PBE Podcast

Tony Van Zuilekom, a Halliburton product champion with nearly five decades of experience in petrophysics and formation testing. The discussion highlights the transition of the oil and gas industry from analog to digital technologies, with a focus on the evolution of well logging and reservoir analysis. Van Zuilekom details the capabilities of the Reservoir Examiner and its "Deep" variant, which uses high-rate pumps and high-resolution gauges to investigate deeper into rock formations than traditional methods. A significant portion of the dialogue explains how these advancements allow for real-time data streaming and improved well control while circulating hydrocarbons. Ultimately, this show emphasizes how modular technology and data integration help operators reduce uncertainty and make more economical decisions regarding hydrocarbon recovery.

At the 67th annual SPWLA symposium, experts from Baker Hughes discussed integrating artificial intelligence with advanced subsurface technologies in modern energy exploration. The company introduced Proxima, a platform designed for formation evaluation in challenging well conditions using through-pipe conveyance. They also highlighted the Maxima platform, which utilizes machine learning to improve the speed and purity of hydrocarbon sampling while significantly reducing operational costs. For well integrity, the new CICM acoustic tool allows for 360-degree casing and cement imaging directly on the drill pipe, doubling operational efficiency. These innovations support a wide range of applications, including traditional oil and gas, geothermal energy, and carbon capture initiatives. By offering integrated advisory services, Baker Hughes aims to optimize the entire reservoir life cycle through collaboration and data-driven solutions.

Peter Barrett of Halliburton discusses the evolution and technical importance of borehole imaging within the energy industry. He explains how this technology uses acoustic and resistivity data to create 360-degree subsurface visualizations, enabling experts to identify geological fractures and bedding. Barrett highlights the critical role of the SPWLA, a professional society that fosters global collaboration and the development of new digital initiatives. The conversation covers significant historical milestones, such as the 1969 origins of the first acoustic images and the later breakthrough of oil-based mud imaging. Ultimately, Barrett emphasizes the shift toward integrated data analysis and the vital importance of mentoring the next generation of petrophysicists.

Rubi Rodriguez and Emmanuel Caroli, the leaders of the SPWLA France chapter, are preparing to host the 2027 Annual Symposium in Pau, France. The upcoming event is particularly significant because it marks the centennial of the first well log, a technology originally pioneered in France. The organizers highlight that the conference will bridge the industry's historical roots with its future by introducing sessions on new energy frontiers, including carbon storage, hydrogen, and geothermal technology. Beyond the technical program, the hosts emphasize the multicultural collaboration and networking opportunities inherent in the society. They also invite attendees to experience the unique gastronomy and history of the Pau region while engaging with the latest advancements in petrophysics. Information regarding abstract submissions and event updates will be shared through the organization's LinkedIn page and website.

Integrity Insitu, a company founded by Corey Fehr to modernize the way the energy industry measures geomechanical rock properties. Traditional methods for assessing rock strength are often prohibitively expensive and slow, requiring physical core samples to be shipped to distant labs for testing. In contrast, this new technology uses downhole pressure meters and shear heads to gather real-time physical data directly within the borehole. This precision allows engineers to better understand insitu stress patterns, which is critical for optimizing hydraulic fracturing and preventing catastrophic caprock failures. By replacing indirect calculations with direct measurements, operators can increase production efficiency and improve the structural safety of complex drilling projects. The interview also highlights the entrepreneurial persistence required to introduce such disruptive innovation into a risk-averse industry.