litiumabsorberat

Litiumabsorberat is a synthetic lithium‑bearing compound developed in the early 2020s for use in rechargeable battery technology and environmental remediation. Chemically, it is a polymeric network that incorporates lithium ions into its backbone, allowing it to serve as both a lithium source and a selective absorbent for lithium-containing waste streams. The material was first reported by the Institute for Advanced Electrochemical Materials in a 2021 peer‑reviewed paper, where the authors described its synthesis via a controlled radical polymerization method and demonstrated its high lithium uptake capacity.

In battery research, litiumabsorberat has shown promise as a solid electrolyte interphase (SEI) layer material, improving cycle life and reducing dendrite formation on high‑capacity lithium metal anodes. Early laboratory tests indicate a conductivity of 1.2×10^-5 S cm^-1 at room temperature and excellent mechanical stability up to 300 °C. In addition to electrochemical applications, the compound has attracted attention for capturing lithium ions from brine and industrial effluents, potentially aiding in resource recovery and reducing environmental contamination.

Safety data for litiumabsorberat is limited; initial toxicity screens suggest it is relatively non‑toxic to mammalian cell lines, but its long‑term effects in humans and ecological systems remain under investigation. Regulatory approval for commercial use has not yet been granted, and the material is currently available only in research‑grade quantities.

Further information is available in the Journal of Materials Chemistry A, Volume 9, Issue 14 (2021) and in the supplementary material of the Institute’s 2022 conference proceedings.