Autonomous Robotic Intervention System For Extreme Maritime Environments (ARISE)

“极端海洋环境下的自主机器人干预系统将应用人工智能来实现海上资产更安全，更有效的操作，维护和检查。在英国和全球范围内，离岸资产需要越来越多的干预。许多石油和天然气平台即将使用寿命结束，必须仔细监测，而海上风电设施必须有效运行和维护。海上环境恶劣且危险，每年都有高水平的健康和安全事件报告，ASV和埃克塞特大学之间的联合可行性项目汇集了领先的工业和研发专业知识，以开发一种创新的干预系统，该系统联合使用工作级潜水器和自主水面船舶（ASV）用于在危险的近海环境中进行检查和干预，以便向无人海上作业迈出一步。该项目将探索，解决和测试海上风电和海上石油和天然气行业的特定工业用途应用，旨在使运营更安全，更高效。"

"The Autonomous Robotic Intervention System For Extreme Maritime Environments will apply artificial intelligence to result in safer and more efficient operation, maintenance and inspection of offshore assets. In the UK and globally, offshore assets require an increasing amount of interventions. Many oil and gas platforms come to the end of their life and must be carefully monitored, whilst offshore wind installations must be efficiently operated and maintained. The offshore environment is harsh and hazardous with high levels of Health and Safety incidents reported every year, despite stringent safety procedures.This joint feasibility project between ASV and the University of Exeter brings together leading industrial and R&D expertise to develop an innovative intervention system that jointly employs work class ROV's and Autonomous Surface Vessels (ASV) for inspection and intervention in hazardous offshore environments in order to make a step change to unmanned marine operations. The project will explore, address and test specific industrial use applications in the offshore wind and offshore oil and gas sectors, aiming to make operations safer and more efficient."