Transcript Presentation "+atlântico" (PowerPoint)

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