SLB 推出了 Electris，这是一套数字化电动井完井技术组合，可提高产量和采收率，同时降低资产的总拥有成本。

Electris完井系统实现了井筒整个生产区域的数字化控制，提供整个油藏的实时生产情报。这使作业者能够自信地预测、调整并应对动态生产状况，从而在油井整个生命周期内改善油藏管理，并有效利用传统系统无法开采的储量。

生产系统总裁保罗·西姆斯 (Paul Sims) 表示：“Electris 完井技术将油藏管理提升到一个新的水平，使作业者能够以更少的成本投入，从资产中获得更多收益。随着大量‘易采’原油的开采，作业者正在遭遇越来越复杂的油藏。Electris 完井技术可以帮助改变这些油藏的生产经济效益，从而提高采收率，最大限度地提高资产的投资回报率。”

Electris完井技术已在五个国家/地区安装了100多套。在挪威，Electris完井技术被部署在海上，以提高大位移井的石油产量。作业者利用系统智能信息确定哪些区域对产量有贡献，从而优化石油产量并最大限度地减少产水量。通过Electris完井技术控制产水量，减少了将处理过的水提升并泵回油藏所需的能量。

SLB launched Electris, a portfolio of digitally enabled electric well completions technologies that boost production and recovery while reducing the total cost of ownership of an asset.

Electris completions digitalize control of the entire productive area of the wellbore, providing real-time production intelligence across the reservoir. This enables operators to predict, adapt and act with confidence in response to dynamic production conditions, improving reservoir management over the life of the well and accessing reserves that conventional systems leave behind.

“Electris completions take reservoir management to the next level — making it possible for operators to get more out of their assets with fewer requirements for costly well interventions,” said Paul Sims, president, Production Systems. “With much of the ‘easy’ oil already produced, operators are encountering more and more complex reservoirs. Electris completions can help shift the production economics in these reservoirs — resulting in higher recovery factors that maximize return on investment from the asset.”

There have been more than 100 installations of Electris completions technologies across five countries. In Norway, Electris completions were deployed offshore to enhance oil production in an extended-reach well. The operator is using intelligence from the system to determine which zones are contributing to production to optimize oil output and minimize produced water. Controlling water production with Electris completions has decreased the energy needed to lift and then pump treated water back into the reservoir.