Drilling

Under the agreement, Halliburton and Sekal are collaborating on several technologies and services that incorporate Halliburton digitally integrated well construction solutions and the Sekal DrillTronics automation platform.

An innovative digital solution prepares an operational database and stores performance results of drill bits, motor power sections, RSS, BHA configurations and drilling fluids. After parameters of a planned drilling run are set, a multidimensional distance-based approach selects similar previous drilling runs for analysis. The process enables rational technology selection recommendations.

The drilling challenge remains the same: Drill faster and more efficiently to reduce drilling time. New technologies are being introduced to evolve to one run intervals, which reduces drilling time.

Coretrax will deploy its leading ReLineMNS and ReLineHYD expandable casing patches to effectively isolate trouble zones and increase production on the operator’s existing wells.

The rugged Delta connection provides wider field inspection tolerances. This case history illustrates how focusing on KPIs can lead to inefficiencies and increased costs, and more importantly, how to avoid this trap.

Partnering with a coupling expert can help meet or exceed the industry’s most rigorous tolerance and quality standards.

The total includes 709 to drill new oil or gas wells, 10 to re-enter plugged wellbores and 80 for re-completions of existing wellbores.

International activity outside the U.S. continues its growth, as most regions will see a pick-up in drilling. Global oil production posted an unusually stout increase last year, and another solid gain is anticipated this year. Offshore activity is particularly healthy in several regions.

TWMA will deploy its award-winning RotoMill solution alongside its newly launched XLink cloud-based, real-time monitoring technology across four artificial island drilling units to promote efficiency whilst minimizing the project’s carbon footprint.

OPEC’s 1-MMbopd production cut, coupled with increased global demand, pushed crude prices to a nine-month high in September. Yet, U.S. operators have shown restraint, and according to World Oil’s mid-year forecast, this trend will continue, as activity is projected to decline slightly during second-half 2023.

Caution leads the way as Canada’s oil industry seeks to find the balance between burgeoning global needs for its ethically and sustainably produced energy and increasingly punitive policies from Ottawa that threaten industry’s ability to meet demand.

Exploration ≥ Drill, Pump, Sell

Dodging the hot zone

Drilling Activity generates a significant amount of data. This data is typically captured across a variety of sources such as time and depth series data from geological surveys and drilling operations, unstructured data from End of Well reports, and structured data from internal IT systems. To date, synthesizing this data into a usable format and generating actionable insights has been a challenge. In this talk, we present results from a fielded Gen AI solution that synthesizes data from our historic drilling wells in Romania and provides a natural language interface for drilling experts to interact with. Additionally, it provides recommendations for optimizing well design and performance parameters based on past results. Our goal is to reduce project costs by streamlining information discovery and improve decision accuracy by leveraging data-backed insights.

The PulseStar service uses telemetry for remote operations to minimize human interaction and enhances on-bottom drilling time.

Halliburton’s BaraFLC Nano-1 sealant uses nanoparticles to reduce interaction between filtrate and reactive shale formations, preventing pore pressure transmission. This helps strengthen wellbore integrity, which can extend drilling time and efficiency.

The GuideStar service enhances well delivery by increasing the understanding of the centerline wellbore placement and reducing survey time.

Geological evaluation of subsurface is an essential component of formation evaluation that connects well-centric data to reservoir scale. Recent technology breakthroughs in logging-while-drilling (LWD) borehole imaging and advanced surface logging have attracted substantial attention of the energy industry, more so for possible applications in sustainable energy initiatives. Digital innovations have led to development of smart and efficient solutions that can be made available in real-time for strategic decisions as the well gets drilled. Geology while drilling is taking the center stage from picking mineralogy on cuttings to inferring depositional architecture and structural framework with image logs with deep learning workflows and artificial intelligence embedded in the tools. Geothermal, hydrogen exploration and carbon sequestration all can benefit with these digital innovations in geology while drilling.

SecureWell is the first industry training to teach proper selection, installation and use of primary barriers when working in a live hydrocarbon environment.

The total includes 710 to drill new oil or gas wells, 8 to re-enter plugged wellbores and 92 for re-completions of existing wellbores.

Eliminating the need to transport drilling waste long distances for treatment, the RotoMill 2.0 processes drilling waste at the wellsite. The solution recovers oil, water and solids from drill cuttings, allowing the reuse and recycling of all materials from the drilling waste.