In the vast desert hinterland of the United Arab Emirates, drilling operations thousands of meters underground are undergoing a revolution driven by artificial intelligence. For a long time, natural gas extraction in the Middle East and North Africa has been constrained by complex reservoir structures, and operators have often faced the blind zone dilemma of “being unable to see clearly, keep up, or drill accurately”. Today, a technology enterprise named DiLing-Technology (Wuhan) Co., Ltd. is attempting to break this bottleneck with “underground autonomous driving” technology.
Spun off from CUG, this startup has developed an intelligent drill bit control system called Geo-Brain. This system has completely changed the traditional oil and gas extraction mode that relies on manual experience.
“In complex deep carbonate reservoirs, traditional static geological models often have huge errors,” said Wu Junjiang and Xiang Dongliu, core R&D members of the team, in an interview. “We need to endow the drill bit with the ability to perceive and make independent decisions.”
Figure 1: Xiang Dongliu conducting technical exchanges with Egyptian customers
It is reported that the core of the Geo-Brain system lies in its three-layer architecture: a real-time drilling signal acquisition device, a real-time formation model correction system, and an intelligent drill bit steering control system.
In practical operation, this high degree of intelligence is reflected in its extremely precise control terminal. The operation interface of the system is simple and clear; once the target formation is not hit, the monitoring screen will prompt immediately, and the trajectory correction will be completed through algorithms in a very short time. This technology is currently in commercial operation in the Middle East and North Africa, generating significant localized economic and environmental benefits.
Figure 2: Geo-Brain product application interface
United Arab Emirates (Abu Dhabi): In the large-scale application of two major gas reservoirs, the system not only overcame the corrosion problem of high-sulfur gas wells but also increased the target formation hit rate to more than 90%, significantly reducing the single-well extraction cost. It was evaluated as a high-value demonstration project by the on-site gas reservoir manager.
Oman: In the core gas field with an annual drilling volume of more than 50 wells, the local VAST company gave the system an official high evaluation of “complete platform functions and stable operation”.
Egypt: Targeting the unique formation conditions in North Africa, DiLing-Technology has completed multiple rounds of engineering iteration tests on site. Team member Arafat (Egypt) said, “It is an honor to bring advanced technology to my hometown.” With its excellent signal stability and recognition accuracy, the product has successfully entered the local market and is currently in the substantive signing stage.
Figure 3: Team member Arafat (Egypt) going to Egyptian gas fields for on-site investigation
In addition to economic benefits, this system also meets the low-carbon transformation needs of the global energy industry. Through precise drilling trajectories, it effectively reduces invalid operation time and rig idling, increases natural gas recovery rate by 8.2%, and significantly reduces carbon emissions during drilling from the engineering source.
“We are competing with established international oilfield service giants on the same track, but our advantages lie in faster model response speed, more efficient services, and in-depth localized customization,” added Li Yuanping, legal representative of the company.
Founded in 2023, DiLing-Technology has currently achieved an initial revenue of 4 million RMB and is seeking a new round of financing of 15 million RMB in exchange for 15% equity. This fund will be used for its ambitious technology roadmap — to launch the industry’s first “Level 3 (L3)” intelligent natural gas development digital twin platform by 2030.
As many countries in the Middle East accelerate the refinement and green transformation of their energy structures, this kind of transnational technological output that can simultaneously achieve “cost reduction and efficiency improvement” and “low-carbon environmental protection” may be the wind vane of the global energy market in the next decade.
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To view the original version on ABNewswire visit: Technology Subverts Traditional Extraction: Wuhan Startup Introduces “Autonomous Driving” to Deep Natural Gas Drilling in the Middle East
