コイルドチュービング業務におけるデジタル革命：介入効率・資産信頼性・持続可能性を再定義する遠隔運用センターの枠組み

Unofficial AI-generated summary based on the public title and abstract. Not an official translation.

🔬研究者:デジタル運用と排出削減・資産信頼性の因果を定量化した実証事例として参照可能。

🏢実務担当者:遠隔監視体制の導入が保守費・排出・設備寿命に与える効果のベンチマークになる。

🏛政策担当者:産業部門のScope1/3削減に向けたデジタル化投資の政策的意義を示す。

Coiled tubing (CT) interventions have traditionally required significant field presence, intensive personnel deployment, and reactive decision-making. A Remote Operations Center (ROC) framework, integrating real-time asset health monitoring, live operational parameter surveillance, and remote expert engagement, fundamentally challenges this model. Deployed across a long fleet of CT units and validated in more than 100 jobs, this framework redefines how interventions are monitored, managed, and optimized by reducing well-site personnel dependency. The framework operates through two integrated digital layers and three synchronized pillars. An asset health and monitoring platform delivers real-time visibility across injector head performance, pressure control equipment supply pressures, hydraulic readings, engine diagnostics, maintenance status, and operational parameters for each CT unit. A remote screen access and communication interface enables live data viewing, direct supervisor engagement, and real-time technical intervention without physical presence. Three pillars govern execution: a Field Team responsible for on-location job execution, a ROC Team providing live monitoring, engineering oversight, and technical decision support, and a Reliability Team managing equipment anomaly detection, alarm generation, and notification workflows. Deployed across a fully digitalized fleet of CT units, the ROC framework consistently demonstrated its ability to detect and resolve critical deviations before escalation—including job design, treatment execution, equipment performance, tubing force verification, injector head chain behavior, and BOP supply conditions—interventions that conventional field-only execution models would have missed or delayed. Operational efficiency increased by 80% year-on-year. Pipe failures were eliminated entirely in the first full deployment year. CT pipe life extension reached 39% in underbalanced operations and 78% in conventional operations, delivering combined maintenance savings exceeding 20% of the annual cost in supplies. Injector head chain twist incidents dropped 64% year-on-year. Sustainability outcomes proved equally transformative: diesel consumption fell 45% year-on-year, saving over 2.6 million liters, with reductions of 27 metric tons CO2e in Scope 1 and 545 metric tons CO2e in Scope 3 emissions. These combined results establish remote operations not as a support function, but as a core enabler of safer, smarter, and more sustainable coiled tubing intervention delivery. Remote monitoring concepts exist broadly across oil and gas, yet a purpose-built ROC governing an entire CT fleet through integrated asset health surveillance, live parameter monitoring, and synchronized three-pillar expert engagement represents a step change in how coiled tubing interventions are managed. This framework establishes a new operational benchmark for the industry, offering a scalable and replicable blueprint to elevate CT intervention performance, asset reliability, and sustainability through structured digital transformation

• semanticscholar https://doi.org/10.2118/236316-msfirst seen 2026-11-05 05:43:53 · last seen 2026-11-06 05:18:07