NEWS

LOSS OF CONTAINMENT AND IGNITION MODELLING FOR RENEWABLE TECHNOLOGIES INVOLVING HYDROGEN, AMMONIA AND CCS

For this Technical Meeting, FABIG is partnering with the consortium of the SAFEN Joint Industry Project (Phase 1), the results of which will be presented in detail during this 2-day event. The programme comprises presentations from organisations both within and outside of the SAFEN consortium to provide multiple perspectives. An evening drinks reception will be held at the end of Day 1.

The objective of the SAFEN project is to address current knowledge gaps in relation to renewable technologies involving hydrogen, ammonia and CCS with a view to develop a common framework for risk management enabling cost-efficient safety design across the renewable sector. This Technical Meeting will disseminate the results of Phase 1 of SAFEN (March 2022 - June 2023), which focussed on the driving mechanisms for loss of containment and ignition events and the development of new models for use in risk assessment.

REGISTRATION:

• To attend our 2-day event in person in London, UK, please register here;
• To attend our 2-day event online via live Webcast, please register here.

PROGRAMME:

Day 1 of the event (Wednesday 18th October) will start at 9.20am with registation, and an evening drinks reception will be held after the last presentation from 17.00 onwards. Day 2 (Thursday 19th October) will start at 09.00 and will close at 16.00 to allow all delegates to travel in the evening. We are pleased to inform you that the event programme will comprise the following presentations:

SAFETY MANAGEMENT

• The SAFEN JIP - Working together to achieve effective risk-based decision support
  Linda Fløttum - Safetec
• Newcomer perspective - Why is SAFEN important for us?
  Henning Henriksen - Gen2Energy
• SAFEN and ammonia safety
  Ksenia Zakariyya - Yara

HYDROGEN IGNITION MECHANISMS AND IGNITION PROBABILITY

• SAFEN - Literature study on hydrogen and ammonia ignition mechanisms
  Ørjan Knudsen - Gexcon & Kees Van Wingerden - Vysus Group
• SAFEN - An ignition probability model for hydrogen and ammonia leaks
  Ingar Fossan - Safetec
• SAFEN - Experimental campaign to close knowledge gaps
  Kees Van Wingerden - Vysus Group
• A brief history of hydrogen ignitions, and predicting the probability of ignition
  Mike Moosemiller - BakerRisk
• Ignition mechanisms for high pressure hydrogen technologies
  Christophe Proust - INERIS

LOSS OF CONTAINMENT

• Modelling of loss of containment in SAFEN - A holistic perspective
  Jo Wiklund - Proactima
• SAFEN loss of containment frequency models for process equipment and storage tanks
  Ingar Fossan - Safetec
• The SAFEN database - An effort for monitoring of safety and validation of risk models within renewable industry
  Tom Arne Bakken - DNV
• Leak frequencies for high pressure hydrogen technologies
  Christophe Proust - INERIS
• The role of task analysis and human reliability analysis in building effective risk models
  Marius Fernander - DNV
• Part 1: A new model of the frequencies of leaks during the transfer of fuels between transport units and fixed installations
  Bert Wolting - RIVM
• Part 2: A new model of the frequencies of leaks during the transfer of fuels between transport units and fixed installations
  John Spouge - Amber Consulting

APPLICATION OF CURRENT RISK MODELS FOR HYDROGEN TECHNOLOGIES

• Reduced-order risk and consequence modelling for hydrogen and other fuels in HyRAM+
  Brian Ehrhart - Sandia National Laboratories
• Detailed comparison of risk calculation results for HyRAM+ and SAFEN models
  Brian Ehrhart - Sandia National Laboratories & Ingar Fossan - Safetec

FEES:

• FABIG Members:
• FREE for attendance in person or via Live Online Webcast
• Non-members:
• £500+VAT for attendance in person
• Only FABIG Members can register for the Webcast

We look forward to seeing you there.

The FABIG Team