Advanced engineering, feasibility studies, and well construction advisory
for Dual Gradient Drilling (DGD), MPD, and ultradeep projects.
Ultradeep’s engineering studies & advisory team supports operators in planning and executing the most challenging wells — from ultradeep gas to high-heat geothermal.
Our specialists provide end-to-end support: well design optimization, feasibility assessments, technology selection, field supervision and integration of dual gradient drilling into client operations.
Evaluate potential for ultradeep gas and geothermal wells, including drilling window analysis and casing design.
Apply DGD methodologies to reduce casing strings, improve bore size, and extend lateral reach.
Provide on-site technical supervision during drilling, ensuring safe and efficient execution of DGD and MPD operations.
Procedures for MPD/DGD operations, HSE integration, equipment selection, and risk mitigation.
Conduct comprehensive reviews of drilling performance, lessons learned, and continuous improvement strategies for future projects.
Quantify reductions in drilling time, cost, and carbon footprint through DGD implementation.
Conventional methods often make ultradeep targets uneconomic due to excessive casing, reduced bore size, and high non-productive time.
Ultradeep engineering studies deliver strategies that cut well costs by 30–50%, reduce casing by up to 50%, and enable projects once deemed impossible.
Validating decanter centrifuge performance for continuous annular pressure management in deepwater applications.
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Demonstrating the efficiency of Double Gradient Drilling in fractured, high-risk formations of Eastern Siberia.
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