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MultiSector Ocean Use: Traditional and Alternative Energy

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Bioengineering: designing prototypes to prevent or reduce adverse ecological effects ... Continued bioengineering: adjusting technology capabilities and operating ... – PowerPoint PPT presentation

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Title: MultiSector Ocean Use: Traditional and Alternative Energy


1
Multi-Sector Ocean Use Traditional and
Alternative Energy
  • MAFAC Meeting
  • May 13, 2009
  • Monterey, CA
  • Tom Bigford
  • NOAA National Marine Fisheries Service

2
  • NOAA has an important energy role
  • Understanding and predicting changes to Earths
    environment
  • Products and services
  • Statutory authority for OTEC licensing
  • Marine environment stewardship and trustee
    responsibilities
  • Increased role as traditional energy sectors
    expand and marine renewables evolve
  • Working with industry and others to move forward

3
NOAAs Engagement in Energy
  • Lubchenco interest
  • NOAA Ocean Council priority
  • NOAA Energy Team
  • NMFS Information Exchange

4
MAFACs Engagement in Energy?
  • Fisheries (economic impacts)
  • Spatial displacement (de facto MPAs,
    navigational)
  • Gear modifications
  • Habitat
  • Site-specific effects
  • Multi-array and ecosystem effects
  • Protected Resources
  • Entanglement
  • Other takings

5
NOAAs Statutory Responsibilities for Energy
Issues
  • Magnuson-Stevens Fishery Conservation and
    Management Act
  • Endangered Species Act
  • Marine Mammal Protection Act
  • National Environmental Policy Act
  • Fish and Wildlife Coordination Act
  • National Marine Sanctuaries Act
  • Coastal Zone Management Act
  • Ocean Thermal Energy Conversion Act
  • The Federal Power Act
  • Oil Pollution Act of 1990
  • Deepwater Ports Act

6
Energy Issues by Sector
  • TRADITIONAL
  • Oil and Gas
  • Liquefied Natural Gas
  • Hydropower
  • Nuclear Power
  • ALTERNATIVE
  • Offshore Wind
  • Hydrokinetic (Ocean Current, Tidal, Wave, and
    In-Stream)
  • Ocean Thermal Energy Conversion

7
Traditional Energy Sectors
  • Offshore Oil and Gas
  • Liquefied Natural Gas
  • Hydropower
  • Nuclear Power

8
Alternative Energy Technology Characteristics
  • Multitude of individual generating units
  • Expansive spatial footprint
  • Significant engineering challenges
  • Uncertainties regarding impacts
  • Siting criteria and operating parameters
  • Environmental data collection/in-water testing
  • Shallow capitalization slow maturation
  • Balancing promotion and precaution
  • Adaptive Management

9
Offshore Wind Energy
  • More than 900,000 MW of potential wind energy
    exist off the U.S. coast more than half of this
    is in the North Atlantic.
  • Currently no commercial wind facilities operating
    on the U.S. Outer Continental Shelf, but
    proposals are being discussed. NOAA provides
    consultations on the impacts of any proposals on
    agency trust resources.

10
Hydrokinetic Energy
  • Electricity from waves, tides, and currents in
    oceans, estuaries, and tidal areas free flowing
    water in rivers, lakes and streams free flowing
    water in man-made channels

11
Ocean Thermal Energy Conversion
  • Potential NOAA concerns
  • Entrainment and impingement
  • Effects of localized temperature changes
  • Increased nutrients in surface waters

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18
Pilot Hydrokinetic RD
  • Baseline information ecological, socio-economic,
    historic-cultural, aesthetic
  • Pilot project monitoring installation, operation
    and maintenance, decommissioning and removal
  • Bioengineering designing prototypes to prevent
    or reduce adverse ecological effects
  • Model development extrapolation
    of individual impacts to commercial
    levels assessing cumulative impacts
  • Fish Passage in the ocean

19
Commercial Hydrokinetic RD
  • Expanded project monitoring refining siting
    criteria, sensitive area closures
  • Continued bioengineering adjusting technology
    capabilities and operating parameters to
    individual species characteristics
  • Multiple-array and ecosystem-level
    impact modeling
  • Information exchange (repository/clearinghouse
    )
  • Independent research capacity

20
Challenges
  • Difficulty in balancing multiple uses of the
    marine environment
  • Scientific uncertainty and lack of information
    associated with direct and cumulative impacts
  • New forms of collaboration with outside partners
    needed
  • Energy issues represent a
    substantial workload for
    NOAA staff, as traditional
    sectors expand and new
    sectors evolve

21
Opportunities
  • Working with new energy sectors industry
    inviting NOAA participation
  • NOAA data and data collection expertise can
    assist the design of new technologies
  • Rare opportunity to avoid and
    mitigate impacts at early stages
  • Input into the design of new
    regulatory processes

22
Evolving Regulatory and Legislative Framework
  • FERC
  • MMS
  • FERC and MMS MOU
  • Legislation

23
Considerations
  • Two-stage pilot process
  • Sensitive area designations
  • Thresholds for permits
  • Strict performance targets
  • Limited access
  • Permit/license moratoria
  • Monitoring protocols
  • Adaptive management metrics

24
Considerations for MAFAC
  • Competing Uses
  • Marine Spatial Planning
  • Get involved
  • Stakeholder meetings
  • Agency briefings
  • State/Federal workshops
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