Onshore

Earlier this year, using Nabors provided technology, Vista electrified the first drilling rig in Vaca Muerta, Nabors PACE® F24, which is entirely powered by renewable energy.

Energy companies in the United States have reduced the number of operating oil and natural gas rigs for the second consecutive week, reaching the lowest count since January 2022, according to Baker Hughes' latest report.

Nabors, a leading provider of drilling solutions, has announced the launch of Nabors Integra Surface Services, a new offering aimed at revolutionizing drilling operations.

Pioneer and Sheffield rebutted the FTC’s claims, saying his efforts were an attempt to push back against the “predatory practices” of OPEC and Russia, which had flooded the market with oil on several occasions, including in 2020, to wipe out U.S. shale.

The acquisition, completed on May 3, allows ExxonMobil to more than double its footprint in the Permian basin, combining Pioneer's substantial acreage and industry expertise with ExxonMobil's technological leadership and financial strength.

SilverBow Resources Inc. has successfully executed a horseshoe lateral in the Austin Chalk formation of South Texas, transforming a one-mile well into an 8,900-foot U-shaped hole.

NOG's production surge was largely driven by exceptional performance in the Permian basin, which saw a sequential quarterly increase of 6% and represented record volumes for the company in the basin.

The company, serving as operator with a 75% stake alongside ONHYM at 25%, has initiated drilling at the Gaufrette prospect with the spudding of the RZK-1 well.

Halliburton Company has recently unveiled GeoESP lifting pumps, a cutting-edge submersible borehole and surface pump technology tailored for geothermal energy applications.

TAQA’s Threlix is designed to assist operators in mitigating drilling dysfunctions across multiple axis in Rotary Steerable Systems applications, improving drilling efficiency and cost reduction.

Join us for an innovative collaboration between ShearFRAC, Drill2Frac, and Corva, designed to revolutionize your completion operations through data-driven solutions. The journey to enhanced capital efficiency begins with Drill2Frac’s characterization of the lateral, providing a solid foundation for proactively developing an optimized completion strategy for the actual well drilled. During the stimulation treatment, ShearFRAC will showcase how pressure responses are continuously monitored, enabling real-time recommendations for operational adjustments. This process ensures that your operations remain responsive and adaptable, leading to improved performance. These processes are made possible through Corva's cloud-based data capture and analytics platform. This technology fusion paves the way for accelerated production recovery, minimizes fracture-driven interactions, reduces completion costs, and lessens the environmental footprint of your operations. We will equip you with the knowledge and insights necessary to harness the power of data and analytics, empowering you to enhance capital efficiency across the entire completion value chain.

Tackling scope one emissions from oil and gas operations requires innovative, purpose-built technologies that are economic and scalable. By incorporating a combination of advanced technologies such as engine management, fuel enhancing additives, traditional highline power sources, and energy storage systems into drilling operations we can effectively reduce scope one emissions from operations. We will showcase our comprehensive portfolio of drilling technologies, designed to reduce carbon emissions and fuel costs across the globe, regardless of rig type.

Existing data is everywhere, and not often easy to consume. It can be found in different databases, projects, and directories. Interpreting newly acquired data can take weeks. The information needed to make the best decisions is either lost in a sea of data or comes after the window of opportunity for action has closed. SLB is changing the data workflow and digital operations are advancing to help customers make the right decisions, at the right time, with the right information. Digitally assisted operations with Wellbore on DELFI help customers make better decisions during or just after data acquisition, when these decisions count the most. With existing data, Wellbore on DELFI leverages the OSDU™ Data Platform to break down barriers between users and their data. Users quickly analyze data and select relevant wells for automated interpretation, conditioning, and better operational planning.

Prime Mapping is a tubular field service carried out before running-in-hole that provides actual casing and tubing data enhancing drilling and completion operations. Prime Mapping can be run on the rig floor or at the yard by Vallourec trained technicians at any time, for tubulars from any supplier. The data is obtained using a portable device called In-Pipe Rover which uses laser and/or ultrasound technology. Prime Mapping provides full-length internal diameter (ID), wall thickness (WT), and outside diameter (OD) map with thousands of data points per pipe, providing calculated ovality, eccentricity, out-of-roundness, bore and metal volume. This actual geometric data is essential for packer setting and cement displacement, and mitigates casing wear while drilling, as it allows operators to optimize their casing and tubing strings before running, thus obtaining higher downhole performance. By performing the service in any field, Prime Mapping saves time, costs, and CO2 emissions for operators who no longer need to send pipes back to UT benches.

Join our expert, Mahmoud ElGizawy, to learn how automated survey management solutions can allow operating companies and service providers to access the most advanced directional survey correction algorithms to optimize drilling applications in real-time by providing accurate wellbore positioning data. This allows timely correction to the wellbore trajectory without requiring additional tools or onsite personnel. The automated survey solutions maximize reservoir production by accurately placing the well in the planned spot while avoiding collision with other wells in close proximity.

Understanding todays oilfield industry's electrification challenges is undoubtedly no easy task. With the mounting environmental mandates, continued pressure to manage operating expenses, and lowering emissions at the project site, it makes more sense than ever to have a power engineering partner. Investing in technology that will not only get your project up and running quicker and under budget but that’s' as well environmentally friendly. During this 60-minute webcast, we will discuss the topics facing the Upstream & Midstream Oil & Gas Industry and examine oilfield electrification methods to obtain greater operational efficiencies and also a means to reduce emissions by meeting and exceeding environmental requirements.

During this 60-minutes workshop, we will discuss the following: 1) "Everything You Need to Know about Flaring in 2022", presented by TJ McIntrye, Upstream Account Director and Irvin Schwartzenburg, Applications Engineer for Flow Products from SICK. 2) "Eco-Conscious Hydraulic Fracturing Has Arrived", presented by Seth Moore, Co-founder, Executive Vice President & Chief Operating Officer from Catalyst Energy Services and Tony McLain, Vice President of Sales from GD Energy Products.

TechnipFMC’s iComplete™ CyberFrac™ system is a fully digital and automated platform for controlling equipment operations during hydraulic fracturing through app-based configurability. In this webcast, John Eden will explain how this system enables well site managers and their teams to follow approved procedures and establish sitewide operational awareness through the Digital Handshake™ while reducing manual errors. John will also be joined by Tara West and Kelly McFadgen from Marathon Oil Corporation to offer customer testimonial to how CyberFrac has provided versatility and flexibility to their frac pads and the improvement they have seen firsthand after implementing the system within their Bakken asset.

The biggest challenge operators are facing today is the bottleneck at the shakers, the ability to drill faster and the shakers’ ability to keep up with the drill rates, also for those shakers to retain as much of the expensive drilling fluid as possible while keeping those fluids out of the waste stream. The MONGOOSE Max high-capacity shaker is the latest advancement in shakers, significantly increasing solids and fluid handling capacity by 35%, and fluid recovery by 40%. With the integration of the new vacuum technology, the overall oil on cuttings by weight average is 10% over the more than 18% with third-party shakers. The whole mud on cuttings is reduced by up to 40%, with the discarded solids passing 99% of the US EPA Paint Filter Liquids Test 9095B and lowering the solids waste stream by 25%.

As our industry transitions over the coming years toward fully decarbonized energy, we will be facing the imperative of answering the demand for conventional energy with new priorities on capital stewardship, increased productivity, and greater environmental sustainability. Investing billions of dollars in large new greenfield developments will become more and more difficult to justify. Operators will turn to their existing assets to connect additional resources and extract more oil and gas from them, with the priority on projects with low breakeven, low carbon, and short payback. Electrification of production systems will provide answers for this situation. But while operators fully understand the value of electrification for greenfield developments, its benefit for existing mature fields is less well known. This webcast will focus on the benefits of electrification for wells, subsea, and topside in brownfield applications. During this discussion, we will expand on the new capabilities enabled by electric systems that will help push existing frontiers. In addition, we will address some beliefs and myths and demonstrate that incremental investment costs for electrification of existing fields can return a large value while reducing the carbon footprint of our industry.

During this 60-minute workshop, we will discuss the following: 1) No Pressure — Learn More About Spontaneous Imbibition presented by Dr. Aaron Sanders, Technical Director of Oilfield Solutions from Stepan Oilfield Solutions. 2) Oilfield Chemistry — the Move from Design to Application presented by Brian Price, Vice President- Technology from Rockwater Energy Solutions