Revolutionizing Energy at its Roots
CurieBio’s breakthrough nature‑inspired research transforms biological intelligence into sustainable technologies that solve critical global challenges—delivering elegant, efficient, and environmentally harmonious solutions rooted in the power of natural design.
Innovative and Scalable Solutions for Next-Gen Energy
Less Reliance on Critical Minerals:
Lower Supply Chain Costs:
End of Life Cycle Sustainability:
Lithium Isotopes Enrichment:
Critical battery minerals like lithium, cobalt, and nickel are in short supply, driving up costs and slowing production. Our technology delivers a scalable solution that meets rising demand with no reliance on critical minerals.
CurieBio battery technology cuts supply‑chain costs by being easily scalable and far simpler to mass‑produce than conventional batteries, enabling low‑cost, low‑complexity manufacturing at any scale.
Our biobatteries are fully nontoxic and biodegradable, eliminating the costly and complex recycling processes required for conventional batteries. At end‑of‑life, they break down naturally without harming ecosystems, delivering a safe, low‑cost, and environmentally harmonious alternative to traditional battery waste.
CurieBio Lithosphere beads selectively separates Li‑6 from Li‑7 with high precision, enabling access to the rare Li‑6 isotope—critical for advanced energy systems, fusion research, and other high‑value nuclear applications.while eliminating the massive, complex, and energy‑intensive infrastructure traditionally required for Li‑6 enrichment.
Leading the Future in Sustainability
Biomimicry batteries offer a compelling solution for sustainable energy due to their eco-friendliness and supply chain independency, positioning them as a critical component in the circular economy and national security. Unlike conventional battery technologies, these biocatalytic power sources utilize biological processes, often employing enzymes or microorganisms, to generate electricity from diverse organic substrates like glucose or even wastewater.