This session talks about advanced approaches for modeling hazards in LNG facilities (e.g. toxic and flammable releases, jet and pool fires, and vapor cloud explosions). The discussion covers when it is appropriate to use analytical 2D tools or when it is appropriate to apply more advanced 3D CFD modeling tools.
This webinar covers an overview of siting regulations and standards that apply to LNG facilities, with a special emphasis on those in the United States. Furthermore, we discuss what regulations apply to various types of LNG facilities.
Gexcon is pleased to announce that we are joining this year’s AIChE Spring Meeting and 16th GCPS. You can visit our Virtual Booth in the Exhibition hall and we will gladly discuss with you your concerns in regards to process safety. You will also have the opportunity to see the presentations from our experts. Kees Van
This webinar covers a few examples of how PHA items are evaluated further using advanced modeling techniques in LNG facilities. Using 2D and 3D modeling tools allows asset stakeholders to better plan and prepare for plant activities while taking the necessary mitigation measures to reduce operational risk.
This course is an introduction into the theory and applications of FRED v7. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge and explosion scenarios in congested and/or confined areas.
This webinar introduces the updated software and gave an overview of the following key features: 1) improved CAD import; 2) access to the DIPPR database -Â access to 2,000 new chemicals; 3) new steady-state solver; and 4) improved visualization in Flowvis.
This webinar discusses the software’s new, intuitive modernized interface which will enable users to rapidly understand a broad range of consequence predictions, complemented by specialized models for specific requirements.
The new release of Shell FRED 2020 offers a completely new way of working with Shell FRED. To support existing users with the transition, we are offering a half-day introductory course for the new Shell FRED interface. This will cover the key improvements to the older interface, which has been in use for many years.
We discuss the current techniques applied in the predictive aspects of COMAH and the limitations associated with these widely used methods. We aim to provide a better understanding of when and where advanced modelling techniques should be applied and demonstrate the significance this has, not only in terms of consequence assessment but also with regards to safer facility design and emergency response.
This webinar provides an overview of the colored books, including a summary of the consequence and risk models. We also have a demonstration of how the models included in the colored books are used in practical examples.
This course is an introduction to the theory and applications of Shell FRED 2020. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas.
The new release of Shell FRED 2020 offers a completely new way of working with Shell FRED. To support existing users with the transition, we are offering a half-day introductory course for the new Shell FRED interface. This will cover the key improvements to the older interface, which has been in use for many years.
In this webinar, we provide an overview of the combined models within EFFECTS and show the software's ease of use in performing consequence analyses. We also discuss a summary of the discharge and dispersion models with an easy and quick option to determine accidental releases' impact.
This course is an introduction into the theory and applications of Shell FRED 2020. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge and explosion scenarios in congested and/or confined areas.
This webinar provides an overview of the mapping functionality in EFFECTS and how the results are exported and easily readable in GIS and Google Earth.Â
Learn about an alternative method that includes a greater level of detail to generate additional value when performing siting studies.
The main discussion points at this panel debate are as follows: 1) perceptions within the hydrogen industry around safety with comparison to other renewables; 2) the transition from industrial use of hydrogen to public use of hydrogen; 3) the rapid pace of change and development in equipment used for hydrogen system; and 4) regulatory hurdles and variations between regions.
The webinar includes a literature review of the existing guidance for combustible gas detector location and installation in residential occupancies, and computational fluid dynamics (CFD) simulations to clarify and strengthen the technical basis for combustible gas detector installation criteria in residential occupancies.
This webinar discusses AN incidents in Beirut, Lebanon, Tianjin, China, and West Texas, as well as lessons learned to avoid such incidents in the future. All these events involved unique conditions necessary to turn the relatively stable oxidizer ammonium nitrate into a detonating explosive.
This webinar highlights the main causes of fires and explosions when handling bulk solids, how to assess these hazards, how to prevent these events from occurring, and how to protect people and assets.
In this webinar, you will learn how DSEAR / ATEX should fit into a typical project life cycle and how conducting a suitable DSEAR / ATEX assessment at the right time can reduce both CAPEX and OPEX. You will also learn how to avoid common issues across a range of projects in the Food & Drink sector.
This webinar breaks down the logical steps required in a practical and structured way to demonstrate that the hazards related to fire and explosions have been assessed and reduced to as low as reasonably practicable (ALARP) in order to demonstrate regulatory compliance.
En este seminario vÃa web, se presentan estadÃsticas históricas de accidentes causados por explosiones de gas, los procesos fÃsicos asociados con este tipo de accidentes, incluyendo los eventos que conducen a las explosiones, como dispersión e fuentes de ignición, asà como el impacto de la congestión, confinamiento y turbulencia en la severidad de las consecuencias de las explosiones de gas.
This course is an introduction to the theory and applications of Shell FRED 2020. It will cover all the existing consequence modeling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas. Upon completion of this course, participants will
Gain insight on the importance of appropriately designing dust explosion systems based on lessons learned from a previous incident at a plywood manufacturing facility in Texas.
This webinar emphasises the importance of thoroughly performing IHA, including the process for performing an ignition hazard analysis, background information regarding various ignition sources and examples of how mechanical equipment has become an ignition source while handling bulk solids.
This 3rd annual event will highlight the mines and hydrogen experts at the forefront of testing hydrogen solutions for mine power and mobility. It will also address the key questions for mines considering hydrogen as part of a decarbonisation strategy.
Gexcon shares its vision and roadmap for FLACS-CFD, providing insights into exciting new features in the pipeline.
We are pleased to invite you to join industry experts for a week of online seminars and insights about FLACS-CFD at the FLUG Week 2021.
Djurre presents the work that has been done so far on supporting mesh object geometries in future versions of FLACS-CFD, including some initial validation.
The presentation discusses the importance and challenges of the validation of FLACS-CFD as well as sensitivity assessments.
This presentation highlights the recent developments, validation, and future plan for FLACS-Fire, a 3D fire consequence modelling tool.
The aim of the presentation is to highlight some of the aspects which have a significant impact on the effectiveness and the efficiency of an analysis process using FLACS-Fire.
The presentation deals with sensitivity studies of parameters such as grid, surface roughness, stability class and their influence in pool evaporation.
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