As previously explained, and in unison with the exhibited electrochemical analysis, jellyfish biomass satisfies these criteria entirely. Due to the anticipated proliferation of jellyfish populations and their associated adverse consequences, jellyfish biomass represents a readily available, cost-effective, and truly sustainable carbon precursor that requires minimal processing and refinement. Moreover, unlike the examples listed above, the widespread implementation of jellyfish biomass in energy-storage systems could yield numerous positive ecological, economic, and social outcomes, including environmental remediation of devastated marine ecosystems, reduction of disruptions and maintenance expenses for fisheries and power plants, and the mitigation of the detrimental effects of jellyfish on civilians at public beaches.