation of nuclear activities
2.
ENSURING THAT REGULATION
IS PROPORTIONATE
TO THE IMPLICATIONS
133
2.1 Definition of the implications
2.2 Checks performed by the licensees
2.2.1 Operations subject to a licensee internal authorisation
procedure
2.2.2 Internal monitoring of radiation protection by the users
of ionising radiation sources
2.2.3 Inspection of radioactive substances transport
2.3 ASN approval of organisations and laboratories
3.
REINFORCING THE EFFICIENCY
OF ASN’S MEANS OF REGULATION 136
3.1 Assessment of the files submitted by the licensee
3.1.1 Analysing the information supplied by Basic Nuclear
Installation (BNI) licensees
3.1.2 Review of the applications required by the Public Health Code
3.2 Regulation of facilities and activities
3.2.1 The types of facilities and activities regulated
3.2.2 Inspection objectives and principles
3.2.3 Inspection resources implemented
3.2.4 Inspection of Basic Nuclear Installations (BNIs)
and pressure equipment




