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

Port

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tech

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Surf

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+atlântico.pt

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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

DEVICES SENSORS

DATA MANAGEMENT

SIMU

LATIO

N

DATA ACQUISITION

SUBSEA

AERO

SPACE

SURFACE

CH1.6

CH1.5

CH1.3

CH1.2CH1.4

CH1.1

CH1.1 Low-cost multi-use buoys

CH1.2 Integrated computational models for better oceanicbehaviour prediction

CH1.3 Seamless integration of networked autonomousplatforms for ocean monitoring and surveillance

CH1.4 Image processing algorithms to control and improvefishing activities

CH1.5 Miniaturised satellites for advanced low cost monitoringcapabilities

CH1.6 Medium/High Altitude Long Endurance (MALE/HALE)Unmanned Autonomous Vehicle (UAV) for long standingmonitoring capability

a proposal: Platform 1: Ocean monitoring, control and surveillance (MCS) for Risk Governance

CH1.7 Maritime Common Information Sharing Environments

CH1.7

EQUIPMENT

ENG

INEE

RIN

G S

ERV

ICES

MARINE ROBOTICS

CH2.1 Landers for deep sea long term monitoring andexploration 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

CH3.1 Design & construction of deep-waterfoundations for offshore wind with integration ofConditioning Maintenance Systems

CH3.2 Design, construction and testing of innovativewave energy converters

CH3.3 Autonomous, auto-positioned OceanicPlatform with resident UAV

CH3.4 Design and construction of Platform SupportVessels, PSV, to assist offshore fieldwork

CH3.5 Innovative automation technologies foroutfitting and ship repair

CH3.6 Engineering design of “top-side” modules forthe 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-offshoreaquaculture system

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