Transport - Loading/offloading units: tank trucks, tank rail cars, cargo ships.
Rotating machinery: pumps, compressors, steam turbines, gas turbines…
Instrumentation and process control.
INHERENTLY SAFER DESIGN
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Duration : 5 Days
Phenomenology: phenomena of combustion: combustion of gaseous mixtures, liquids and solids. Effect of combustion. BLEVE/boil-over/backdraft/flash-over.
Taking industrial risk into account.
Layout based on risk analysis. Implementation of safety barriers: kinds and criteria of effectiveness.
Prevention and care against fire and explosion hazards: control or removal of flammable mixtures, sources of ignition. Control of emission sources.
Knowledge of pressure equipment and atmospheric storage - Protection against overpressure and depressions.
Introduction to instrumented safety systems (SIS). Reliability level.
MITIGATION & PROTECTION MEANS
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Duration : 5 Days
Gas detectors, fire detectors (smoke, flames, heat, etc.), liquid hydrocarbons detectors.
Passive and active fire protection.
Firefighting strategies: basic rules, means and methods of intervention, organization and management of rescue, strategy of intervention. Emergency response plans.
CONTROL OF RISKS RELATED TO WORK ON FACILITIES
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Duration : 5 Days
Safety during commissioning and decommissioning operations.
Lockout tag-out procedures.
Safety in maintenance and construction works: specific risks and corresponding precautions. Permit to work. Integration of safety in preparation, implementation and work surveillance.
HSE RISK MANAGEMENT
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Duration : 5 Days
Health, Safety and Environment Management System (HSE-MS): structure, implementation and administration of a HSE management system.
Setting up an HSE culture.
Risk assessment methods: HAZID, HAZOP, Bow tie analysis, QRA.
Prevention tools and means, crisis and intervention management. Human factors.
Management of change - Improvement and maintenance of safety barriers HSE approach in projects.
ENVIRONMENT PROTECTION
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Duration : 2 Days
Importance of environment protection for human being, for company. Awareness - Sustainable development.
Environment impact assessment.
Air, water and soil protection. Origin, nature, treatment and reduction of pollutions.
Waste management: sorting and elimination routes.
INDUSTRIAL HYGIENE - HEALTH AT WORK
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Duration : 2 Days
Professional risks: chemical risks, physical risks, toxicological risks.
Prevention. Collective and personal protection equipment.
Risk management: work station assessment, material safety data sheet, medical check-up.
FINAL ASSESSMENT - SESSION SYNTHESIS
Learning Objectives
Upon completion of this course, participants will be able to effectively perform the function of HSE engineers as to:
List the tools needed for overall security management,
List the techniques needed for overall safety management,
Cite the strengths and weaknesses of the tools according to the context,
Clarify the limitations of the techniques needed for overall safety management,
Describe the roles of an industrial safety engineer.
Ways & Means
Practical workshops on industrial equipment.
Site visit and studies based on industrial documents.
Real-life firefighting exercises.
Lecturing by industry experts.
Real incidents and accidents case studies.
Continuous validation, in order to obtain IFP Training Certificate.
Learning assessment
Refer to IFP Training Certificate referential
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Additional information :The training is divided into 7 modules of 5 days. The modules may or may not be interspersed with practical periods on the attendees worksite.
Coordinator :IFP Training trainer (permanent or contracted) having a good expertise and/or experience of the related topics, trained to adult teaching methods, and whose competencies are kept up-to-date.
To French entities : IFP Training is referenced to DataDock ; you may contact your OPCO about potential funding.
Please contact our disabled persons referent to check the accessibility of this training program : referent.handicap@ifptraining.com
IFPT Account
