MARINESTREAM SYSTEM: ENVIRONMENTAL COMPLIANCE
About Marinestream
The Franmarine Marinestream system is an advanced in-water hull cleaning and biofouling management technology designed to comply with the stringent requirements of the Australian Anti-Fouling and In-Water Cleaning Guidelines (Draft, 2024). It ensures environmentally sustainable cleaning and adheres to biosecurity standards to prevent the translocation of invasive aquatic species.
How Marinestream Works
The Marinestream system uses advanced filtration to capture and neutralize biofouling material during in-water cleaning operations. This includes containment of debris down to a particle size of 20 µm, with ultraviolet treatment to ensure the destruction of harmful organisms, such as gametes and spores.
The system ensures no untreated discharge enters the marine environment, aligning with Australia’s draft guidelines that mandate the containment, filtration, and proper disposal of all biofouling material.
Compliance with Australian Standards
The Marinestream system has been developed to align with the 2024 Draft Anti-Fouling and In-Water Cleaning Guidelines issued by the Department of Agriculture, Fisheries, and Forestry (DAFF). These guidelines focus on biosecurity, environmental protection, and water quality management, requiring operators to:
- Contain and filter all biofouling material and associated contaminants.
- Prevent the release of invasive aquatic species.
- Ensure discharge water meets local environmental standards.
Franmarine’s Marinestream technology has been rigorously tested to exceed these requirements, ensuring compliance with both national and international standards.
Environmental Benefits
Water Quality
Enhances local water quality through advanced filtration and UV treatment processes.
Biosecurity Protection
Prevents the transfer of invasive aquatic species, protecting marine ecosystems.
Waste Management
Facilitates the responsible disposal of captured biofouling material at licensed facilities.
Reduced Emissions
Improves vessel efficiency, reducing fuel consumption and greenhouse gas emissions.