Jellyfish population increases and their consequences have created an incredible financial and ecological incentive for finding widespread use of jellyfish biomass in commercial applications, hoping that the "trash" of the present becomes the treasure of the future. A recent study presented a global jellyfish biomass estimate of approximately half a billion tons of carbon (0.46 PgC), with an overwhelming majority readily available as an untapped sustainable resource . This estimate surpasses by far the global estimated reserves of graphite without any of the added geopolitical issues associated today with graphite production . Presently, the global market for raw jellyfish is mostly attributed to the Asian food industry, accounting for several hundred thousand metric tons harvested annually with a small market size of ~100 million USD . Alternative uses for jellyfish biomass as a sustainable resource in biotechnological and biomedical applications have been explored; however, these studies were relegated to relatively small potential markets with minimal impact on the global issues that jellyfish population growth has created . Therefore, incorporating the use of jellyfish biomass into the rapidly growing lithium-ion battery market (expected to increase to ~50 billion USD by 2024 ) can highly incentivize regulation of jellyfish populations globally, while lowering battery production costs and pollution.