The key objective of the LCP program is to innovate and integrate diverse energy generation technologies to enhance the sustainability and reliability of power supply for offshore operations. Each project focuses on developing efficient solutions—whether through hybrid power plants, advanced wind turbines, nuclear energy hubs, or improved high-voltage cables
The key objective of the HSE program is to enhance safety, sustainability, and efficiency in offshore operations through innovative technologies and strategies. Each project focuses on improving environmental monitoring, risk assessment, and resource management, with an emphasis on integrating circular economy principles and data-driven approaches.
By addressing critical challenges such as decommissioning, real-time risk mapping, and carbon emissions management, this program aims to create safer and more sustainable practices within the evolving offshore industry, ultimately contributing to a greener energy transition.
HSE Projects
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HSE.1 Circular economy strategies applied to the decommissioning of current and future FPSO platforms
The project is poised to redefine how we approach the decommissioning of FPSO platforms in Brazil. By identifying and implementing circular decommissioning strategies, the project aims to maximize the value derived from the entire lifecycle of these platforms. A key feature is developing a Virtual Decommissioning System linked to a Digital Model of the FPSO, which will include a comprehensive inventory of facilities and equipment, along with all technical and operational details. This innovative approach enhances sustainability and creates economic opportunities in the decommissioning process.
Technological Challenge
The project will advance the implementation of circular economy principles in offshore decommissioning, addressing the challenge of optimizing resource recovery and minimizing waste in the rapidly evolving offshore industry.
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HSE.3 Data science for monitoring the ocean and Brazilian coast: creation of the Digital Ocean Laboratory
Set to revolutionize environmental data management for sustainable initiatives. The Digital Ocean Laboratory will be a critical component of the OTIC digital network, providing the necessary infrastructure to collect, process, and generate valuable ocean data products. By utilizing innovative data mining and processing techniques on decentralized information from ongoing and future monitoring programs, the lab aims to enhance our understanding of marine environments within a low-carbon economy framework.
Technological Challenge
The project will advance the integration of data science technologies for ocean monitoring, tackling the challenge of efficiently managing and utilizing environmental data to support sustainability efforts in the offshore industry.
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HSE.4 Simulation center for reliability and risk assessment of remote offshore operations
Aims to establish a cutting-edge simulation center dedicated to enhancing the safety and reliability of remote offshore operations. This innovative center will facilitate the design and continuous refinement of quantitative predictive models for analyzing human reliability and the associated risks of operating complex systems. Its flexible, multipurpose, and immersive structure will allow seamless integration with digital twins, providing realistic representations of physical systems for more effective training and assessment.
Technological Challenge
The project will advance the development of immersive simulation technologies for offshore operations, addressing the challenge of improving human reliability and risk assessment in the evolving landscape of remote offshore industry practices.
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HSE.5 Real-time risk maps for offshore and subsea operations
This project aims to revolutionize risk assessment in offshore environments by developing an innovative methodology for real-time risk mapping. This tool will enable operators to identify and evaluate risks associated with specific locations within installations and their surrounding areas. The project enhances safety and decision-making by providing instant insights into potential hazards, ultimately contributing to more efficient and secure offshore operations.
Technological Challenge
The project will advance the development of real-time risk assessment technologies, tackling the challenge of enhancing situational awareness and safety in the increasingly complex landscape of offshore and subsea operations.
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HSE.6 Computational tool for carbon credit assessment in the energy transition of offshore production
Aims to develop a groundbreaking tool that quantifies emissions and analyzes carbon credit pricing specifically for offshore oil and gas production. This innovative tool will empower decision-makers by providing insights into investment opportunities for reducing and mitigating greenhouse gas (GHG) emissions. By examining both the environmental and economic aspects of potential technological changes in offshore production chains, the project seeks to foster a more sustainable energy transition.
Technological Challenge
The project will advance the integration of computational tools for carbon assessment, addressing the challenge of effectively managing emissions and optimizing investments in the rapidly evolving offshore energy sector.