Administrative and industrial risk studies
IPSB has the technical and regulatory expertise to assist you in preparing your urban planning approval and “classified for environmental protection installations” (ICPE) applications, whether you need to obtain building permits and operating licenses or control the industrial risks related to your project.
IPSB offers the competence and know-how of its engineers to support you in preparing urban planning approval and “classified for environmental protection installations” (ICPE) applications and to assist you in your exchanges with administrative agencies throughout the examination procedure and until the required authorizations are obtained.
Whether it is a question of a new industrial project or of an existing installation, IPSB’s Industrial Risks Team will accompany you through administrative procedures:
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- Analysis of environmental and regulatory constraints
- Preliminary implantation studies
- Preparation of required urbanism and ICPE dossiers
- Participation in exchanges with administrative agencies
- Assistance in obtaining the required administrative authorizations
With more than 10 years’ experience and collaboration with administrative agencies, our engineers have recognized know-how in preparing the following studies:
- ICPE (Installations Classées pour la Protection de l’Environnement – Projects requiring environmental impact assessment) dossiers
- Operating license applications
- Declaration and Declaration Modifications
- Registration
- Danger studies and Risk analysis (Bow Tie, FMECA, HAZOP)
- Activity Close-down Notification dossiers and Site Closure dossiers
- Re-examination and technico-economic studies on the basis of Best Available Techniques
- Internal Operations Plans
- Urbanism dossiers (construction and demolition permits)
Reflecting our concern with the quality of our studies and the specificity of our advice, our administrative dossiers are based on the most recent regulations (ministerial decrees, European Directives, industry state-of-the-art guidelines, BREF, industrial accidentology, etc.), continually tracked by our engineers.
In addition, our departments are equipped with governmental agency accredited 2D and 3D modelling software to evaluate the consequences of accident scenarios (fires, explosions, etc.).
IPSB has the technical and regulatory expertise to assist you in controlling the industrial risks associated with your projects. We carry out risk analyses according to the most appropriate methods (FMECA, HAZOP, Bow-Tie, etc.) and model the consequences of accident scenario using recognized tools.
The purpose of risk analysis is to evaluate methodically and as exhaustively as possible the risks related to the operation of an industrial installation regarding the safety of people, the protection of the environment and the integrity of the production unit.

IPSB will accompany you in carrying out your risk analyses by:
- Taking inventory of industrial accidentology on similar processes and identifying the dangers related to the products implemented
- Selecting the method (or combination of methods) most appropriate to the issues you are facing
- Defining a reference framework in terms of frequency of occurrence, seriousness, criticality matrix and confidence level by safety barrier type
- Determining the functional organization of your units and the different phases of functioning
- Implementing the appropriate method by leading working group sessions
- Proposing complementary safety measures to reduce risk to an acceptable level
- Drafting the summary of the risk study and of the action plan by order of priority

With their mastery of different analytical methods (FMECA, HAZOP, Bow-Tie, Failure Tree, etc.) and with knowledge of your industry and its processes and products, our engineers will assist you in identifying major accident scenarios and in choosing the appropriate safety measures.
Additionally, in order to evaluate the consequences of accident phenomena (fire, thermal explosion, torch fire, etc.), IPSB can model thermal and pressure effect areas using 2D and 3D software (based on the French petroleum industry danger study methodology guide recognized by the French authorities) and/or empirical formulations.