interactions and cooperation between maritime and offshore ... · maritimetechnology and offshore...
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Sarai Blanc ** 15th of April ** EESC Hearing, Aberdeen
Interactions and Cooperation Between Maritime and Offshore Industries
23 member National Associations in 18 countries
Representing >22.000 companies
The Maritime Technology Sector:
A Key Industry for Europe
Employment Multiplier Effect
Emsland-Leer Region: 4.740
Other German Regions: 16.530
Total Germany: 21.270
Meyer Werft Neptun Werft
Meck-Pom: 1.500
Other German Regions: 3.000
Total Germany: 4.500
Meyer / Neptun in Europe:30.000
Cruise Industry in Europe:330.000
SEA Europe = System of Systems
SEA Europe Membership
Ship Owners
Classification Societies
Universities / Education
Research Centres
Maritime is not just transport, but
TECHNOLOGY
Maritime Technology and Offshore Industries
Offshore Activities
Ocean Energy (Tidal/Wave)
Oil & Gas
Offshore Wind
Deep-Sea Mining
Aquaculture
Port Infrastructures
Research and Surveillance
Shipping
OfVessels & Platforms
Maritime Technology Industry has the EXPERIENCE and KNOW-HOW to develop and design state of
the art vessels, innovative equipment and technologies
Our JobTo provide skilled people, technologies, vessels, e quipment, tooling
and engineering to make sustainalbe business possib le in our oceans.
European Maritime Technology Industry, a Market Leader
$ 11bn = Offshore Vessels
European Offshore Orderbook (end 2014)
Accomodation
Ship
2%
Anchor Handling
14%
Cable Layer
3%
Crew Supply Vessel
10%
Diving Support
2%
Mining Vessel
1%
Offshore Supply
20%Pipe Layer
7%
Platform Supply
32%
Standby Safety
7%
Wel l Stimulation
2%
Orderbook by Number of Vessels
• Most orders at European SHIPYARDS: Support/supply, Cr ew and Construction vessels(Supply vessels, AHTS, Safety, Pipe layers, Tugs, ..)
• Orders for Mobile Production or Drilling Units (FPSOs, Mobile Drilling, ...) remain in Asia,
• However, the European EQUIPMENT manufacturers as mark et leaders are providing Drillingpackages, Engines, Cranes/winches, Thrusters, Elect ronics…
Offshore Oil & Gas
Some Drivers:
� Growing global population, industrialization and urbanization: Energy demand will grow (Oil & Gas to dominate for decades)
� Oil price is the main market driver. Uncertainty, but recovery expected by 2016
� Higher E&P activity in the long term
� Deeper waters and increasing distances (since 2008, 60% discoveries in deep water)
Demand for new Vessels andTechnologies will grow
• To ensure SAFER operations,
• With ENERGY EFFICIENT designs,
• Performing in most ADVERSE CONDITIONS at deep/ ultra-deep waters
Source: SEA Europe, Market Forecqast WGi
Offshore Renewable Energies
• IEA estimates a 30% increase in energy demand by 2030 (Major Opportunity for Renewables)
• EU Climate & Energy goals by 2030:
• Reduction in Greenhouse Gas Emmisions by 40% compared to 1990
• Renewable energy target at least 27%
• 30% improvement in energy efficiency
• Offshore activities for generating renewable energi es will increase:
• Offshore Wind
• Marine Energies (tidal/wave..)
• Ocean Thermic Energy Conversion
Offshore WindAnnual Offshore Wind Installations (MW )
Need of Maritime Technologies
New technologies to reduce costs and increase capacity
• Foundation, XL monopiles, suction bucket, floating
• Turbines and blades
• Smart supply chain and transport to reduce costs
Need of Offshore Wind vessels:
Survey, Wind Farm Service, Heavy Maintenance and Construction,Construction support, Accommodation,Cable Installation
Source: EWEA
0
1000
2000
3000
4000
5000
6000
7000
8000
2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014
MW
annual
Facts & Drivers
• 2,488 wind turbines connected to the grid in 11 European countries
• Total capacity 8,045 MW = 1% of EU electricityconsumption
• Forecast: 4 % of our electricity demand by 2020 –14 % by 2030.
• Offshore Wind moving to deeper waters.
Highly Sophisticated
High tolerance to adverse conditions
Ocean Energy
• OCEAN ENERGY OPPORTUNITIES• Economic growth• Energy security (independent)• Job creation• Global export of new energy technologies
• Ocean energy pilot projects are running. The goal of the EC is to install 30MW+ of commercial clean energy by 2030 – 100GW by 2050.
Source Ocean Energy Europe
The Maritime Technology Industry will provide:
• Energie extraction technologies (blades, tidal)• Foundations and mooring systems• Sub-sea electrical system
• Construction vessels / platforms• Maintenance and support vessels
Other Activities going Offshore
• Technologies and Engineering for seaborne and subsea activities
• Specialized Vessels and Equipment
• Deepsea Mining• Deep-sea minerals could represent up to 10% of the world's minerals and from virtually zero to EUR 10bn/year
by 2030
• Long-term security of raw materials supply
Challenges:
1. Safe and ecologically sustainable extraction
2. Fusing various technologies
3. Production at economically viable costs
• Aquaculture
• Port infrastructure expansion, logistic hubs
• Ocean Surveillance and Exploration
• Bio-technologies
Cooperation and Interactions betweenOffshore & Maritime Technology Industries
• Transversal technologies are needed to develop the different Offshore activities
• Examples of Maritime Technology + Offshore Industries Cooperation:
� Navantia & Iberdola cooperoration:700 fulltime jobs /2 years/160M eur.
� DCNS & EDF to develop Normandie Hydro, a pilot tidal energy project
Oil & GasIndustry
Offshore Renewables
ShippingAquacultureDeepseaMining
What the Maritime Technology Industry can provide to the Offshore Industries?
• Human Capital
• Safety and Security
• Energy (production, storage)
• Hull / Water interaction
• Materials (organic, metallic)
• IT & e-Maritime
• Propulsion systems & fuels
• Corrosion, antifoulding, paint
• New concepts & architecture
• Noise management
• Emissions management
• Offshore structures
• Stabilisation systems
• Installing and builing subsea
• Diving support
• Remote control subsea
• Deployment & handling
• Robotics and automation
• Smart monitoring
• Offshore multi-use platforms
• Accomodation / Living space
• Production & Competitiveness
New structures, vessels and technologies are needed
FinancingSociety
Design
Product Rules
Production
• Innovative• Large• Complex• Diverse• Harsh environment
• Detailed Engineering• Modifications• Short development time• Low standardisation /
modularisation
• Specialised• Site-fabrication• Special equipment• Outsourced processes• Assembly line work
(no/semi automation)
• Not harmonised• Incomplete• Slow development
• Low public perception• Noticed in case of disaster
(only)
• High investment costs• Pre-financing
Challenges for Sustainable and CompetitiveOffshore Industries in Europe
A coherent European strategic vision is needed to ensure the development of the mostadvanced technologies and solutions to the offshore industries and their sustainabledevelopment. Technology being at the heart of this strategic framework.
Let ´s work together to ensure SAFE, CLEAN and SUSTAINAB LE
Exploitation of the economic potential of the SEA!!