Easy-to-Deploy Surface Moorings for Ocean Research ……Steps towards next-gen ATLAS Christian Meinig Director of Engineering NOAA-PMEL Seattle, WA June 27,

Slides:



Advertisements
Similar presentations
Keys to Maximizing Component Reuse: Lessons and Case Studies OReilly Conference on Enterprise Java March 29, 2001 Presented by Gary Baney CTO, Flashline.com.
Advertisements

The Way Forward From JCOMM-IV Some Personal Perspectives D.E.Harrison NOAA/PMEL & Univ. Wa. JCOMM-IV Technical Symposium Yeosu, South Korea May 2012.
DBCP XX Scientific and Technical Workshop October 18, 2004, Chennai, India IRIDIUM DATA PROCESSING AT ARGOS Bill Woodward – SAI Christian Ortega - CLS.
CONNECT  COMMUNICATE  COLLABORATE Date,,,,,, Will Jacobs Executive Director ADIANL Willis Jacobs Aerospace & Defence Industry Association Newfoundland.
Copyright MBARI 2004 MBARI-CIMT Mooring EARTH Workshop July 7, 2004 Kent Headley, Software Engineer, MBARI.
U.S. Department of Housing and Urban Development (HUD) Enterprise Architecture Managing the Paradigm Shift Deborah Carter, CEA Director, Office of Enterprise.
Mooring Modifications for the Reduction of Losses to Vandalism H. Paul Freitag Chris Meinig Andrew J. Shepherd Pacific Marine Environmental Laboratory.
First Analysis of the Nares Strait CT-String Data Berit Rabe & Helen Johnson.
Coupled with the DART 4G system, PMEL is working on the next generation Tsunami Forecast System. New modeling capability will use NOAA supercomputers to.
Tiffany C. Vance (NOAA/NMFS Alaska Fisheries Science Center)
Underwater Gliders at NRC-IOT Ralf Bachmayer NRC-Institute for Ocean Technology St. John’s, NL, Canada Ralf Bachmayer NRC-Institute for Ocean Technology.
Towards a Global Tropical Ocean Moored Buoy Array for Climate
Satellite Drifter Technology Dr. Sergey Motyzhev.
1 Satellite & In Situ Salinity (SISS) Working Group: Current Status and Future Plans Yi Chao, Co-Chair (Jacqueline Boutin, Co-Chair) Aquarius Science Meeting.
Network Enabled Capability Through Innovative Systems Engineering Service Oriented Integration of Systems for Military Capability Duncan Russell, Nik Looker,
National Oceanic and Atmospheric Administration
Interested in developing a new, clean source of energy from the sea? We want you!!! Graduate research at Oregon State University
Flinders Technologies Pty Ltd Copyright © 2002 J V Turner WIPO/INV/BEI/02/7.a Universities and R&D organizations are potential sources of valuable intellectual.
Southern Ocean Air-Sea Flux Observations Eric Schulz, CAWCR, BoM.
Ocean-Ice Interaction Measurements Using Autonomous Ocean Flux Buoys in the Arctic Observing System Toward Developing an Arctic Observing Network: An Array.
Serving society Stimulating innovation Supporting legislation Meeting on OGC Sensor Observation Service (SOS) for INSPIRE Mickael.
An Overview of PMEL Iridium
Why We Care or Why We Go to Sea.
Great Lakes Panel: Research, Resources and Infrastructure October 27, 2011 Washington, DC Consortium for Ocean Leadership.
Inductive Power System for Autonomous Underwater Vehicles
Wind Farm Design and Engineering Mark Legerton Head of Engineering and Supply Chain April 2010.
Brief Review of Lecture 1 Understanding Science, Oceanography, Physical Oceanography Descriptive or Dynamical Approaches Eulerian or Lagrangian techniques.
Natural Gas End Use: A Vision for Today and the Future American Gas Association Press Briefing September 22, 2009, Washington, DC Neil Leslie ,
INTEQ Answers While Drilling SM John Shields Director of Software Baker Atlas/INTEQ Houston, TX.
A Commercialization Measurement System Jim Tolle Verisystem.
Frank Shipley, Chair, S-TEK Subcommittee Mary Mahaffy, Science Coordinator Karen Jenni, Insight Decisions - Facilitator S-TEK Implementation Plan.
ARGO, Profiling Floats, and Iridium Stephen C. Riser Dana Swift School of Oceanography, University of Washington [acknowledgements to NOAA, ONR, NSF, NASA]
CeNCOOS Glider Activities Francisco Chavez Senior Scientist Monterey Bay Aquarium Research Institute.
OOI Annual Review Year 2 May 16 – 20, 2011 Ocean Observatories Initiative Surface and Subsurface Mooring Telemetry Inductive and acoustic technology and.
Classification: Statoil internal Status: Draft
Symposium on multi-hazard early warning systems for integrated disaster risk management A JCOMM perspective Enhanced early warning for better coastal or.
1 ISEE Wants You! UofC Faculty of Engineering Planning Workshop May 9 & 10, 2005 Eddy Isaacs Managing Director, AERI and Interim CEO of EnergyINet Government.
ATTRACT – From Open Science to Open Innovation Information Sharing Meeting Brussels, June 19, 2014 Markus Nordberg (CERN) Development and Innovation Unit.
Topics describe the Data Buoy Cooperation Panel (DBCP) –aims, –achievements and –Challenges network status developments of data buoy technology JCOMM.
PredIction and Research mooring Array in the Tropical Atlantic PIRATA Dr. Domingos Urbano National Institute for Space Research - INPE OceanSITES meeting.
THERMOBARICITY WORKSHOP POTENTIAL OBSERVATION SYSTEMS.
Mapping New Strategies: National Science Foundation J. HicksNew York Academy of Sciences4 April 2006 Examples from our daily life at NSF Vision Opportunities.
1 University of Maine, COSEE Ocean Systems, University of Washington, Woods Hole Oceanographic Institution, Bigelow Laboratory for Ocean Sciences Ivona.
Observing System Monitoring Center (OSMC) Status Update April 2005 Steve Hankin – PMEL (co-PI) Kevin Kern – NDBC (co-PI)
Why We Care or Why We Go to Sea.
Report of the Tropical Moored Buoy Implementation Panel to the 23 rd Session of the Data Buoy Cooperation Panel October 15-19, 2007 Jeju, Korea.
- Transition Update Briefing - Paul F. Moersdorf NOAA Climate Observation Program 3 rd Annual System Review April 27, 2005 TAO Tropical Atmosphere Ocean.
Technology Development and Transfer for Climate Change Mitigation and Adaptation: Imperatives for South Africa 26 th September 2011 Kwa-Zulu Natal Pre-COP.
EuroGOOS Annual Meeting 2009/10/ /10/08 ESONET All Regions Workshop 2009, October 5-7 th, Paris Integrating and Enhancing the European capacity for.
Kevin O’Brien University of Washington/JISAO NOAA/PMEL The Observing System Monitoring Center Steve Hankin, PMEL Ted Habermann, NGDC David Neufeld, NGDC.
Green Systems: Science & Engineering Stephen Lentz Director of Network Development.
Observing System Monitoring Center (OSMC) Work in progress in brief June 2005 Steve Hankin, Kevin O’Brien – PMEL.
NOAA Science and Technology for Maritime Security Michael Tosatto.
Crossroads: Education through Spherical Projection Systems.
- George E. Brown, Jr. Network for Earthquake Engineering Simulation ITSC Issues Forum June 21-22, 2006 Vision of NEES Data Legacy Andrei M Reinhorn Director,
The Future in Collaborations and Partnerships Roman Szusmki Vice-President, Life Sciences June 18, 2009.
A Climate Data Portal Focused on realtime and retrospective in situ data Nancy Soreide, Don Denbo, Willa Zhu, PMEL Charles Sun, NODC Bernie Kilonsky, U.
Summary 26 September 2012 Core Theme 5: Technological Advancements for Improved near- realtime data transmission and Coupled Ocean-Atmosphere Data Assimilation.
NOAA Climate Program Office Richard D. Rosen Senior Advisor for Climate Research CICS Science Meeting College Park, MD September 9, 2010.
Future needs and plans for ocean observing in the Arctic AOOS Arctic Town Hall Futur Zdenka Willis Integrated Ocean Observing System National Program Office.
Tropical Moored Buoy Arrays in Support of Climate Research and Forecasting Contributions to the Global Ocean Observing System Nuku Hiva, Marquesas Islands.
UNDERSTANDING OCEAN SALINITY
UNDERWATER WIRELESS COMMUNICATION
WP7 Objective: “Prove the design of a mooring incorporating a submersible winch capable of producing surface ocean CO 2 and biogeochemistry data “
Observing, Measuring and Sampling Ocean Floor Processes to 11,000 meters A Hybrid ROV The Future in the 4 th Dimension.
Sensor Web Enablement (SWE) developments for fixed monitoring platforms and research vessels By Dick M.A. Schaap – SeaDataNet Technical Coordinator with.
Early years school, Singapore Infant evacuation design
Using New Technologies to Forge a Path to Tomorrow’s Innovations
Physical Oceanography Jonathan Whitefield Ocean Science
Preliminary Ideas on Sensor Configurations and Challenges for the Green Cables Christian Meinig.
Presentation transcript:

Easy-to-Deploy Surface Moorings for Ocean Research ……Steps towards next-gen ATLAS Christian Meinig Director of Engineering NOAA-PMEL Seattle, WA June 27, 2012

Topics Description of core system Lessons Learned Work that Remains

PICO Big Picture: Operations Concept

Concept Test: F/V Sea Falcon

PICO Mooring Diagram Standard: -Vaisala WTX-520 (ATRH, Wind,BP, Rain) -Inductive link -Iridium coms Optional: -Carbon, Tsunami, etc Prawler : SBE pumped CTD CTD cycle depth ~3-500m Realtime command/control

ETD Deployment Locations to Date R&D Tsunami Tsunami (DART) R&D Climate (PICO) Australia-BOM Tsunami +realtime MET, SST

Additional spin-offs Carbon Buoys (shallow water) Industry collaboration: – Single continuous composite mooring line (patent) – New commercial low-power SBE CTD – Tech & know how transfer – Shark-bite resistant mooring lines

-Mooring have survived strikes in GOM, Hawaii -Unique bite resistant armor PMEL Mooring Line Testing

Mooring Line “Prawler” (Profiler+Crawler)

Large Swell

Mooring modeling

Prawler CTD Profiles (50nm SW of Hono) Flexible command & control Prawler ATLAS spacing

Total distance traveled= 4390km in 264 days, avg: ~20 profiles/day

PICO Recovery (R/V KAHANA)

Where are we? Status:

Inventiveness S-curve New System Make it work Make it work properly Maximize Efficiency Maximize Performance Maximize Reliability Minimize Cost Mature System Pioneering Engineering & Science Prospecting, exploring, evaluating The Breakthrough ! Value Time

Lessons Learned Get “Operations” involved early: Design for Operations...however, x-fer funding usually not included. Clear understanding of data “Quality vs Cost” Discipline of Integration: making wise choices Spin-offs are valuable developments Additional tool, not a ‘silver bullet’ Partnerships required

Near Future

Thank you Program Sponsors: CPO, NWS Tsunami, OER Summary: A multidiscipline, easy-to- deploy platform has been developed that incorporates O&M concerns Sensors have been successfully adapted on that can enhance 4D datasets. O&M costs are lower compared to using large ships and traditional methods, especially in ‘remote’ areas.

Avg Total distance traveled= 4390km in 264 days Avg: ~20 profiles/day Prawler Profiles Date # Profiles per day