Introduction
This course is an introduction to the theory and applications of the risk management software Shepherd v3. It will cover all the existing risk scenarios within the software, including toxic and flammable dispersion, fires, explosions, and BLEVE, covering both individual and societal risks. This course combines both theory and practical exercises with Shepherd, therefore students will be required to practice and apply their new knowledge of the software through hands-on exercises.
The online course time will be instructional presentations on the use of the tool and the accompanying exercises should be completed outside of the scheduled course time. Time will be allowed during and after the presentations for Q&A on the exercises and the instructor will be available during the software evaluation period to answer questions.
Who should attend
People who intend to carry out risk analysis studies with Shell Shepherd or work closely with people performing simulations with Shepherd. These include risk engineers and consultants in risk consultancy companies, oil & gas and process industries, regulatory bodies and engineering companies.
Prerequisites
This course is suitable for completely new users of Shell Shepherd as well as existing users who would like to refresh their knowledge. In general, no special prerequisites are needed, but any prior knowledge in safety consequence modelling, process engineering and 2D modelling will be helpful.
Benefits for course participants
Attendees will be able to use Shell Shepherd for process safety-related projects, which also means:
- Development of new skill and knowledge
- Development of competency to carry out various process safety-related studies
- Appreciation of the different variables which can affect process risk
- Able to come up with recommendations on safety-related studies
- Able to practice risk planning and mitigation
Attendees will receive a competence certificate from Gexcon at the end of the course.
Benefits for organisations
In addition to the professional skill development of staff, the organization will have the capability to utilise an industry-recognised risk modelling tool that will assist in carrying out safety-related studies effectively and accurately, including:
- Risk management (Quantitative Risk Assessment, facility siting for new buildings/process units, location of temporary accommodation during turnarounds etc.)
- Regulatory compliance (COMAH / Seveso, ALARP demonstration, ATEX/ DSEAR, etc.)
Moreover, the organisation will provide an opportunity for employees to engage in professional development by attending the course, which could enhance employee morale.