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Tendeka Uses Real-Time Telemetry Data to Improve Clients’ Operating Efficiency
技术
- 基础设施即服务 (IaaS) - 云数据库
- 平台即服务 (PaaS) - 数据管理平台
适用行业
- 石油和天然气
适用功能
- 商业运营
服务
- 云规划/设计/实施服务
- 软件设计与工程服务
挑战
如果井下安全阀发生故障，石油和天然气生产商将面临严重后果。在许多情况下，出于安全和环境原因，公司政策和政府法规都要求关闭油井。一些基于干预的工具允许油井恢复生产，但不幸的是，这些工具设计（通常已有数十年历史）充满了技术挑战，这可能会降低受损油井的总生产潜力和油井的功能范围。
石油行业完井技术提供商 Tendeka 开发了一种创新的智能阀门，可将信息从井下双向传递到地面，也可以从地面进行无线控制。该阀门定期向地面发送无线信号，传达有关井下条件和油井作业的重要信息。该阀门允许油井在测试期间恢复生产，同时还提供所需的井下关闭能力，以防有必要关闭油井。通过电子环境阀 (EAV) 和边缘数据存储 (EDS) 技术的部署，Tendeka 希望证明操作员和总部的 Tendeka 人员都可以对阀门功能进行持续监控。
客户
腾德卡
关于客户
Tendeka是一家为石油行业提供完井技术的供应商，它开发了一种创新的智能阀门，可以将信息从井下双向传递到地面，也可以从地面进行无线控制。
解决方案
新的监控解决方案依赖于 OSIsoft 的数据管理软件，现在是 AVEVA 的一部分。在恶劣或偏远的环境中——比如阿拉斯加荒野地下深处的井筒——可能很难实时收集和分析数据。钻机上没有空间来部署复杂的数据存储和处理系统。由于连接问题和远离中央网络收集数据的困难，有价值的数据很容易在现场“搁浅”。
Tendeka 在普拉德霍湾现场安装了一个新的 PulseEight EAV 系统来更换故障阀门，并将其配置为将遥测数据发送到地面的 EDS。然后，当地运营商可以持续了解井下状况，并能够在不让油井下线的情况下进行压力测试。一个月后，该系统全面投入运行，州监管机构批准该井恢复全面生产。
运营影响
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