1 / 9

BOW TIE

The Qatar National Oil and Gas Production, Processing, and Exporting Company (QP) has awarded iFluids Engineering a three-year framework contract for bow-tie development and MAHM deliverables for all onshore and offshore operational areas. The QP Onshore oil and gas producing fields are located in Dukhan, Qatar's western coast, and offshore in Qatar's northern territorial waters.<br>QP is a fully integrated national oil corporation that is at the forefront of efforts in Qatar to develop, utilise, and monetize its oil and gas resources over the long term. Oil and gas exploration, refining and prod

Anupama2
Télécharger la présentation

BOW TIE

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Bow-Tie Analysis A 'bow-tie' is a graphical representation of the pathways from the causes of an event or risk to its consequences. The diagram is shaped like a bow-tie, creating a clear differentiation between reactive risk management and proactive. Technical Challenge: It is not enough to simply identify risks they must also be managed, analysed, evaluated, monitored, and communicated. Bow-Tie is a scenario-based risk management tool which helps PSM to accomplish these tasks and to answer questions like: “Where we are most exposed to risk?” ”Are we equipped with enough (or too many!) Safety measures in place?”, “Are our safety measures actually performing the way we have in view?” This is a risk assessment method. The bow-tie method helps to analyse and communicate how high-risk scenarios develop. What are the benefits of conducting Bow-Tie Analysis? The benefits of the Bow-Tie analysis include, but not limited to: Provides a structure to analyse a hazard systematically. Helps make a decision to check the current level of control is sufficient (or, for those who are familiar with the concept, whether risks are As Low as Reasonably Practicable or ALARP). Helps to identify where and how investing resources would have the greatest impact. Increases risk communication and awareness. When HAZID should be done? Bowties are diagrams that provide a qualitative visual diagram to increase understanding of a risk. If you’re looking for a quick scan of all your risks, a HAZID might be more suitable. If you’re looking for a purely quantitative model, QRA might be more suited. Bowtie is extremely useful in most other risk

  2. Assessment areas. It’s meant to structure a brainstorm session with multiple disciplines and get a result that everyone can understand without going through a thick report. If this sounds like something you’re looking for, keep reading. Approach / Methodology The bow-tie diagram helps you to gain an insight in complex processes through oversight. This objective is always leads ahead of others and can therefore overrule the guidelines if necessary. The objective to keep an understandable diagram always over weighs the intention to be analytically correct. There are eight basic steps in building a bowtie diagram. They are as follows: Identify hazard: - The first step in managing risks is to identify what their sources are. Identify top event:-When we know what is potentially hazardous, we need to know how we could lose control over it. Identify threats: - Next we need to consider the scenarios or events which could directly cause the occurrence of the top event. Evaluate consequences:-After the top event occurs, subsequent scenarios or events are now possible. These consequences can lead to losses and damage. Identify preventive barriers:- The next step is to identify the barriers which should prevent the threats from reaching or causing the top event. These are preventative barriers. Identify recovery barriers:-Barriers on the right side try to recover from the occurrence of the top event. These barriers should prevent or alleviate the consequences and/or the resulting losses and destruction. Identify escalation factors: - The next step is to identify the specific situations or conditions under which the barriers are less or not effective. Identify escalation factor barriers:-The last step is to look at what barriers you have to prevent or manage these escalation factors.

  3. Now with the escalation factors in place, our complete diagram is as follows: Figure: Complete Bow-tie Diagram Now the diagram can be completed with more information over each barrier: Determining the barrier type. Which parts of the management system support the barrier, such as procedures, policies, standards, etc? Who is responsible for the correct functioning of each barrier? Assessing barrier effectiveness. This study is not done by one person, but a team. Assembling a competent team is one of the hallmark for a successful study. This team will include: Design consultant / Project Manager Production Manager Chemical engineer / Chemist Maintenance Manager Electrical Engineer Instrument Engineer

  4. Quality Control Engineer HSE Representative, etc. Within the team, a lead facilitator should be nominated to lead the study. The lead facilitator should be a competent and experienced person in the conduct of the Bow-tie study. Software Requirement Bow-Tie XP is the most used risk assessment software that is based on the bow- tie method. Deliverables Bow-Tie ToR Bow-Tie Worksheets Bow-Tie Analysis Report

  5. Typical List of Bow-tie for the project iFluids Engineering helps to provide the right solution and necessary recommendation with results for the precise decision for your Bow-Tie Analysis studies…

  6. Figure.1 Software with iFluids If you have decided to do Quantitative Risk Assessment (QRA) through DNV PHAST & SAFETI, you might be interested to get it from iFluids Engineering. iFluids Engineering is a Specialist Engineering Consultancy which specializes in various Risk & Safety Studies. It is also has genuine licensed software for major requirements in Oil & Gas and Petrochemical Industry. These include software from DNV PHAST, Pipenet, Olga, MAROS and a whole lot more as mentioned in Figure.1 Software with iFluids. Whenever you find yourself choosing between service provider for various specialized, just remember the that using latest software helps in a reliable and safe operations! And always verify the same directly. Learn more about Safeti software Contact our experts to learn more about DNV Safeti software and the services that iFluids Engineering provides

  7. Figure.2 iFluids Process Safety Consulting Services Figure.3 iFluids Loss Prevention/Fire Safety Consulting Service

  8. Figure.4 iFluids Functional Safety Consulting Services Figure.5 iFluids Specialized Studies

  9. Disclaimer: All information and content contained in this article are provided solely for general information and reference purposes. TM information, Images & any copyrighted material inadvertently published or depicted belong to rightful owner and iFluids doesn’t claim to be its own. To know more or to send inquiry, Please call +91 8939 530143 WhatsApp +91 90254 00631 Or Click here to submit your inquiry online

More Related