ALL AT SEA: MARITIME OPPORTUNITIES IN OFFSHORE WIND DNV... · 2019-10-02 · ALL AT SEA: MARITIME...

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SAFER, SMARTER, GREENER DNV GL © 2019 1 ALL AT SEA: MARITIME OPPORTUNITIES IN OFFSHORE WIND Alana Duerr, Ph.D. Director, Offshore Wind North America DNV GL Energy OFFSHORE WIND POWER Planning For America’s Ocean Energy SUNY Maritime College September 26, 2019

Transcript of ALL AT SEA: MARITIME OPPORTUNITIES IN OFFSHORE WIND DNV... · 2019-10-02 · ALL AT SEA: MARITIME...

DNV GL © 2016 SAFER, SMARTER, GREENERDNV GL © 20191

ALL AT SEA: MARITIME OPPORTUNITIES IN OFFSHORE WINDAlana Duerr, Ph.D.Director, Offshore Wind North AmericaDNV GL Energy

OFFSHORE WIND POWERPlanning For America’s Ocean EnergySUNY Maritime CollegeSeptember 26, 2019

DNV GL © 2019

Industry Focused Organization – with Local Competence and Global Reach

MARITIME

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Employees: 2,000

Headquarter: Milan, Italy

DIGITAL SOLUTIONS

Employees: 700

Headquarter: Oslo, Norway

DNV GL Group

Headquarter: Oslo, NorwayGroup President & CEO: Remi Eriksen

150years

400offices

100countries

13,500employees

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Local understanding forms a global perspective

Vancouver

Seattle

Portland

Ottawa

Berkeley

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Montreal

Austin

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Singapore

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Wellington

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OldenburgHamburgWarsaw

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London

Glasgow

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Groningen

Kaiser-Wilhelm-Koog

Dubai

Arnhem

Boston

More than 1,000 renewables staff in 50 locations across 27 countries

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DNV GL’s extensive global experience in offshore wind

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TA to 25 lenders & 2 GW of offshore wind2017-18: DNV GL supported 25 lenders, 20 of whom are new to offshore wind, as Lenders Technical Advisor for 2 GW of offshore wind in Europe

Managing issues during constructionDNV GL has significant experience in working with the developers and lenders to manage issues during construction, enabling projects to reach financial close

>97%Played a role in the majority of the world’s offshore wind projects

>20 GWoffshore wind resource assessment studies

>50 GWDNV GL has provided offshore wind Owner’s Engineer and Due Diligence services

Technical ExpertiseIn-house experts in technical disciplines needed to support SAPs, COP Plans, COPs, and associated state and federal permits as well as significant stakeholder relationships

Owners EngineerSignificant experience with US lease area evaluations, US State RFP bid support, and European construction and operations contracts (Beatrice, East Anglia One, Neart na Gaoithe, and Inch Cape)

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Provides a full life-cycle approach

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Typical offshore wind project lifecycle from feasibility to operations

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Site & concept selection Project optimization Tender support Construction monitoring Operations & maintenance

Technology evaluation Technical due diligence

Wind mapping Measurements Energy assessment Operational assessment

Market intelligence Cost modelling Market forecasts

Digitalization, Software & training

Project management Marine warranty Inspections

Technology certification

Installation vessel classification

Project certification

Operation & maintenance vessel classification

FEASIBILITY DEVELOPMENT ENGINEERING CONSTRUCTION OPERATION

Permitting, environmental, stakeholder liaison

Ren

ewab

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Adv

isor

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ewab

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Cer

tific

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Offshore Wind State of Play: East Coast

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EQUINORSHELL and EDPR

VINEYARD WIND

EQUINOR

ATLANTIC WIND (SHELL & EDF)

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Taking it to the sea!

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FEASIBILITY DEVELOPMENT ENGINEERING CONSTRUCTION OPERATION

• Site Assessment

• Deployment of Oceanographic Equipment

• Permitting and Engineering Surveys

• Equipment transportation

• Installation Vessels

• Support Vessels (anchor handling, CTV, etc.)

• Crew transfer vessels

• Crew hotel vessels

• Vessels for major maintenance

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DEVELOPMENT

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Development

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Site Assessment and Deployment of Oceanographic Equipment Metocean Assessments (wind and

waves) Geophysical and Benthic Habitat

Survey

Engineering and Permitting Surveys UXO Survey Avian and Bat Monitoring Geotechnical Investigation

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Development

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Site Assessment and Deployment of Oceanographic Equipment Metocean Assessments (wind and

waves) Geophysical and Benthic Habitat

Survey

Engineering and Permitting Surveys UXO Survey Avian, Bat, Marine Species

Monitoring Geotechnical Investigation

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Development activities

Underwater acoustic assessments and construction compliance monitoring

Avian and wildlife study

Visual simulations and visual impact assessments

Water quality and sediment transport analysis

Metocean and resource assessment studies

Navigation risk assessment and USCG consultation

Safety management systems, emergency response and oil spill planning

Manufacturing and transportation planning

Construction and installation planning

Operations planning

…and more!

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CONSTRUCTION

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Construction Activities: Foundation loud out, transportation, and installation

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Construction Activities: Substation and Subsea Cable Installation

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Construction Activities: Turbine load out and TIV jacking

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Construction Activities: Turbine Installation

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Unless it’s floating…

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Construction Challenges and Opportunities in the U.S.

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Current Snapshot

Manufacturing and fabrication– Turbines – none in U.S.

– Foundations

– Steel – jacket fabrication, transition pieces in Gulf; no capabilities for monopile rolling

– Concrete – dependent on size of facility/proximity to port

Staging facilities/ports– Limited port facilities suitable to support offshore wind project execution

– Obvious constraints: overhead air draft, water depth, lay down area

Installation– No U.S. flagged turbine installation vessels exist

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OPERATATIONS

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Operations: Illustrative examples

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Crew Transfer Vessel

Nearer shore applications

Inexpensive CAPEX

Crew transfer via ladder

Service Operation Vessel

Further offshore – servicing potentially multiple projects

Expensive CAPEX; crew liveaboard

Crew transfer via “walk-to-work” motion compensated gangway

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SAFER, SMARTER, GREENER

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are the properties of companies in the Det Norske Veritas group. All rights reserved

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Alana DuerrDirector, Offshore Wind North America [email protected]+1.703.517.6514

Contact Information:

OFFSHORE WIND = OFFSHORE OPPORTUNITIES

THANK YOU!