The Future of Farming: Carbon-Negative
Bio-Fertilizer for Regenerative Agriculture

Science. Research.
Real-World Impact.

Sargassum is not waste – it is a high-value bioresource with untapped potential for sustainable agriculture, biotechnology, and renewable materials.

+35% yield increase

Stronger, healthier crops

+64.58% improved germination

Faster, more efficient growth

+297% more phosphorus availability

Better soil nutrient retention

+64.58% improved germination

Higher soil fertility & water absorption

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Scaling Bio-Based Innovation – Our Key Research Areas

Powder Fertilizer
– Next-Gen Sargassum-Based Agriculture

Building on the success of our liquid fertilizer trials, the next step is developing a powder-based, carbon-negative formulation that is scalable and cost-efficient.
  • Enhancing nutrient retention & slow-release properties
  • Developing advanced processing techniques to preserve bioactivity
  • Testing across multiple soil types & climate zones

Biotechnology & Pharmaceuticals
– Marine Bioactives & Functional Ingredients

Sargassum contains high-value marine bioactives such as Fucoidan, Fucoxanthin & Alginates, which are being studied for their anti-inflammatory, immune-modulating & regenerative properties.
  • Developing high-purity extraction methods for pharmaceutical applications
  • Investigating therapeutic potential in medicine, nutraceuticals & alternative health solutions
  • Enhancing bioavailability & formulation techniques for marine-derived compounds

Cosmetics & Skincare
– Seaweed-Based Innovation for Clean Beauty

Natural, marine-derived ingredients are transforming clean beauty formulations. Sargassum’s bioactive compounds offer a unique antioxidant & skin-repairing profile, but require scalability & stability improvements.

  • Analyzing antioxidant, UV-protective & collagen-boosting effects
  • Developing sustainable, biodegradable skincare formulations
  • Optimizing large-scale extraction & stability for commercial use

Sustainable Aquaculture
& Alternative Protein Sources

The demand for high-protein, sustainable alternatives to soy & fishmeal is growing. Sargassum’s rich amino acid profile makes it a strong candidate for sustainable aquaculture & livestock nutrition.
  • Evaluating digestibility & bioavailability for livestock & aquaculture species
  • Optimizing nutrient content for efficient protein absorption
  • Analyzing animal health & performance in controlled feeding trials

Bio-Energy & Sustainable Materials
– Circular Economy Solutions

Sargassum’s high organic matter content makes it a strong candidate for biogas, seaweed-based biofuels & biodegradable materials. Further research is needed to refine conversion processes & industrial scalability

  • Advancing biogas & bioethanol production technologies
  • Developing fiber-based biopolymers for eco-friendly packaging
  • Exploring carbon sequestration potential & industrial-scale applications

Let’s Build Research
Collaborations That Matter

Sargassum is at a tipping point – ready to become one of the most versatile bioresources available. To unlock its full potential, we are actively seeking research collaborations with:

Universities & research institutions exploring bio-based innovation

Industry leaders in agriculture, biotech, pharma, cosmetics & sustainability

Companies with expertise in circular bioeconomy & material science

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