About Azuta Aquaculture
The story of Azuta Aquicultura began in 2013, when a passion for aquaculture and interaction with traditional mariculturists sparked an interest in marine macroalgae. Participation in meetings of AMESP (Association of Mariculturists of the State of São Paulo) allowed for a close understanding of the sector's challenges and the importance of integrating science, traditional communities, and sustainability.
Our Journey
During that period, seaweed farming in São Paulo faced significant obstacles. Despite authorizations from IBAMA and GERCO for the commercial cultivation of Kappaphycus alvarezii , the newly created Marine APA adopted a restrictive stance that interrupted research, made cultivation unfeasible, and drove seaweed farmers away from the sea. Between 2013 and 2022, the activity remained practically stagnant.
This scenario, however, strengthened our vision. Even in the face of adversity, the conviction matured that marine macroalgae could be great allies of the environment—and that innovation was necessary to allow the activity to return in a safe, efficient, and sustainable way.
Commitment to the Environment
We believe that macroalgae cultivation can be a true ally of the ocean. Algae contribute to mitigating anthropogenic impacts, in addition to providing bioproducts with multiple applications.
Therefore, all our products are developed based on scientific principles and aim to replace environmentally harmful inputs with ecologically sound, biodegradable, and non-toxic alternatives.
Our Foundation
In March 2024, we formalized Azuta Aquicultura as a startup, consolidating years of research, experience, and commitment to sustainable innovation.
Today, we continue working to boost the development of Brazilian algae farming, offering technologies, products, and knowledge that combine science, productivity, and respect for the environment.
Vision
Our relevance is directly linked to the measurable impact we promote in three fundamental pillars:
1. Environmental Impact : Macroalgae cultivation represents a regenerative solution with low environmental impact and high ecological efficiency. Each cultivated hectare acts as a natural biofilter, removing dissolved nutrients from the aquatic environment, reducing eutrophication processes and improving water quality. Studies in integrated aquaculture systems (IMTA) have demonstrated that Kappaphycus alvarezii can remove: 10% to 34% of nitrate (NO₃⁻); 14% to 33% of nitrite (NO₂⁻); 4.7% to 17.6% of ammonium (NH₄⁺) and significant removals of phosphate (PO₄³⁻) (DOI:10.1016/j.aquaculture.2008.02.024). Furthermore, it exhibits a high capacity for capturing atmosp
