Project overview
S.E.A. Carbon aims to address a significant unmet need in carbon sequestration technology by combining the unique properties of pelagic sargassum (S. fluitans and natans; invasive seaweed affecting the environment and socio-economic sectors of the Mexican Caribbean) to capture and store atmospheric carbon in the deep ocean. This novel approach builds upon existing scientific knowledge while pushing boundaries in both field experimentation and computational modelling, positioning it at the intersection of ecological innovation and sustainable climate solutions. The primary goal of this project is to investigate the feasibility of sinking Sargassum biomass to enhance carbon sequestration efforts. Through controlled field experiments and cutting-edge statistical modelling, S.E.A. Carbon will identify optimal conditions for sinking sargassum and assess its carbon storage potential. By focusing on a natural, scalable method of carbon capture, this project seeks to fill a critical gap in current climate change mitigation strategies. Furthermore, we aim to share the knowledge gain from both, empirical and modelling methods, to improve awareness on carbon sequestration among the communities and aid decision-making that are adapted to the local needs and development of potential related commercial applications.
