InterFlow

The integrated flow of nutrient dense fish farm wastewater for bioremediation and generation of high value seaweed biomass used to eradicate cow methane emissions.

Goal

  • Demonstrate a circular production model at an industrially relevant scale through producing high-value seaweed biomass from nutrient dense fish farm wastewater that can be used to eradicate cow methane emissions.
  • Aims to build a bridge between sustainable aquaculture and cattle production with a targeted triple green benefit:
    • avoided emissions in wastewater treatment
    • bioremediated nutrient load from the wastewater
    • optimised methane reducing cattle feed

Plan

  • Wastewater nutrient load baseline mapping
  • Optimise biomass yield and bioremediation performance at industrially relevant demonstration scale
  • Quantify bioremediation and carbon capture potential
  • Develop commercial upscaling plan

 

Expected results

  • Evaluation of potential at an industrial demonstration scale – 50m3 / hour wastewater and 300,000L macroalgae production
  • Business model innovation – ecosystem services, and mitigated production costs unlocking uptake potential – via quantification and value of bioremediated water – nitrogen (N) and phosphorous (P) removal, and quantification of biomass production cost improvements through yield and cost of goods.
  • Replicability across existing and new land-based aquaculture facilities

Project information

Partners:

Maripure ApS, Technical University of Denmark, FORCE Technology

Project manager:

Damien John Jelstrup Balkin

Start date:

15.04.25

End date:

14.08.26

Technology Readiness Level:

Start:

End:

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