How can well intervention help you optimize production?

As the need to produce more with reduced cost and lower environmental impact is more important than ever, well intervention is key to improve production performance. But many well intervention operations don’t meet customer objectives of incremental barrels. So how can you ensure the best intervention outcome, every time?

A collaborative operating model for well intervention

Unlike a traditional transactional customer-vendor relationship where service company and customer objectives are often misaligned, SLB partners with you to align our success criteria with yours. We leverage a unique performance-based operating model that results in a win-win outcome. Through collaboration, our domain expertise, rich technology portfolio, and digital workflows, this performance-based model improves well intervention, accelerates production, maximizes recovery in mature fields, and reduces the cost of the value chain instead of infill drilling as an alternative.

No matter your intervention challenge, we have a wide range of SLB technologies to ultimately optimize your production performance:

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To optimize production, SLB leverages Intervention Advisor software, an integrated digital workflow used for candidates, methods, and technology selection to manage risk, reduce the cost of the value chain, and enhance production and recovery. Intervention Advisor maps the production challenge—be it well integrity, flow assurance, conformance, etc.—to a solution portfolio that suggests the optimal diagnosis, remediation, and even prevention methods to avoid future recurrence. The software embeds SLB technologies as well as complementary technologies from some of our industry partners.

Make informed, data-driven decisions

Built into Intervention Advisor software are multiwell contingency plans. The software can predict intervention outcomes, how many incremental barrels can be achieved for each scenario, and the chances of success. With these insights, you can make an informed, data-driven decision prior to executing the intervention operation.