Join Halliburton at IPTC from February 12 - 14, 2024 in booth #4330, Hall 4 to learn more about how we deliver sustainable solutions and innovative technologies to maximize asset value for our customer.
For over a century, Halliburton’s innovative technologies and sustainable solutions have helped our customers around the world achieve tremendous success. From locating hydrocarbons and managing geological data to intervention solutions for successful abandonment, we are dedicated to helping our customers maximize value.
IPTC is the flagship multidisciplinary technical event in the Eastern Hemisphere focused on the dissemination of new and current technology, best practices and multidisciplinary activities designed to emphasize the importance of the value chain and maximizing asset value.
Providing enhanced ESP system optimization and extensive customizable well monitoring to meet all your production needs
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.
Offers a digital transformation of drilling solutions to reduce operational risks and ensure consistent well delivery.
From the pump to the wireline unit, our fully integrated ZEUS™ electric fracturing system offers an all-electric frac site that maximizes efficiency gains, reduces fuel costs and lowers overall emissions.
Fuzion®-EH was developed for SmartWell® systems for disconnect and reconnect of the tubing string and associated electric and hydraulic line umbilical.
Balances production flow and restricts unwanted production fluid, even with minimal viscosity difference between the produced fluids.
With the RELAY digital slickline system, you can improve well intervention efficiency, reduce uncertainty, and minimize environmental impact.
SPECTRUM 360 is the industry’s first flow through multi-side view camera, providing downhole visualization of well intervention services.
EquiSeal conformance sealant is a game changer in the treatment of horizontal wells or highly deviated wellbores.
Tailored design decisions employed by machine learning to improve the probability of operational success.
Navigate challenging pressure windows between pore and fracture pressure in complex wells to reduce drilling days and NPT.
The only cloud-based application that can take on high-volume and large-scale earth modeling.
Control, measure, and analyze surface well testing through automated workflows.
| Title |
|---|
| Completions & Case Studies |
| Integrated Reservoir Characterisation |
| Bore Hole Geology |
| Welbore Fluid Technologies |
| Geosteering, and Well Placement and Optimisation |
| Reservoir Characterisation I |
| Exploring the Cutting-Edge Capabilities of Robotics, Advanced Sensing, and IoT |
| Delivering Complex Wells |
| Towards Net Zero: Innovations in Emissions Reduction |
| Integrated & Case Studies |
| Advancements in Well Completions |
| Borehole Geophysics and Rock Physics |
| Strategy, Collaboration and Ethics in Digital Transformation |
| Unconventional & Drilling |
| Well Interventions and Abandonment |
| Faults and Fractures/Detection and Characterisation |
| Depositional Systems and Diagenesis |
| Drilling and Completion Equipment |
| Seismic Intelligence: Unveiling Earth Secrets with ML/AI |
| Completions and Rigless Operations |
| Experimental Findings and Technological Advances in CCUS |
| New Technologies for Well Optimisation |
