YANTAI, China, May 27, 2025 — AI is quickly changing the upstream oil and gas sector by turning difficult, data-heavy processes into very effective, predictive workflows. A recent IEA report on Energy and AI says that using AI to optimize processes can increase hydraulic fracturing efficiency by as much as 20%. This improvement comes from adjusting pump rates, proppant mixes, and fracture schedules in real-time based on data from down-hole sensors. As energy companies aim for better productivity and safer operations, AI is becoming an essential tool, and companies like Jereh are leading this change.
With years of experience in equipment, Jereh has created a special R&D program to include AI in all of its oilfield solutions. One key example is Jereh’s AI•R FRAC solution, an AI-driven fracturing platform that was shown at cippe 2025. This platform has eight subsystems, including smart decision-making algorithms, predictive maintenance modules, automated manifold control, real-time safety monitoring, and more.
In actual use, the system has been 97.8% accurate in predicting pump failures and 100% accurate in detecting anomalies in high-pressure situations, which has led to a 36% increase in operational efficiency. Its smart safety and risk management features identify risks to equipment and personnel with 100% accuracy, greatly improving safety on site. By using Jereh’s own turbine generators and advanced energy storage systems, the solution supports operations that are off-grid and have low emissions, reducing fuel use by up to 15%. Besides better performance, the smart electric wellsite significantly lowers environmental impact and improves decision-making through central AI control.
One of the most important uses of the AI•R FRAC system was in the Sichuan Basin in southwest China, where it powered the first ultra-deep shale gas fracturing operation in the area using a fully electric, AI-driven platform. This operation included 18 electric-driven 6000 HP fracturing units, as well as electric-powered blending and hydration units, all managed by the AI•R FRAC system. Instead of just adding electric drives to diesel systems or using basic digital controls, Jereh’s method completely integrates AI across all subsystems to create a single, intelligent fracturing system.
In natural gas compression, Jereh’s Compressor Intelligent Diagnostic System uses AI models on the industrial internet to provide real-time, remote monitoring and predict failures. By spotting small changes in vibration patterns and load profiles, the system allows for predictive maintenance, which reduces unplanned downtime by up to 30% and makes equipment last longer.
As the oil and gas industry aims for operations that are autonomous, low-carbon, and highly efficient, Jereh’s AI-integrated approach is showing clear results. By including AI in every part of its electric-driven hardware and monitoring platforms, Jereh is helping operators move from simply reacting to problems to making proactive, data-based decisions. As the industry continues to pursue higher goals for efficiency, safety, and sustainability, these integrated AI solutions offer a clear path to the predictive, zero-downtime oilfield of the future.
SOURCE Jereh Group
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