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Project SOOP: Safe Offshore Operations

机译：项目SOOP：安全的离岸操作

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The installation and maintenance of offshore wind farms are complex processes that involve many different actors under harsh environmental conditions. Such nautical operations set high demands on employees dealing with uncertainty and risks for personnel and material. Recent events/accidents, the lack of standardization and the working environment involving nautical and non-nautical personnel increase the demand to ensure offshore safety. According to this, the project association SOOP develops methods and tools to support planning and implementation of offshore operations with regard to safety. The SOOP tools integrate various aspects that allow analysing requirements for safety standards. For planning and risk assessment we implement methods and IT tools to describe and simulate offshore operations including human behaviour and estimate relevant risks as well as potential critical situations. In a first step, the profound process knowledge is used for training of nautical and non-nautical personnel. In a further step, this process knowledge can be used to identify and predict critical trends on board; during offshore operations an assistant system based on a wireless sensor network supports the bridge management by providing pre-analysed real-time information adjusted to the information receiver. Hereby, the developed tools for situation analysis and data fusion constitute an important outcome of the project association by integrating human and environmental factors for operational safety. Thus, before offshore implementation the IT-based planning tools help to identify and avoid potential risks and support safety training of employees. In addition, an assistant system supports the operations offshore by observing and processing relevant information such as the status of the crew and machines. By integration of process knowledge and a sensor-based situation analysis, we aim to enhance the safety during implementation significantly through targeted surveillance and warning. The objective of SOOP is to increase safety of personnel and processes as well as to minimize costs by increasing efficiency by an integrated IT-based mission and risk management.
机译：海上风电场的安装和维护是复杂的过程，涉及许多不同的行为者在恶劣的环境条件下。此类航海业务对处理人员和材料的不确定性和风险的员工方面的高要求。最近的活动/事故，缺乏标准化和涉及航海和非航海人员的工作环境增加了需求，以确保海上安全。据此，项目协会SOOP开发了支持策划和实施海上业务的方法和工具。 SOOP工具集成了允许分析安全标准要求的各种方面。对于规划和风险评估，我们实施方法和IT工具来描述和模拟海上业务，包括人为行为和估计相关风险以及潜在的危急情况。在第一步中，深入的过程知识用于培训航海和非航海人员。在进一步的步骤中，该过程知识可用于识别和预测船上的关键趋势;在海上操作期间，基于无线传感器网络的辅助系统通过提供调整到信息接收器的预分析的实时信息来支持桥接管理。因此，通过整合人体和环境因素来实现操作安全性的情况分析和数据融合的开发工具构成了项目协会的重要结果。因此，在海上实施之前，基于IT的计划工具有助于识别和避免潜在的风险和支持员工的安全培训。此外，助理系统通过观察和处理船员和机器的状态等相关信息来支持脱机。通过整合过程知识和基于传感器的情况分析，我们的目的是通过有针对性的监视和警告来提高实施中的安全性。 SOOP的目标是通过综合的基于IT的使命和风险管理增加效率来提高人员和流程的安全性，并尽量减少成本。

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