Applus+ Oil and Gas’ Post

Elevate your process safety expertise! OrientMCT's comprehensive course equips professionals with the knowledge & skills. Enroll today! https://lnkd.in/dy9iY7Q4 #processsafety #safetymanagement #hazid #riskassessment #chemicalengineering #safetyfirst #chemicalsafety #processsafetymanagement #lossprevention #industrialengineering #chemicalplant #hazwoper #environmentalengineering #safetyculture #chemicalindustry #riskmanagement #chemicalprocess #workplacesafety #incidentinvestigation #chemicalhazards #chemicalreactions #pipelinesafety #petrochemical #downstream #upstream #midstream #oilandgas #refinery #manufacturing #construction #maintenance #engineering

The transformation from QA to QE in the oil and gas industry involves adapting QE principles to ensure safety, reliability, and efficiency across complex and high-risk operations. It leverages technology, data-driven insights, and interdisciplinary collaboration to achieve these objectives while meeting regulatory and operational standards. #qualitymanagement #qualityprinciples #qualityengineering #oilandgas #qualityassurance #qualitycontrol #electricalengineering #qaqc #uae #engineering

API 14J Recommended Practice is another must-read This comprehensive guide is a must-read for process safety engineers and process engineers in the oil and gas industry. It offers invaluable procedures and guidelines for designing offshore production facilities, along with conducting hazard analysis. By promoting safety, efficiency, and pollution-free operations, it's an essential resource for professionals in the field. #ProcessSafety #OilandGas #EngineeringExcellence"

Integrating HAZOP and Check list In one of my previous post, I iterated in the application of WhatIf- checklist in lieu of HAZOP for certain systems where you might find a strong safety checklist ( e. g. NFPA standards ) and intervention of operators in operation of the system is much less than a continuous/ batch processing units where control room and field operators role in control/ operability and minimizing the process hazards are vital and security/ reliability of the system is of mmuch importance compared to operabillity. Now the question is why not use a combined - integrated HAZOP- Checklist for applications where there exist strong and robust Checklist and operators have a vital role in control and operability of the units?(e.g. offshore oil & gas instalations where you can find strong check lists like API-14C which can be integrated with HAZOP rather than What iff methodology..Currently, there are some comercial PHA software in the market that have incorporated the provision of What. If- checklist methodology ( PHA work) but there is no HAOP- Cecklist method incorporated in. Any. Comments welcome.

Discover essential steps for preparing for oil and gas industry inspections. Learn how to identify inspection areas, gather the necessary documents, and train personnel effectively. Ensure compliance and minimize risks with our comprehensive guide. https://lnkd.in/gikVhZpp   #APIinspectionandtesting #APIinspectiontechniques #APItesting #riskbasedinspection #nondestructivetesting #apitraining #apicompliance #quality #APIinspectionservices #APItraining #APIcertification #APIaudit #safety #oilandgas 

Have you ever heard of the Factory Acceptance Test (FAT)? FAT is a critical quality assurance process that ensures that a piece of equipment or system meets its design specifications before being shipped to the customer. This process involves rigorous testing, inspection, and documentation, all aimed at ensuring functionality, safety, and compliance with industry standards. By identifying and addressing any issues or deviations from requirements before delivery, FAT ensures confidence in the equipment's performance in the operational environment. FAT is particularly crucial in industries like oil and gas, where precision and reliability are essential. This process ensures that the equipment meets the necessary standards and performs as expected, which is vital for the safety and efficiency of operations. So, if you're in the market for equipment or systems in industries like oil and gas, make sure to inquire about the FAT process. It's a crucial step in ensuring that the equipment you receive meets all necessary requirements and performs as expected. #KT #TC2 #FAT #oilandgas

In the complex and high-stakes landscape of oil and gas operations, safety is paramount. Critical to the safety of these operations are the valves that control the flow of fluids and gases within the intricate network of pipelines and processing facilities. This blog explores how oil and gas valve manufacturers prioritize safety, ensuring the reliability of valve systems that play a crucial role in the industry's success. https://lnkd.in/gibCE_iA

Delighted to share the remarkable progress we've made in our recent engagemnet! HAZOP, SIL Assessment & SIL Verification Studies for QatarEnergy LNG LNG STORAGE & LOADING (S&L) REVALIDATION Our aim is to cultivate a culture of safety and expertise, and this session was a major milestone in that journey! Chaiperson - Venkatasubramanian Varadarajan Scribe - Mohamed Zubair M M #Hazop #training #traininganddevelopment #trainingprogram #oilandgas #oilandgasindustry #engineeringconsultants #safety #terminals #refinery #engineering #refineryoperations #brainstorming #projectplanning #chemicalengineering #engineers #safetymanagement #riskassessment #technicalsafety #processsafety #silstudy #qatargas

The importance of using safety switch for maintanance

The Integrity Operating Window (IOW) generation process as outlined in API 584 is a crucial component of managing the integrity of equipment in the oil and gas industry. The process involves establishing specific operating limits for various process parameters, such as temperature, pressure, and chemical composition, within which the equipment is expected to operate safely and reliably. The API 584 standard provides a structured approach to defining and managing these IOWs. The process begins with identifying the critical process parameters that can impact the integrity of the equipment. This step requires a thorough understanding of the equipment's design, materials of construction, and potential damage mechanisms that could occur if the parameters exceed safe limits. Once the critical parameters are identified, the next step is to set the operating limits for each parameter. These limits are based on a combination of design specifications, historical data, and industry standards. It is essential to establish both normal and critical limits, where normal limits are the range in which the equipment should operate under typical conditions, and critical limits represent the thresholds beyond which there is a significant risk of equipment failure or damage. After defining the IOWs, the generation process includes implementing monitoring and control systems to ensure the equipment operates within the established limits. This involves regular data collection, analysis, and reporting to detect any deviations from the set IOWs. In case of a breach, immediate corrective actions must be taken to bring the process back within the safe operating range. The API 584 standard also emphasizes the importance of continuous review and updating of IOWs based on operational changes, new findings, or evolving industry practices. This ensures that the IOWs remain relevant and effective in preventing equipment damage and ensuring safe operations. #corrosion #inspection #processengineering #processsafety #refinery #petrochemical #oilandgas #chemicalengineers #process