今年3月，SLB推出了其EWC系列电控井控技术，该技术通过电力系统为井控组件提供持续的按需供电。5月7日，SLB压力控制设备领域专家马修·吉文斯在休斯顿举行的2025年油田技术大会上接受了DC的采访，他阐述了电控井控技术相较于传统液压技术的优势——例如，液压系统中的软管、阀门和执行器网络如何使其安装成本更高。他还讨论了电力系统如何为现场技术提供电力，以及最近在美国墨西哥湾和北海开展的该技术应用工作。
今年3月，SLB推出了其EWC系列电控井控技术，该技术通过电力系统为井控组件提供持续的按需供电。5月7日，SLB压力控制设备领域专家马修·吉文斯在休斯顿举行的2025年油田技术大会上接受了DC的采访，他阐述了电控井控技术相较于传统液压技术的优势——例如，液压系统中的软管、阀门和执行器网络如何使其安装成本更高。他还讨论了电力系统如何为现场技术提供电力，以及最近在美国墨西哥湾和北海开展的该技术应用工作。
In March, SLB launched its EWC line of electric well control technologies, which are run through an electric power system that delivers a continuous supply of on-demand power to well control components. Speaking to DC from the 2025 OTC in Houston on 7 May, Matthew Givens, Domain Expert – Pressure Control Equipment at SLB, spoke about the advantages electric well control technologies provide over conventional hydraulic technologies – for instance, how the network of hoses, valves and actuators in a hydraulic system make them more expensive to install. He also discussed how the electric power system deploys power to the technologies in the field, as well as the recent work being done with the technologies in the US Gulf of Mexico and in the North Sea.