Overview Researchers from ARCI , an autonomous institute of the DST , have devised a method to reuse graphite extracted from spent lithium‑ion batteries . The exfoliated graphite, when combined with platinum, forms a catalyst that enhances the ORR in acidic media and tolerates methanol, addressing key limitations of current fuel‑cell technology. Key Developments Graphite recovered from end‑of‑life batteries was chemically exfoliated, increasing surface area and edge functional groups. The exfoliated graphite was mixed with platinum at 10 wt % to create a conductive network. The composite showed superior electronic conductivity, enhanced oxygen transport, and selective adsorption of methanol, suppressing methanol oxidation and CO poisoning. Performance was demonstrated in acidic media, relevant to DMFC operation, with improved durability and methanol tolerance. Findings were published in ACS Sustainable Resource Management , highlighting a sustainable route for battery‑waste valorisation. Important Facts The optimum composition of 10 wt % exfoliated graphite delivered the best balance of ORR activity and stability. The conductive network not only facilitated electron flow but also acted as a chemical barrier, reducing methanol crossover and protecting platinum from carbon monoxide (CO) poisoning. This dual function leads to higher fuel‑cell efficiency and longer catalyst life, crucial for commercial viability. UPSC Relevance • Science & Technology Policy: Demonstrates how government‑funded research institutes translate waste management into high‑value technology, aligning with the circular economy approach promoted by the Ministry of Science & Technology. • Energy Security: By reducing dependence on imported platinum and improving fuel‑cell performance, the innovation supports India’s renewable‑energy targets and diversification of the energy mix. • Environmental Impact: Recycling graphite from spent batteries mitigates hazardous waste, contributing to sustainable waste‑management strategies under the Swachh Bharat and e‑waste policies. Way Forward Scale‑up the exfoliation process and integrate it into existing battery‑recycling pipelines. Conduct pilot trials of the Pt‑graphite catalyst in commercial DMFC modules. Formulate policy incentives for industries adopting recycled‑material catalysts, encouraging public‑private partnerships. Encourage interdisciplinary research linking material science, electrochemistry, and clean‑energy deployment.