Our xOptim suite offers a comprehensive range of advanced software tools designed to enhance efficiency, reduce costs, and optimize operations across the entire lifecycle of oil and gas projects. Each module is engineered with cutting-edge technology and tailored features to meet specific challenges in drilling, completion, production, reservoir management, cement evaluation, and plug & abandonment (P&A).
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This module improves drilling efficiency by optimizing drilling parameters and workflows. It includes advanced capabilities for recognition and mitigation of invisible lost time (ILT) and non-productive time (NPT), while increasing safety to minimize risks and ensure reliable well delivery at lower costs.
Designed to streamline and enhance a variety of completion activities—including completion string running, hydraulic fracturing, coiled tubing, and wireline operations—this tool focuses on reducing non-productive time (NPOT) and incidents of lost time (ILT), while increasing overall operational efficiency and effectiveness.
The production module leverages advanced production forecasting, network modeling, and artificial lift analysis to maximize hydrocarbon recovery and optimize surface facility performance, ensuring sustainable and efficient production management.
This module provides fluid characterization by modeling fluid properties under various pressure, volume, and temperature conditions, supporting better reservoir characterization and improved production forecasting
This module automates the evaluation of cement integrity in wells by integrating data from multiple sources such as logs, pressure tests, and cement bond evaluations. It ensures zonal isolation and well integrity, reducing the risks associated with poor cementing and enabling timely decision-making to avoid costly remediation.
Plug and abandonment operations are critical to safely and compliantly retiring wells. This tool systemizes P&A planning by providing robust workflows, regulatory compliance tracking, and cost estimation to optimize the abandonment process while minimizing environmental and financial risks