Offshore platform adaptation to climate change through technological optimization and advanced monitoring

Climate change is one of the major challenges of the 21st century for the off shore oil industry, generating fundamental changes in operating conditions and requiring complex technological adaptations. This paper investigates the vulnerability of offshore oil infrastructures to the effects of climate change, analysing the impact of temperature increases, sea level changes and the intensification of extreme weather events on offshore platforms. By analysing the specialized literature and evaluating the data, the study identifies the main risks to which these infrastructures are exposed and proposes integrated optimization and adaptation strategies. The results highlight the need to implement advanced structural monitoring technologies, develop multi-criteria optimization methods and integrate renewable energy solutions to increase the resilience of offshore platforms. The analysis shows that infrastructure in Arctic regions is exposed to risks caused by permafrost instability, and many major European terminals are vulnerable to sea level rise. Our paper proposes a unified conceptual model that integrates structural optimization technologies, continuous monitoring solutions, and modern risk management approaches to maintain the safety and sustainability of offshore operations under conditions of intensifying climate change.