Impact That Regenerates
Our mission is to scale carbon-negative food solutions that make daily nutrition lighter on the planet. We believe food can be designed to regenerate, not to extract.
Seaweed naturally absorbs carbon as it grows
Seaweed absorbs CO₂ as it grows, making macroalgae a powerful natural carbon sink.
As macroalgae grow, they can improve water quality and support marine biodiversity—core to regenerative ocean farming.
By partnering with responsible, science-backed farmers, we help expand seaweed cultivation and bring ocean-grown sustainability into functional foods.
Impact Metrics
Why Regenerative Ocean Farming Matters
Regenerative ocean farming is emerging as a scalable model for sustainable food production.
Seaweed cultivation requires no freshwater, fertilizers, or soil - reducing pressure on land and resources.
By prioritizing macroalgae-based nutrition, KelpEat advances a new category of functional foods designed for the next food system.
How We Measure Our Impact
KelpEat calculates carbon removal and footprint using biomass yields, regenerative farming assessments, and supply-chain analysis.
Our approach keeps impact claims measurable and improves them as we scale.
Frequently asked questions
Seaweed absorbs CO₂ as it grows, storing carbon in biomass while supporting water quality and marine ecosystems.
Seaweed cultivation absorbs CO₂ as it grows, and our sourcing and processing are designed to support a lower-impact footprint end-to-end.
A method of cultivating macroalgae without freshwater, fertilizers, or soil, supporting marine ecosystems while producing nutrient-dense food.
We rely on biomass-yield data, farming assessments, and supply-chain analysis to keep impact measurable and transparent.
Yes, our packaging is made from fully recyclable materials.
Seaweed-based nutrition can reduce environmental impact versus many animal and crop-based proteins.
