... the oil and gas industry. Despite regulatory standards and traditional safety practices, the limitations of conventional technologies hinder continuous monitoring and rapid emergency response. In this context, the present study introduces the development, integration, and validation of a technological...

... of applying RFID technology in a submerged environment and was conducted in partnership between PETROBRAS and the Brazilian startup I-DUTTO. The evaluated solution consists of a set of adapted commercial RFID devices, where the active reader would be integrated into a submarine vehicle, and the passive tag...

... Abstract The advent of unmanned offshore platforms in the Gulf of Mexico (GoM) signifies a transformative leap in the oil and gas sector, driven by the integration of Artificial Intelligence (AI), the Internet of Things (IoT) systems for advanced automation of engineering optimization...

...-Loop," an integrated and automated workflow designed to transform collaboration between geosciences and engineering disciplines in reservoir modeling, characterization and data assimilation. BR-Loop connects all critical steps—from seismic depth conversion to prediction and reservoir management—while...

... efficient and reliable by acting as a systems integrator. One of the technologies offered by the business is a subsea-based, rechargeable pressure-encapsulated battery unit, which provides an efficient, reliable and cost-effective power output for use cases across the offshore environment, including...

... project management natural language information machine learning strategic planning and management petrobras governance database implementation chapter monitoring and control dashboard management practice offshore technology conference decision-making milestone integration application...

... a lifespan of around five years, regular replacement or maintenance are necessary. Traditionally, this would involve retrieving the entire Intelligent Completions from the well, a process that is both time-consuming and costly. However, the integration of a downhole Wet-Mate tool provides a significant...

... of physics-based modeling combined with real-time data integration. These methods excel in providing comprehensive system state estimates, though they typically require more computational resources and longer processing times compared to conventional monitoring approaches. Machine learning and artificial...

... have optimized time by 30%, reduced inspection activities by 25% and cut associated costs of digging test holes and conducting inspection by 40% Who can contribute to PRAISE or adopt it The PRAISE framework continues to evolve with integration between existing and explored solutions. Many pilots...

... of strength and balance in an operation ( Echevarría, 2003 ). The authors identified several key sources that align with this concept: a) Data Integration and Analysis, b) Operational Efficiency and Automation, c) Integration of Cyber-Physical Sensors, and d) Decision-Making based on Insights and Tendency...

..., mitigation of execution phase risks and application of some technologies for the first time, thus maximizing asset value. The overall approach considered an integrated governance to track project and expedite decision-making process from concept and technology selection to authorization and execution phases...

... Abstract As offshore wind (OSW) energy expands, concerns arise about its potential impacts on wildlife, particularly birds and marine mammals. Addressing these concerns requires effective monitoring systems that can be seamlessly integrated into OSW operations. Given the complexity...

... Abstract The proposed paper presents a Generative Adversarial Network (GAN)-based machine learning framework designed to predict, treat, and prevent scale formation in offshore oil and gas operations. By integrating dummy data that simulates real-time well data, geochemical analysis...

... Abstract Free span analysis is essential for the integrity management and life extension of subsea assets at Petrobras. It ensures operational safety and efficiency, minimizes environmental impacts, and supports the company's long-term sustainability goals. This paper presents IntegriSpan...

.... This aligns our operations with the necessity of adopting a more efficient production model in terms of GHG emissions. Adaptation of an existing FPSO. Energy integration. Gas turbines with Waste Heat Recovery Unit (WHRU). Use of Atlanta crude oil as fuel. Closed flare System. Hydrocarbon...

... Abstract The objective of this paper is to investigate the effects of integrating heavy oil sandstone reservoir and surface facility models with liquid-liquid subsea separation (LLSS) systems on the forecasting, deliverability, and decision analysis within closed-loop field development...

... to the subsea and topside infrastructure, considering additional requirements and current limitations on power and communication to the wells. The solution developed for initial implementation of these technologies relies on the development of a dedicated subsea interface system, however future integration...

... Abstract Emerging technologies have been demonstrating their potential to improve productivity, safety, and operational efficiency in the oil and gas industry. However, defining clear strategies, effectively integrating the operational workforce, and transforming operation and maintenance (O...

... Abstract The primary goal of this invention is to revolutionize production engineering by addressing the challenges of integrating unstructured intervention reports with structured production data. Existing systems are unable to provide a seamless integration that enables comprehensive analysis...

... field data to predict relative permeability curves. The procedural framework involves data compilation, model training, application to real field data, and integration with reservoir simulation. In data compilation, synthetic simulation outcomes, including water-oil relative permeability curves, oil...