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NOAA-Involved Ballast Water Research |
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Back |
| Principal Investigator |
Project
Title |
Organization |
State |
Funding
Source* |
| 1995 |
| Arbanas, C |
Transfer
of Aquatic Nuisance Species via Ship's Ballast Operations |
National
Academy of Sciences |
District of Columbia |
Sea Grant |
| Ruiz, Gregory |
Susceptibility
of Chesapeake Bay to Invasions of Non-indigeneous Species Associated with
Ballast Water |
Smithsonian
Environmental Research Center |
Maryland |
Sea Grant |
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|
| 1997 |
| Chapman, John |
Biological
Invasions of Cold-Water Coastal Ecosystems: Ballast-Mediated Introductions in
Port Valdez / Prince William Sound, Alaska |
Oregon
Sea Grant College Program |
Oregon |
Sea Grant |
| Geller, Jonathan |
Molecular
Strategies to Characterize Microbial Diversity and Pathogens in Marine
Ballast Water |
University
of North Carolina at Wilmington |
North Carolina |
Sea Grant |
| Ruiz, Gregory |
The
Relative Importance of Ballast Water from Domestic Ship Traffic in
translocation of Nonindigenous Species Among U.S. Ports |
Smithsonian
Environmental Research Center |
Maryland |
Sea Grant |
| Smith, David L. |
The
Relative Importance of Ballast Water from Domestic Ship Traffic in
translocation of Nonindigenous Species Among U.S. Ports |
Northeastern
University |
Massachusetts |
Sea Grant |
| Wright, David |
Effectiveness
of UV Light in Eliminating Pathogenic Organisms from Industrial Intakes and
Ballast Water |
University
of Maryland |
Maryland |
Sea Grant |
| |
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| 1998 |
| Bourke, Robert |
Development
of a Shipboard Ultrasonic Ballast Water Organism Control System |
Oceanit,
Inc. |
Hawaii |
Sea Grant |
| Cassell, Jodi |
West
Coast Ballast Water Initiative: An Outreach Program to Improve Ballast
Management |
University
of California at Davis |
California |
Sea Grant |
| Foster, N. |
Biological
Invasions of Cold-Water Coastal Ecosystems: Ballast-Mediated Introductions in
Port Valdez / Prince William Sound, Alaska |
University
of Alaska Anchorage |
Alaska |
Sea Grant |
| Jensen |
Use
of Peracetic Acid for Disinfection of Commercial Shipping Ballast Water |
The
Research Foundation of State University of New York |
New York |
FWS |
| Ruiz, Gregory |
Measuring
the Transfer, Dynamics, and Risk of Invasion for Microbial Communities
Associated with Ballast Water of Ships |
Smithsonian
Environmental Research Center |
Maryland |
Sea Grant |
| Wright, David A. |
Chesapeake
Bay Ballast Water: An Investigative Assessment of Excimer UV as a Method of
Shipboard or Dock-Side Treatment |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| |
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|
| 1999 |
| Baier |
Testing
Biofilm Monitoring Systems for Risk Assessment of Harmful Introductions by
Ships from European to North American Waters |
State
University of New York |
New York |
NOAA |
| Cohen, Andrew |
Testing
Ballast Water Treatment at a Municipal Wastewater Treatment Plant: Assessing Effectiveness, Limiting Factors
and Cost |
San
Francisco Estuary Institute |
California |
FWS |
| Cohen, Andrew |
Aquatic
Nuisance Species Research Outreach: An Outreach Program to Improve Ballast
Water Management |
San
Francisco Estuary Institute |
California |
Sea Grant |
| Dobbs |
Ballast
Water Treatment and Management: Inactivation of Human Pathogens Through
Photon Engineering |
Old
Dominion University |
Virginia |
NOAA |
| Maddox, Tom |
Ballast
Water Treatment and Management with Ozone and Sonics |
T.L.
Maddox, Inc. |
Missouri |
NOAA |
| Parsons, Michael |
Ballast
Water Treatment and Management: Critical Fluid Systems Design Issues
Associated with Automatic Backwash Ballast Water Filtration. |
University
of Michigan |
Michigan |
NOAA |
| Perakis |
Economic
Impact of Measures to Limit the Introduction of Nonindigenos Species on St.
Lawrence Seaway Shipping |
University
of Michigan |
Michigan |
Sea Grant |
| Rogers |
Electrochemically
Generated Ozone for On-Board Control of Nonindigenous Invasive Species in
Ballast Water |
Lyntech,
Inc. |
Texas |
Sea Grant |
| Ruiz |
Experimental
Analysis of Ballast Water Exchange |
Smithsonian
Environmental Research Center |
Maryland |
FWS |
| Ruiz |
Presence,
Dynamics, and Fate of Pathogenic Microorganisms in Ballast Water and Ballast
Microcosms |
Smithsonian
Environmental Research Center |
Maryland |
NOAA |
| Sansalone, J |
A
Screening Assessment of Dissolved Air Flotation for Control of Nonindigenous
Invasive Species in Ballast Water |
Louisiana
State Univeristy |
Louisiana |
Sea Grant |
| Wright |
Ballast
Treatment and Management: Development of an Environmentally Friendly
Treatment for Ballast Water |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| |
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|
| 2000 |
| Cangelosi |
Demonstration
and Evaluation of Primary and Secondary Ballast Water Treatment Combinations |
Northeast-Midwest
Institute |
District of Columbia |
NOAA |
| Falkner |
West
Coast Regional Applied Ballast Management Research and Demonstration Project |
CA
State Lands Commission |
California |
FWS |
| Herwig |
Ballast
Water Monitoring and Treatment |
University
of Washington |
Washington |
FWS |
| Jenkins, Philip |
A
Project to determine the impact of mud sediment accumulation in ballast water
tanks on invasion of the Great Lakes by Aquatic Nuisance Species |
Philip
T. Jenkins & Associated Ltd. |
Ontario, CANADA |
NOAA |
| Landrum |
Disinfection
of Ballast Water with Chemical Disinfectants |
NOAA
Great Lakes Environmental Research Laboratory |
Michigan |
NOAA |
| Wright, David |
A
Shipboard Trial of Primary and Secondary Ballast Water Treatment Systems |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| |
|
|
| 2001 |
| Cassell, Jodi |
Aquatic
Nuisance Species Research and Outreach: West Coast Ballast Outreach Project |
CA
Sea Grant College |
California |
Sea Grant |
| Chryssostomidis, C. |
A
Coastal Community Development Program: Ballast Water Management |
Massachusetts
Institute of Technology |
Massachusetts |
Sea Grant |
| Cooper |
Demonstration
of ship-board ozone treatment and process-control strategies for the control
and mitigation of ANS |
University
of North Carolina at Wilmington |
North Carolina |
SG |
| Cooper |
Ozone
Treatment of Ballast Water |
University
of North Carolina at Wilmington |
North Carolina |
FWS |
| Dobbs |
Ballast
residuals in NOBOB vessels in Ches. Bay. Biological and chemical
characterization and a comparison with Great Lakes patterns |
Old
Dominion University |
Virginia |
NOAA |
| Drake, Lisa |
Abundance
of Microorganisms and Pathogens Associated with Biofilms inside Ballast-water
Tanks and their Capacity to Act as Vertical Seed Banks |
Old
Dominion University |
Virginia |
Sea Grant |
| Hines, Anson |
Coastal Dispersal of Invasive
Species |
Smithsonian
Environmental Research Center |
Maryland |
Sea Grant |
| Parsons |
A
Paradigm Shift in Ballasting: the Possibility of a Ballast-Free Ship |
University
of Michigan |
Michigan |
NOAA |
| Reid |
Ballast
residuals in NOBOB vessels in Great Lakes |
NOAA
Great Lakes Environmental Research Laboratory |
Michigan |
NOAA |
| |
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|
| 2002 |
| Jacobs, Rachel |
Engineering
for feasibility study on thermal treatment of ballast water |
Naval
Surface Warfare Center, Carderock Division |
Maryland |
FWS |
| Landrum, Peter |
Assessing
ecological risks posed by a ballast water disinfectant |
NOAA
Great Lakes Environmental Research Laboratory |
Michigan |
NOAA |
| Maddox, Tom |
Improved
methods for onboard ballast water treatment and management using filtration,
ozone and sonics |
T.L.
Maddox, Inc. |
Missouri |
NOAA |
| Mann |
Shipboard
Demonstration of the Aquahabistat Ballast Water Treatment Technology |
College
of William & Mary |
Virginia |
NOAA |
| Parsons, Michael |
Computational
fluid dynamics study of BWE effectiveness and improved ballast tank designs |
University
of Michigan |
Michigan |
NOAA |
| Peters, Robert |
Treatment
of ballast water using acoustic cavitation techniques coupled with advanced
oxidants |
University
of Alabama at Birmingham |
Alabama |
FWS |
| Reid, David |
Computational
modeling of ballast tanks to improve understanding and maximize effectiveness
of management practices and treatment systems |
NOAA
Great Lakes Environmental Research Laboratory |
Michigan |
NOAA |
| Stocks, David |
Treatment
of the NOBOB ship using heat |
BMT
Fleet Technologies, Ltd. |
Ontario, CANADA |
NOAA |
| Tamburri,
Mario |
A
Chesapeake Bay evaluation of deoxygenation as a ballast water treatment to
prevent aquatic invasions |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| Wright, David |
Combination
technologies for BWT |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| |
|
|
| 2003 |
| Herwig, Russel |
Redesign
and Testing of Water Intake Systems for the Control of Aquatic Nuisance
Species using Ozone. |
University
of Washington |
Washington |
Sea Grant |
| Herwig, Russel |
Ballast
Water Monitoring and Treatment – Phase 2 |
University
of Washington |
Washington |
FWS |
| Jacobs, Rachel |
Phase
II Feasibility Study on Thermal Treatment of Ballast Water |
Naval
Surface Warfare Center, Carderock Division |
Maryland |
FWS |
| Kenny, Jonathan |
Ballast
Water Fingerprinting by multidimensional fluorescence |
Tufts
University |
Massachusetts |
Sea Grant |
| Mann, Roger |
A
Continuation Shipboard Demonstration of the AquaHabiStat Ballast Water
Treatment System |
VA
Institute of Marine Science |
Virginia |
NOAA |
| Wright, David |
Combination
Technologies for Ballast Water Treatment |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| |
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|
| 2004 |
| Brizzolara, Robert |
Laboratory-Scale
Investigation into Synergistic Effects Between High-Power Ultrasonic
Disinfection and Thermal Treatment and Chlorination |
Naval
Surface Warfare Center, Carderock Division |
Maryland |
FWS |
| Daly, Luke |
Laboratory-Scale
Investigation of Ballast Water Treatment Using Ferrate |
Ab
Initio, LC |
|
NOAA |
| Dobbs, Fred |
Viability
Testing of Microorganisms Surviving Ballast-Water Treatment – Basic Research |
Old
Dominion University |
Virginia |
NOAA |
| Jennings, Michael |
A
Collaborative Ballast Water Treatment Test Bed Platform for the Purpose of
Determining the Effectiveness of Injecting Ozone into Ballast Water to Kill
Invasive Aquatic Species |
Nutech
O3, Inc. |
Virginia |
NOAA |
| Maddox, Tom |
Phase
III Field Test Demonstration of Improved Methods of Ballast Water Treatment
and Monitoring Utilizing Filtration, Ozone, and Sonics |
Environmental
Technologies, Inc. |
Missouri |
NOAA |
| Rau, Greg |
Carbon
dioxide as a Biocide for Ships Ballast Water: A Laboratory Scale Study |
University
of California, Santa Cruz |
California |
FWS |
| Rogerson, Andrew |
Electro-ionization
Treatment of Ballast Water: Full-Scale Ship and Land-Based Study |
Nova Southeastern
University, Oceanographic Center |
Florida |
NOAA |
| Tamburri,
Mario |
Shipboard
Evaluations of Venturi Oxygen StrippingTM: Determining Mechanical and
Biological Efficacy |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| Xie, Yuefeng |
Pilot-Scale
Study on Crumb Rubber Filtration for Ballast Water Treatment |
Penn
State |
Pennsylvania |
NOAA |
| |
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|
| 2005 |
| Boldor, Dorin |
Continuous
Microwave Technology as a Treatment to Eliminate Invasive Species in Ballast
Water: Basic Research and Laboratory Study |
Louisiana
State University |
Louisiana |
NOAA |
| Cangelosi, Allegra |
Facilitating
accurate and efficient monitoring of ballast discharge from commercial ships |
Northeast-Midwest
Institute |
Washington, D.C. |
Sea Grant |
| Eberhardt,
Roger |
AIS
Outreach: Effective implementation of ballast water best management practices
in Michigan |
Michigan
Department of Environmental Quality |
Michigan |
NOAA |
| Herwig, Russel |
Feasibility
Study of Using the California Maritime Academy Training Ship Golden Bear for
Ballast Water Treatment Experiments and Aquatic Invasive Species Education |
University
of Washington |
Washington |
FWS |
| Jacobs, Rachel |
Development
of a technology assessment methodology for ballast water treatment
technologies |
Naval
Surface Warfare Center, Carderock Division |
Maryland |
FWS |
| Kremeyer, Kevin |
Optical
Methods to Ensure Compliance with the Regulation of Aquatic Organisms in
Ballast Water |
Physics,
Materials & Applied Mathematics Research, L.L.C. |
Arizona |
NOAA |
| Lemiuex,
Edwards |
Development
of Ballast Water Treatment Technology Testing Facility Protocols |
Naval
Research Laboratory |
Florida |
FWS |
| Lodge, David |
Economic
impact of ballast-mediated invasive species in the Great Lakes |
University
of Notre-Dame |
Indiana |
Sea Grant |
| Maddox, Tom |
Phase
IV full scale, land based, field test demonstration of improved methods of
ballast water treatment and monitoring utilizing filtration, ozone and sonics |
Environmental
Technologies, Inc. |
Missouri |
NOAA |
| MARAD |
Interagency
Agreement: Services for Development and Operation of a Ballast Water Test
Platform |
Maritime
Administration (MARAD), Dept. of Transportation |
District of Columbia |
NOAA |
| Mitchelmore, |
Chronic
toxicity testing to determine the environmental risks of proposed ballast
water treatment biocides |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| Reid, David |
Computational
Modeling of Ballast Tanks to Improve Understanding and Maximize Effectiveness
of Management Practices and Treatment Mechanisms Phase 11 - Extended
Laboratory Study |
NOAA
Great Lakes Environmental Research Laboratory |
Michigan |
NOAA |
| Reid, David |
NOBOB
PROJECT |
NOAA
Great Lakes Environmental Research Laboratory |
Michigan |
NOAA |
| Reynolds, Kevin |
Prototype
field test: upgrade for automated monitoring, analysis and report
transmission aboard MT Seabulk Pride |
The
Glosten Associates |
Washington |
NOAA |
| Ruiz, Greg |
Demonstration
project for the full-scale, ship-based application of a ballast water
verification method to vessel arrivals on the U.S. Pacific coast |
Smithsonian
Environmental Research Center |
Maryland |
NOAA |
| Tamburri,
Mario |
Shipboard
evaluations of Venturi oxygen stripping during continuous routine vessel
operations |
University
of Maryland Center for Environmental Science, Chesapeake Biological
Laboratory |
Maryland |
NOAA |
| Wright, Steve |
Laboratory
study of a first-stage primary inertial ballast water primary intake
prefilter |
InnovaTech,
Inc. |
North Carolina |
NOAA |
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| 2006 |
| Cangelosi,
Allegra |
RDTE Facility for the Great Ships
Initiative (GSI) |
Northeast-Midwest Institute |
District of Columbia |
NOAA |
| Daly,
Luke |
Ferrate
Treatment System Full-Scale Controlled Test |
Ferrate Treatment Technologies |
Florida |
NOAA |
| Henry,
Kent |
Sensor
System for Accurate Electrochemical Halogenation of Ballast Water |
Halogen Systems, Inc. |
Colorado |
NOAA |
| La
Motta, Enrique |
Startup
Grant to Foster the Future Development of the Gulf Coast Region Ballast Water
Research, Development, Testing and Evaluation (BWRDTE) Facility at the
University of New Orleans |
University of New Orleans |
Louisiana |
FWS |
| Maranda,
Lucia |
Field
Test of Chlorine Dioxide as Treatment for Ballast Water |
University of Rhode Island |
Rhode Island |
NOAA |
| Matousek,
Rudy |
On-site
Hypochlorite Ballast Water Treatment System Demonstration Aboard a United
States Shipping Vessel |
University of Washington |
Washington |
NOAA |
| Thorsteinson, Lyman; Herwig, Russ |
Startup
Grant for Ballast Water Technology Development Program Cooperative Research,
Development, Test and Evaluation (RDTE) Facility |
USGS;
University of Washington |
Washington |
FWS |
| Valdes,
Julio |
Laboratory
Study: Stress-controlled Filtration and Flushing of Non-rigid Species |
San Diego State University |
California |
NOAA |
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| 2007 |
| Copping,
Andrea |
Pacific Northwest Ballast
Treatment Center |
Battelle Memorial Institute |
Washington |
NOAA |
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| *key: |
NOAA
= NOAA Ballast Water Management Demonstration Program; FWS = US Fish &
Wildlife Service Ballast |
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Water
Management Demonstration Program; Sea Grant = NOAA National Sea Grant College
Program |
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