Explorer
Explorer is a powerful tool for the decision-making process. It enables drilling teams to analyse 7 data categories of drilling lifecycle records and find data insights.

Cost Analysis

Cost comparing and benchmarking involves evaluating the performance of various aspects of completed drilling operations. By understanding the performance of each component of operation, it is possible to identify areas where costs can be reduced.

Equipment

Rental equipment represents a considerable portion of the drilling operation budget, and any equipment malfunction can impose additional costs on drilling operators.
Opting for high-performance equipment can result in cost savings and increased efficiency, leading to a more effective drilling operation.

Service Cost

Drilling service costs constitute a considerable portion of the overall project budget.
Identifying a reliable service provider for the project can mitigate the risks of potential challenges. Conducting a comparative analysis of service company performance across different projects empowers the engineering team to make more informed decisions and minimize risk.

Rig Cost

Evaluating the performance and cost of drilling rigs can assist in selecting the contractor with the highest efficiency.
By assessing rig contractors in various projects, engineers can make informed decisions and identify the most suitable contractor for their drilling operations.

Drilling Fluid Additives

Significant portions of the drilling budget are typically allocated to purchasing mud materials, which can contribute to project costs. Any issues that arise during drilling, such as lost circulation, can further increase these costs.
To mitigate these expenses, selecting high-performance drilling fluid additives can reduce the volume of materials required, while also easing the logistical burden.
Bit Record

Drill bit record comparison includes analysing data such as footage drilled, rate of penetration (ROP), wear characteristics and more. This information can be used to identify trends in drill bit performance, such as which types of bits are most effective for specific drilling conditions or which bits require more frequent maintenance.

Bit Performance

High-performance drill bits can reduce drilling time and trips, but identifying and selecting the most efficient bit requires evaluation and analysis of bits in various conditions.
Assessing drill bits across multiple wells enables engineers to identify high-performance bits based on factors such as depth, formation condition, and more.

Well Section

The comparison of multiple well sections is the process of finding the problematic intervals and associated actions that have been made to resolve the challenge. The analysis enables the engineering team to focus on the problematic zone to find the root causes of issues and implement targeted solutions to improve drilling efficiency.

Section Analysis

Analysing drilling parameters across various wells provides valuable insights into the acceptable range of parameter values and helps estimate the time required for drilling operations.
Understanding the valid range of drilling parameters enables operators to optimize drilling operations and minimize operation costs.

Drilling Parameters

Drilling problems can arise from a variety of factors, such as well location, equipment, and drilling parameters.
By collecting and analysing observed problems and solutions, engineers can make more reliable decisions and improve the efficiency and performance of drilling operations.
Drilling Fluid

The identification of trends in drilling fluid properties (DFP) across multiple wells can be a valuable tool for justifying future well plans. By conducting an in-depth analysis of DFP in problematic intervals, engineering teams can effectively maximize drilling performance and mitigate potential issues. This approach enables a proactive approach to optimizing drilling operations, ultimately leading to increased efficiency and reduced costs.

Drilling Fluid Properties

The drilling fluid properties in multiple wells of an oil field typically have a similar range.
By assessing the data and extracting the valid range for mud properties, operators can optimize drilling operations and maximize performance.

Additive Materials

The quality and effectiveness of performance drilling fluid additives can vary significantly. Identifying high-performance materials can be accomplished through a detailed analysis of their usage in the same interval across multiple wells. By conducting this comparison, drilling operations can be optimized to enhance performance and reduce project costs.

Used Material Performance

Analysing material consumption can lead to reduced operation costs, making drilling operations more efficient and cost-effective.
By evaluating the mud material inventory in multiple drilling operations, engineers can determine the appropriate order quantity and evaluate the performance of materials used.
Log Dataset

Evaluating log datasets across multiple wells can reveal the drilling parameters in problematic intervals. Such comparison enables engineers to find the optimum range for parameters, leading to a reduction in potential issues and associated costs.

Drilling Parameters Analysis

Comparing drilling parameters across multiple wells can provide valuable insights into the causes of problems, problematic intervals, and opportunities for optimization.

Stratigraphy

Formation correlation among multiple wells assists engineers to know formation top depths. Stratigraphy tool, providing formation top depths across multiple wells within the same field. 

Formation Correlation

Well correlation is the process of identifying similar stratigraphic layers in nearby wells.
Analyzing observed formation top depths helps drilling engineers to design tubular plan and make more reliable decisions for drilling operations.

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