51º Congresso Brasileiro de Geologia

Dados da Submissão


Título

IMPLEMENTATION OF NEW-WAVE DIGITAL SOLUTIONS TO MINIMIZE WELL CONSTRUCTION CO2 FOOTPRINT

Texto do resumo

This article explores the successful implementation of innovative digital solutions in the Llanos basin to optimize drilling parameters and reduce well construction time, resulting in significant environmental and operational improvements. Collaborative efforts between HOCOL and ADAGA led to the deployment of digital applications and tools for real-time monitoring, achieving an average 11% reduction in drilling time compared to the previous year. The automated analysis of historical and real-time data minimized human errors, enhancing efficiency through advanced analytics. The digital solution not only increased well construction efficiency and decreased drilling costs but also contributed to a noteworthy reduction in greenhouse gas emissions. The results highlight the potential of digital technologies in enhancing operational performance and sustainability within the oil and gas industry. The article discusses the theoretical framework, state of the technique, and experimental development, emphasizing the role of data analytics, automation, real-time monitoring, and environmental sustainability. The study showcases the tangible benefits of intelligent digital solutions, revolutionizing drilling operations, reducing costs, and significantly lowering CO2 emissions. The findings underscore the transformative impact of digital technologies in fostering a greener future for the oil and gas sector, emphasizing the importance of sustainable practices. It concludes with reflections on the potential of digital technology and the study's applicability for further improvements in drilling optimization and the broader adoption of digital technologies in the industry.

Palavras Chave

Drilling optimization; Digital drilling solutions; Real-time monitoring; Cost reduction; Environmental sustainability

Área

TEMA 13 - Transição de matriz energética e energia renovável

Autores/Proponentes

VINICIUS BEAL, Farid Abouzelof Cuellar, KSENIA KRYUCHKINA, Anton SHIRSHOV