The Pattern of Extraction Factor by the Delignification Agent of Gracilaria Sp. Seaweed for Bioethanol

Absorption of carbon dioxide gas through the increased production of macroalgae in the future is the answer to one of the increasing temperature problems in global warming. Carbon absorption can be implemented by producing biomass for the food sector from non-residue and residue to renewable energy; biofuel of bioethanol by engineering the extraction of glucose molecules. This research was conducted to study patterns of lignin depolymerization effect on water content for a residual utilization basis in subsequent saccharification and ethanol fermentation. Neutralization of the hydrogen peroxide oxidizer requires capturing oxygen atoms by the changing principle of the functional group of organic compounds. The resulting pattern of delignification/ depolymerization of lignin using an oxidizer provides an increased water content. The residue handling process for effective saccharification based on dry residual biomass conditions.