Imagine the ocean is a giant soup, and new, invisible chemicals are leaking into it from our cities. This work creates a high-tech 'taste test' that doesn't just find the chemicals, but tells us exactly how they make fish and other sea life sick. It's like moving from a simple checklist to a full medical check-up for the ocean.
Companies and regulators struggle to measure the actual biological damage caused by new chemicals in the ocean. Current methods often miss the 'invisible' toxic effects that impact biodiversity and policy compliance.
A parameterised box model to predict chemical fate and a set of source code tools shared via Github. They also created a biological monitoring system using biomarkers and omics technologies.
If you are a water quality auditing firm dealing with vague pollution standards — this project developed an integrated assessment tool that combines chemical measurements with biological effects. This allows you to provide clients with a precise measure of environmental health for EU policy compliance.
If you are a specialty chemical producer dealing with unpredictable toxicity reports — this project developed a parameterised box model to predict the fate of chemicals in the sea. This helps you anticipate how your products behave in the wild before they are regulated.
If you are a marine sensor developer dealing with a lack of biological markers — this project developed new biomarkers and source code for transport models. You can integrate these tools into your hardware to offer high-value biological monitoring services.
Based on available project data, no pricing or cost information is provided as this is a research-funded project.
The project is testing the tools through European-wide case studies, but based on available project data, it is currently in the validation phase rather than full industrial scale.
The project specifies that source code documentation will be shared through Github, suggesting an open-access or transparent distribution model.
It supports the assessment of Good Environmental Status under the Marine Strategy Framework Directive (MSFD) and the Water Framework Directive (WFD).
The project runs from 2024-01-01 to 2027-12-31, meaning the final tools and guidance will be ready by the end of 2027.
The consortium is heavily weighted toward research, with 7 research organizations and 1 university, representing 80% of the group. With only 1 industry partner (10% ratio), the project is primarily driven by scientific discovery and policy support rather than immediate commercial productization. The 10 partners across 8 countries ensure a broad geographical validation of the tools across different European marine environments.
Contact NORSK INSTITUTT FOR VANNFORSKNING STI in Norway
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