+Atlantic Summary EN Slides
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This document outlines proposals for 4 technology platforms related to ocean observation, engineering, and development. Platform 1 focuses on ocean monitoring, control, and surveillance technologies for risk governance, including low-cost buoys, computational models, autonomous platforms, image processing, satellites, and unmanned vehicles. Platform 2 covers subsea ocean technologies like landers, robotic systems, autonomous underwater vehicles, mooring ropes, computational fluid dynamics applications, and inspection solutions. Platform 3 involves surface ocean technologies for industries like offshore wind, wave energy, autonomous platforms, support vessels, ship repair automation, and topside modules for oil and gas. Platform 4 addresses port technologies and systems such as logistic software, introducing natural gas
+Atlantic Summary EN Slides
- 1. Public policies, innovation dynamics, and systemic risks governance observation Capacity, training and education and human resources recruitment Scientific culture dissemination and diffusion Internationalization and emerging markets access Technology-based economic valorization and integration in the industrial chain Identification and diversification of funding and investment sources Portsystemsandtechnologies Subseatechnologies Surfacetechnologies Oceanmotorizationandrisksgovernance +atlântico.pt +atlantic.pt
- 2. TP1. OCEAN OBSERVATION ENGINEERING AND TECHNOLOGY DEVELOPMENT TP2. OCEAN SUBSEA TP3. OCEAN SURFACE TP4. PORTS a proposal DEEP SEA MINING DEEP SEA OIL&GAS DEEP SEA EXPLORATION OFFSHORE AQUACULTURE OFFSHORE RENEWABLES SHIPBUILDING AND REPAIR TOPSIDE OIL&GAS FISHING
- 3. DEVICES SENSORS DATA MANAGEMENT SIMULATION DATA ACQUISITION SUBSEA AERO SPACE SURFACE CH1.6 CH1.5 CH1.3 CH1.2 CH1.4 CH1.1 CH1.1 Low-cost multi-use buoys CH1.2 Integrated computational models for better oceanic behaviour prediction CH1.3 Seamless integration of networked autonomous platforms for ocean monitoring and surveillance CH1.4 Image processing algorithms to control and improve fishing activities CH1.5 Miniaturised satellites for advanced low cost monitoring capabilities CH1.6 Medium/High Altitude Long Endurance (MALE/HALE) Unmanned Autonomous Vehicle (UAV) for long standing monitoring capability a proposal: Platform 1: Ocean monitoring, control and surveillance (MCS) for Risk Governance CH1.7 Maritime Common Information Sharing Environments CH1.7
- 4. EQUIPMENT ENGINEERINGSERVICES MARINE ROBOTICS CH2.1 Landers for deep sea long term monitoring and exploration capabilities CH2.2 Cooperative robotic systems for seabed mapping CH2.3 Autonomous Unmanned Vehicle (AUV) for deep sea operations CH2.4 Advanced mooring ropes for ocean exploitation new challenges CH2.5 CFD novel numerical analysis applications to the subsea industry CH2.6 SURF+P systems, including structural integrity monitoring and inspection novel solutions CH2.7 SURF equipment in-situ inspection based on GMR technology CH2.8 Big Data Analytics for Monitoring Data Integration and Statistical Handling CH2.6 CH2.1 CH2.2 CH2.8 CH2.7 CH2.5 CH2.4 a proposal: Platform 2 - Ocean subsea technology CH2.3
- 5. CH3.1 Design & construction of deep-water foundations for offshore wind with integration of Conditioning Maintenance Systems CH3.2 Design, construction and testing of innovative wave energy converters CH3.3 Autonomous, auto-positioned Oceanic Platform with resident UAV CH3.4 Design and construction of Platform Support Vessels, PSV, to assist offshore fieldwork CH3.5 Innovative automation technologies for outfitting and ship repair CH3.6 Engineering design of “top-side” modules for the O&G industry, integrating CMS systems. a proposal: Platform 3 – Ocean surface technologies Oil & Gas Offshore Renewables Shipping Offshore Aquaculture Vessels Platforms Marine Equipment, Topsides and under deck components Engineering Services Ship building and Repair A B C D P3.2(C) P3.3(C) P3.1(C) P3.6(B) P3.8(D) P3.4(B) P3.7(B) P3.5(B) CH3.7 Engineering design for new generation FPSOs (i.e., “Floating Production, Storage and Offloading”) for the O&G industry CH3.8 Design and construction of a deep-offshore aquaculture system
- 6. CH4.1 Logistic Single Window CH4.2 Introduction of Natural Gas and Renewable Energy in ports CH4.4 Monitoring and safety systems CH4.5 Flexibility in Port planning and design: best practices. CH4.3 LNG Floating Storage Regasification Unit (LNG FSRU) a proposal: Platform 4 – Port technology and systems