IADC World Drilling: A Digital Approach to Geothermal Drilling

At the IADC World Drilling Conference in Amsterdam, ID3 Software & Kwantis delivered a poster presentation - coauthored with Enel Green Power - on enhancing geothermal drilling efficiency and economic viability through digital innovation. 

Data-Driven Drilling 

The paper, “A Digital Approach to Geothermal Drilling: Boosting Efficiency and Economic Viability,” outlines a comprehensive digital strategy to reduce drilling costs, streamline operations, and enhance decision-making. With drilling accounting for up to 50% of geothermal CAPEX, the integration of real-time data analytics and predictive maintenance is proving essential for economic viability. 

Hybrid Data for Smarter Decisions 

The digital approach begins by combining high-frequency sensor data with traditional reports, such as Daily Drilling Reports and equipment specs. This hybrid dataset enables automatic recognition of key operations, driving smarter tracking of performance indicators like Rate of Penetration (ROP), tripping speeds, and connection times. Insights from this data are then used to optimize future well planning, monitor ongoing operations in real time, and analyze post-well performance. 

Time Losses with Real-Time Analytics 

One major highlight is the use of real-time KPI monitoring to detect “Invisible Lost Time” (ILT) - the subtle, cumulative inefficiencies that often go unnoticed but significantly impact costs. Through benchmarking and continuous analysis, drilling teams can detect and address these gaps, leading to more consistent and cost-effective performance. 

Optimizing Equipment and Operations 

The initiative also extends to equipment optimization, notably through bit performance analysis tied to specific formations. This ensures not only improved ROP but also reduced tool failure and non-productive time. Historical performance data supports smarter selection of tools and more accurate budgeting and scheduling. 

A Unified Digital Infrastructure for Geothermal Lifecycle 

At the core of this approach is a centralized geothermal data hub that consolidates high-frequency sensor data, low-frequency daily reports, equipment metadata, and operational KPIs. This digital ecosystem enables real-time monitoring, predictive analytics, and seamless decision-making across disciplines. Engineers, geologists, and operators gain synchronized access to performance benchmarks, enabling improved planning, adaptive operations, and post-well analysis. 

The integration of drilling data into existing plant digital systems not only enhances cost efficiency through reduced non-productive time (NPT) and invisible lost time (ILT) but also fosters a continuous improvement loop. Predictive maintenance tools, drill pipe management, and dynamic bit selection are just a few outcomes enabled by this data unification. 

Toward a Smarter, Sustainable Future 

This digital drilling blueprint doesn’t just promise savings - it’s a strategic evolution toward smarter, more sustainable geothermal development. As the energy sector advances, the integration of digital tools is proving to be not just beneficial, but essential.