... subsurface co 2 geology artificial intelligence climate change scenario threat carbon capture utilization effectiveness likelihood Introduction Carbon Dioxide Capture Utilisation and Storage (CCUS) has the potential to be a useful tool to mitigate anthropogenic CO 2 emissions ( IPCC, 2005...

... incident threat jumper Introduction This paper presents a summary of the Sureflex JIP, the latest phase of which formally commenced in 2021 and was completed in 2023, and now continues in a network phase. The primary aim of the project is to gather, analyse, desensitise, present, and share...

... integrity sub-sea system flowline corrosion assessment riser corrosion complexity asset and portfolio management artificial intelligence pipeline corrosion sensor infrastructure inspection adaptive behaviour threat vehicle life extension context risk assessment robotic technology subsea...

... model co 2 database threat hazard consequence dispersion air emission concentration diameter loc frequency interaction Introduction During the 2021 G20 Summit in Rome, the leadership of participating countries confirmed their commitment to radically reduce atmospheric emissions...

... Abstract Bow-ties are increasingly used in multiple industries to effectively manage risks during operation. Benefits of bow-ties include clear communication, operator ownership, relationship between safeguards for various threats and consequences, and the visibility of safeguard health during...

... extension process is based on a threat assessment philosophy which ensures identification and assessment of all possible threats to the integrity of the TTR in its extended life. The JIP process is validated against three real life TTR systems that are nearing the end of their design lives. Potential...

... used during the past decade to monitor vessel activities for logistical and safety purposes. Combining AIS data with radar and other input gives operators the information they need to detect, assess, and mitigate threats to offshore infrastructure before an incident can occur. This new way to manage...

...’ technologies have the potential to help operators unlock hidden value in untapped assets through acquisition and analysis of more data. artificial intelligence digitalization operation data security infrastructure upstream oil & gas threat cyber attack adoption information cybersecurity...

... if these controlled systems are dispersed in decentralized locations. To sufficiently combat the growth of threats in both number and sophistication, combined with the scarcity of security talent, the oil and gas industry needs a stronger approach to cybersecurity. AI-based solutions for cybersecurity can monitor...

... a detrimental impact on production? The Production Chemistry threats to business are getting more challenging and frequent, reflecting the changing complexity of our Project and Operations portfolio (deeper water and complex interventions, longer subsea tie backs leading to colder fluids and more wax...

... Abstract The industry is good at identifying risks, but in some instances is less proactive in ensuring the effectiveness and robustness of risk mitigating barriers. This becomes critical in deepwater Flow Assurance (FA) operations as latent threats, such as hydrate blockages can lead...

... The requirement to establish, implement and maintain an Integrity Management System (IMS) is crucial for safe guarding the pipeline assets of any Operator. Risk assessment represents a key element of such a system and requires evaluating the risk for all potential threats jeopardizing...

... norwegian continental shelf threat offshore technology conference design lifetime riser corrosion inspection well integrity erosion instrumentation upstream oil & gas operator References References Tveit , E. , Sivertsen , H. , Hernæs , S. 2014 . Experience from Field...

... protection process component safety device undesirable event requirement threat safety requirement safety analysis safety system OTC-25366-MS Safety Systems for Subsea Applications Christopher J. Curran, BP Copyright 2014, Offshore Technology Conference This paper was prepared for presentation...

... failure, and lower the cost of inspection and maintenance. subsurface corrosion visual inspection upstream oil & gas tank riser corrosion corrosion management objective splash zone cathodic protection screening threat well integrity life cycle management pipeline corrosion...

... auv pipeline inspection new approach artificial intelligence recognition subsea system post processing sensor threat midstream oil & gas requirement sonar offshore technology conference detection autonomous underwater vehicle auv pipeline otc 24224 upstream oil & gas...

..., such as internal corrosion, environmental cracking, erosion, etc., have been somewhat overlooked. These mechanisms are equally major threats to the integrity of any infrastructure, especially within high-risk deepwater and arctic applications. It is noted that such root causes of failure as witnessed in practice...

... that could impact the health and safety of personnel or the environment; or be a cause of facility downtime. Features of a typical IM process are shown in Figure 1. operation platform artificial intelligence offshore technology conference real time system threat information consequence...

... injury lessee personnel us government contingency planning maintenance upstream oil & gas inspection incident pillar information safety compliance emergency operator threat accident OTC 11985 Spill Prevention Through Utilization of Preplanning and Inspection Programs Candice Fisher...

... Abstract Acts of violence directed at the oil industry continue to escalate on a worldwide basis. To reduce financial losses and enhance the security of employees and assets, executives are advised to take the following proactive steps: Conduct an independent threat assessment to determine...