Prospersea cultivates macroalgae to produce sustainable ingredients for animal nutrition and biofertilizers. Their process regenerates marine ecosystems, enhances biodiversity, and sequesters carbon, offering a regenerative alternative to synthetic inputs.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional agricultural and animal feed inputs often rely on synthetic fertilizers and resource-intensive feedstocks, contributing to environmental degradation and carbon emissions. The demand for sustainable alternatives is growing, but scalable solutions that actively regenerate marine ecosystems are limited.
Solution
Prospersea cultivates macroalgae (seaweed) to provide sustainable, nutrient-rich ingredients for animal nutrition and biofertilizers. This process actively restores marine ecosystems, enhances biodiversity, and sequesters atmospheric carbon. By leveraging advanced cultivation techniques and processing, Prospersea transforms seaweed into high-value inputs that reduce reliance on synthetic fertilizers and conventional feed components. This approach supports a circular economy, driving sustainability across the agricultural and aquaculture sectors while contributing to climate resilience.
Target Audience
Prospersea targets agricultural producers, animal feed manufacturers, and fertilizer distributors seeking sustainable and regenerative inputs to improve product performance and environmental impact.
Features
- Cultivation of specific macroalgae species for optimized nutrient profiles and carbon sequestration capabilities.
- Processing of harvested seaweed into standardized ingredients for animal feed, enhancing nutritional content and reducing reliance on soy or fishmeal.
- Production of seaweed-derived biofertilizers that improve soil health, nutrient uptake, and crop yields while minimizing synthetic input usage.
- Proprietary cultivation methods designed for ecosystem regeneration, including habitat restoration and increased marine biodiversity.
- Carbon accounting and reporting for cultivated seaweed biomass, quantifying its contribution to climate change mitigation.
- Development of value-added products from seaweed, such as bioplastics and other bio-based materials.