The 65th annual Society for Petrophysicists and Well Log Analysts Symposium and Exhibition showcased our innovation and excellence in formation evaluation.
At the symposium, Halliburton’s booth buzzed with activity as our team engaged with fellow professionals, shared insights, and unveiled cutting-edge solutions. From advanced logging-while-drilling (LWD) technologies to virtual and remote operations breakthroughs, our presence created a hub of knowledge and collaboration.
Opening night icebreaker
On opening night, Halliburton hosted the conference Icebreaker event. Participants were invited to take a break from the heat of Rio de Janeiro and enjoy the cool atmosphere of the event, to connect, exchange ideas and network with professionals in the oil and gas industry.
Technical showcase
As the week progressed, Halliburton’s experts presented a series of technical papers that showcased various solutions to address subsurface challenges. The papers covered a range of topics, from the first-ever seven-pipe corrosion evaluation to the integration of shallow to ultradeep LWD data. These presentations demonstrated Halliburton's depth of expertise and how our contributions have advanced the knowledge of complex reservoirs.
SPWLA award recipients
Each year, SPWLA highlights its members' achievements, and once again, Halliburton’s team received several awards. These accolades reflect individual excellence, Halliburton’s collective knowledge, and how our technology advances the future of energy.
Gold Medal for Technical Achievement
Distinguished Technical Achievement Award
Distinguished Service Award
Global Distinguished Speakers 2023-2024
Outstanding Petrophysics Journal Paper 2024
Learn more about Halliburton’s formation evaluation solutions, expertise, and recent successes.
Near-bit, shallow, and ultra-deep resistivity service that enables accurate reserves evaluation to help place wells in the productive zone of the most complex reservoirs.
StrataXaminer™ provides more accurate well data to better evaluate production potential and increase return on investment.
Examine the smallest pores and characterize formations using high-resolution, best-in-class magnetic resonance logging.