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Ballast Water Treatment

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AHS AQUAHABISTAT Ballast Water Treatment Chesapeake Bay Program Invasive Species Workgroup December 10th, 2003 Executive Summary Current shipping practices Ballast ... – PowerPoint PPT presentation

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Title: Ballast Water Treatment


1
AHS AQUAHABISTAT
  • Ballast Water Treatment
  • Chesapeake Bay Program
  • Invasive Species Workgroup
  • December 10th, 2003

2
Executive Summary
  • Current shipping practices
  • Ballast water containing marine life is dumped
    unchecked
  • Serious environmental issue
  • Difficult problem to solve
  • Large volumes
  • Microscopic marine life
  • Logistical, economic constraints
  • New regulations coming into effect
  • AHS ballast treatment technology
  • Effective end inexpensive
  • Oxygen deprivation method

Source US Coast Guard
Source Washington State Department of Fish and
Wildlife
3
The Problem
  • Shipping moves over 80 of the worlds
    commodities.
  • Ballast water is essential for safe operation,
    balance and stability
  • Serious environmental problems occur when ballast
    contains marine life
  • Each year over 12 billion tons of ballast water
    are transported globally
  • The problem is compounded as most marine species
    have microscopic life cycle stages.

Source US Coast Guard
4
The Environmental Impact
  • Ballast transports over 10,000 marine species
    each day
  • After habitat loss, invasive species
  • Greatest threat to endangered species
  • Greatest reason for loss of biological diversity
  • Irreversible effects

Photos Northeast Midwest Institute
5
The AquaHabiStat System
  • Concept Oxygen deprivation by simple vacuum
  • Nothing added to the water
  • Effective for most voyage lengths
  • Acts as corrosion inhibitor
  • Engineered, prototyped, tested and patented
  • Effective with one pass of ballast water on
    intake
  • Eliminates costly and confusing procedures

One of the most effective, least expensive and
most environmentally friendly treatment systems
6
AHS Design
  • Splices into current ballast intake
  • May use existing ballast pumps
  • AHS tank in the engine room
  • Vacuum, centrifugal pumps attached to tank
    separate oxygen from the water
  • Piping and pumps move treated water to ballast
    holds
  • Marine life consumes remaining oxygen

Entirely Mechanical
  • Water regains oxygen during de-ballasting after
    organisms are killed

7
Patented AHS Design
8
Independent Test Results
  • Dissolved oxygen (DO) in treated water decreased
    to levels lt 1 ppm with a vacuum equivalent of
    -14.2 psi
  • After 3 days, all nuisance species larval stages
    and other organisms gt 75-80?m eliminated
  • Limited ATP testing indicated all biomass gt 20?m
    eliminated in lt 3 days
  • Treatment effect was seen down to 10?m
    (zooplankton, phytoplankton)
  • Living species in untreated samples

9
AHS Benefits
  • Financial Savings to Vessel Owner
  • Significant savings vs. ballast exchange
  • Reduces fuel expenses
  • Reduces corrosion of ballast tanks coating
    needs
  • Extends the life of ballast pumps vessel itself
  • Low cost up front over the life cycle
  • Low installation maintenance costs
  • No ongoing expensive consumables (chemicals or UV
    bulbs)
  • Resources
  • Multiple patents worldwide
  • US, China, Europe, Australia and others
  • Team of naval engineers, manufacturing partners,
    and biologists to design, build, install, test
    and monitor

10
AHS Meets the Criteria
11
The AHS Team
  • Management
  • Wilson Browning 30 years of experience in the
    shipping industry
  • Chairman Inventor BS, Johns Hopkins
    University MBA, UVA
  • Parker Davis 7 years Merrill Lynch Investment
    Banking New York
  • CEO BA, Dartmouth College MBA, UVA
  • Will Browning 9 years experience shipping
    agency, freight forwarding
  • COO BA, Denison University MBA, William and
    Mary
  • Advisors
  • Robert Ash, PhD Professor of Engineering, Old
    Dominion University
  • Claude Thompson Former Chief of Engineering,
    USCG Academy
  • Independent Investigators
  • Roger Mann, PhD Deputy Director, Virginia
    Institute of Marine Science
  • Member of the Virginia Invasive Species
    Council
  • Harvey Ko, PhD Applied Physics Lab, Johns
    Hopkins University
  • Andrew Gordon, PhD Professor, Former Chairman
    Biology Department, ODU

12
AHS Relationships
13
AHS Recognition
  • Awarded multiple patents worldwide
  • Awarded competitive public funding
  • National Oceanographic and Atmospheric
    Association (NOAA)
  • Virginias Center for Innovative Technology (CIT)
  • Virginia Economic Development Partnership (VEDP)
  • Received Outstanding award from the National
    Association of Management and Technical
    Assistance Centers 2002 awards
  • First and only ballast water treatment technology
    admitted as an Associate Member to INTERTANKO
    (International Association Tanker Owners)
  • Finalist in the INTERTANKO Environmental
    Challenge
  • Unsolicited press in Tanker Operator magazine and
    the Virginia Pilot news
  • Chosen speaker and panelist at numerous
    international conferences

14
Other Technologies
  • Other treatment technologies include
  • Filtration
  • Heat
  • Ultra-violet light irradiation
  • Ozone
  • Chemical Biocides
  • Combinations of the above
  • Alternative methods to treatment
  • Ballast water exchange
  • Onshore treatment

15
System Pricing A Practical Solution
  • System costs are based on size of the vessel and
    available parts, such as pumps and piping
  • These issues are common to all systems
  • Less than 1 of the cost of the vessel
  • Vs. the double-hull tanker concern (15 of the
    cost of the vessel)
  • The life cycle cost of AHS is minimal relative to
    other systems
  • Initial outlay only
  • No replacement parts (filters or UV bulbs) 2X
    cost of AHS
  • No consumables (chemicals) 10X cost of AHS
  • Capital outlays can be mitigated via financing,
    leases or licenses

16
Regulations Not If, But When and How
  • International Maritime Organization (IMO)
    presented rules in July 2003
  • Anticipated approval in February of 2004
  • National Aquatic Invasive Species Act (NAISA)
  • Introduced in Congress in March 2003
  • US Coast Guard published a proposed rulemaking
    for mandatory ballast water management in July
    2003
  • Final Rule in Spring 2004
  • Effective in the absence of NAISA
  • Washington State and California have enacted
    ballast water regulations
  • California currently effective
  • Washington State effective after July 2004
  • Includes financial penalties for non-compliance

17
Commercial Vessel Market Overview
  • Regulations will affect existing vessels and new
    builds
  • gt 45,000 existing commercial vessels
  • gt 1,000 new large vessels built annually
  • Each treatment system will likely cost over
    250,000
  • Not including life cycle costs

Source Royal Haskoning, September 2001
18
Regulations for Armed Forces Vessels
  • The National Defense Authorization Act of 1996
    directed the Department of Defense (DoD) to
    develop Uniform National Discharge Standards
    (UNDS) for Armed Forces vessels
  • The EPA and the DoD are developing the UNDS in
    three phases
  • Phase I (completed May 1999)
  • Determined which vessels and which discharges
    would require standards
  • Concluded that untreated ballast water discharge
    poses risks of non-indigenous species
    introduction
  • Ballast water was included in list of discharges
    to require Marine Pollution Control Devices
    (MPCDs) for applicable vessels (including all
    MSC vessels)
  • Phase II (initiated in summer 2003)
  • Will promulgate standards for discharge standards
    based on feasibility and environmental impact
    analysis
  • Phase III
  • Will promulgate regulations for the design,
    construction, installation, and use of MPCDs on
    board vessels of the Armed Forces to meet Phase
    II standards

19
Advocacy
It is clear that ballast water management has
moved from a vague concept to specific guidelines
and now to mandatory requirements in rapid
succession. Dennis Bryant, October 14,
2003 Former Chief Legal Officer, US Coast Guard
Current Washington representative to BIMCO ship
owners association
  • Multiple stakeholders are advocating mandatory
    ballast treatment
  • United Nations
  • Over 130 Countries
  • Shipping Federation of Canada
  • US Coast Guard
  • EPA
  • US Fish Wildlife
  • NOAA
  • US General Accounting Office
  • Pew Oceans Commission
  • Smithsonian Institute
  • Great Lakes Association
  • States of Virginia, California, Washington,
    Oregon, Pennsylvania, Hawaii

20
Current Regulatory Situation
  • Confusing regulatory environment with numerous
    parties involved
  • International Maritime Organization
  • US federal government
  • US Coast Guard
  • Individual states and regions
  • Vessel owners do not want to get involved in
    regulatory debate
  • Leaves environmentalists, academicians and
    regulators to hash it out
  • Only ballast water exchange laws in effect
  • Vessel owners would rather treat ballast water
    than exchange it
  • Ballast exchange is unsafe, expensive and puts
    wear and tear on vessels
  • Prevention technologies are available, but none
    approved

21
Specific Issues Regarding Regulations
  • IMO Treaty allows compliance period of over 6
    years
  • Coast Guard Rulemaking
  • Creating biological standards and technology
    testing protocols are not standard procedures for
    the Coast Guard
  • Mandated by Congress since 1996
  • Technology approval is on a vessel by vessel
    basis
  • NAISA
  • Has not passed
  • Democratic bill in a Republican administration
  • Only applicable to voyages originating gt 200
    miles offshore
  • Over 60 of voyages arriving at US ports are
    within 200 miles
  • Includes numerous issues of resistance and debate
  • Control of species already introduced
  • Research appropriations
  • No common means for approving technologies at
    state or federal levels

22
Prevention vs. Control
  • Prevention
  • Ballast water compliance standards
  • Ballast water exchange alternatives
  • Treatment technology approval protocols
  • AHS is currently unaware of any opposition to
    prevention regulations
  • Control
  • Early detection and monitoring
  • Rapid response to new invasions
  • Funding for academic research on current
    invasions
  • Intentional introductions (aquaculture, food
    industry)
  • Control provision opposition land rights
    activists, endangered species activists,
    appropriations authorities

23
Issues on Control of Species Already Introduced
  • Control is an issue, but much more complex than
    prevention
  • Extremely expensive
  • Eradication of species without affecting
    indigenous species
  • Construction of physical barriers
  • Funding for research and rapid response
  • Numerous jurisdiction issues
  • Some introduced species are endangered species
    themselves
  • Many invasive species are now on private property
  • State land rights vs. federal authority
  • Aquaculture industry

24
Interests of Ship Owners
  • Any technique must not hamper free global trade
    and must therefore be accepted by all port
    authorities through certification according to
    international standards.
  • A ship owner must be free to choose from a range
    of techniques
  • Any technique must meet the set of basic criteria
    already identified by IMO
  • Safe
  • Cost effective
  • Biologically effective
  • Environmentally friendly
  • Practical for shipping
  • Other criteria
  • Low time needed for operation
  • Ease of monitoring and reporting through
    automation and controls
  • Chemical free
  • Ability to bypass the system if necessary
  • Cost and pricing dynamics of ballast treatment
    systems will be driven by
  • Vessel characteristics (type, ballasting flow
    rate, age, flag state)

Source Royal Haskoning
25
Regulatory Challenges for Treatment Technologies
  • Coast Guard has authority to develop technology
    approval process
  • No approval process developed
  • Current criteria as effective as ballast
    exchange
  • The Coast Guard has suggested exchange is 20-90
    effective
  • No protocol exists to test technologies vs.
    exchange
  • No technologies have been approved
  • As a result, the market has not spoken
  • No leap of faith for practical technologies
  • Taking years to develop exhaustive protocols to
    test all outcomes
  • No incentive exists for ship owners to
    participate in technology development

26
Financial Challenges for Treatment Technologies
  • Vessel owners reluctant to purchase technologies
    until required
  • Investors reluctant to invest until technologies
    are commercial
  • Government funding is paltry
  • NOAA for prevention technology development budget
    was 350,000 for 2003
  • NOAA budget for species control is over 20
    million

27
Key Components for Any New Regulations
  • Biological effectiveness need a place to start
    (the standard)
  • Economic effectiveness
  • Objective eradicate the most harmful organisms
    at the lowest cost
  • Those that grow into harmful species
    zooplankton, phytoplankton
  • The cost of killing bacteria
  • Ballast water is one of thousands of ways
    bacteria is carried
  • Typically must use chemicals
  • Expensive, not practical for shipping, difficult
    to administer
  • Otherwise environmentally unfriendly
  • Curtailing discharge side effects
  • Chemical discharge
  • Changes in water itself (e.g. lower pH creates
    acidic water)
  • Geographic applicability US arrivals from
    domestic and international ports

28
Recommendations
  • Draft New Federal Bill and Keep it Simple
  • Prevention only
  • No provisions for control of species already
    introduced
  • No appropriations
  • Applicable to both international and domestic
    voyages
  • Applicable to vessels with large amounts of
    ballast
  • Biological standard
  • 95 kill rate effectiveness or 50 micron maximum
    size
  • Do not include bacteria - yet
  • Allow ballast exchange in lieu of technology for
    limited period of time (2 years)

29
Technology Approval Recommendations
  • Technologies should be approved
  • On an experimental basis based on promising
    initial prototype results
  • For a limited period of time (5 years) to
    demonstrate effectiveness
  • Technology type approval, not ship approval
  • Ship owner must still present approval
    verification to authorities
  • Reduces burden on regulators to approve vessels
    individually
  • Allows sale to multiple vessels
  • Financial incentive for ship owners to
    participate in development
  • No direct funding needed waive exchange
    requirements for tests
  • The International Chamber of Shipping has claimed
    that each exchange may cost a large vessel up to
    20,000 per exchange

30
AHSAQUAHABISTAT
223 East City Hall Ave. Suite 200 Norfolk, VA
23510 (757) 233-7278 www.AquaHabiStat.com
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