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Viability of ballast reception facilities within the Great Lakes
(2025-04)
Shore-based ballast water reception (BWR) facilities offer an economically and environmentally feasible alternative to onboard treatment of ballast water for vessels on dedicated trades within the Laurentian Great Lakes (Great Lakes). Six to eight...
Great Lakes Ballast Water Research and Development Plan
(2024-04-12)
Per VIDA, the primary goal of this Research and Development (R&D) Plan is to identify approaches, methods, and best available technologies that can be applied to ballast water discharges that are effective at reducing propagules in Great Lakes...
SHORE-BASED EVALUATION OF THE EFFECTIVENESS OF THE BAWAT BALLAST WATER MANAGEMENT SYSTEM MK2 – MOBILE TREATMENT UNIT
(Lake Superior Research Institute - Great Waters Collaborative, 2024-04-05)
to evaluate the potential of the system to kill living organisms in the ballast water of ships to reduce the risk of aquatic nuisance species migration in the Laurentian Great Lakes. The Bawat Mobile Treatment system is designed to heat water killing...
LAND-BASED EVALUATION OF THE EFFECTIVENESS OF THE BAWAT BALLAST WATER MANAGEMENT SYSTEM MK2-MOBILE TREATMENT UNIT
(2022-03-09)
This technical report represents the land-based evaluation of the Bawat Ballast Water Management System (BWMS) Mk2 – Mobile Treatment Unit, developed by Bawat A/S Agern Alle, 2970 Horsholm, Denmark (www.bawat.com). This work was conducted...
LAND-BASED EVALUATION OF THE EFFECTIVENESS OF THE OPTIMARIN BALLAST SYSTEM IN THE GREAT LAKES
(2022-02-18)
This technical report presents the land-based evaluation of the Optimarin Ballast System, Model 334/340FX2. This work was conducted to evaluate the potential of the system to be used as a flow-through water treatment method for the Laurentian Great...
LAND-BASED EVALUATION OF THE EFFECTIVENESS OF THE OPTIMARIN DN100 AND DN150 BALLAST SYSTEMS IN THE GREAT LAKES
(2023-03-23)
ultraviolet (UV) chamber. This work evaluated the potential of the systems to be used as a flow-through water treatment methods for the Laurentian Great Lakes, treating via filtration and UV exposure on uptake and UV exposure again on discharge. The evaluation...
Evaluating a Most Probable Number Method for Assessing the Viability of Great Lakes Protists
(2024-04-11)
To support type approval testing of ballast water management systems we evaluated freshwater viability assessments for protists from the Duluth-Superior harbor of western Lake Superior using the most probable number (MPN) method. Tests were...







