Ramos Ciprián, Rubén DaríoRubén DaríoRamos CipriánVillanueva Rosario, AlexisAlexisVillanueva RosarioKörner, InaInaKörnerDeipster, AnnaAnnaDeipsterSalavert Fernández, José MiguelJosé MiguelSalavert Fernández2025-01-142025-01-142024-0728th International Congress on Project Management and Engineering, CIDIP 2024978-8-4096-3877-2https://tore.tuhh.de/handle/11420/52991In the production of renewable energy, one of the most abundant sources is organic matter, known as Biomass. One of the best ways to generate renewable energy is through residual biomass such as Sargassum. This source of biomass has several advantages over terrestrial crops, as it does not compete for land use and does not consume the amount of water necessary to grow food. Considering that in 2022 18 tons of Sargassum invaded Dominican beaches, this biomass is presented as an alternative with great potential to produce biofuels. Life cycle analyzes (LCA) confirmed the environmental benefits of the biogas production system. The organic waste from the biodigester can be used as organic fertilizer, while the biogas can be used for combined heat and power production. After collecting all the data on the input variables, the simulation began. The simulation was carried out using 18.09 kg of dry matter or total solids as input material. Taking the organic dry matter content of 27.49% from laboratory results and with an incubation temperature of 30 degrees Celsius, for a simulated time of 90 days.enhttps://creativecommons.org/licenses/by-nc-nd/4.0/Biodigestion | Renewable energy | SargassoNatural Sciences and Mathematics::572: BiochemistryConference Paperhttps://doi.org/10.15480/882.1425410.61547/240502010.15480/882.14254Conference Paper