▎ 摘　　要

NOVELTY - Preparing iron-doped graphene using waste iron phosphate lithium comprises (i) pre-processing the waste ferric phosphate lithium to obtain lithium phosphate powder and graphite, (ii) mixing and heating the ferric phosphate lithium powder with the dilute sulfuric acid and hydrogen peroxide to obtain the precursor solution containing the lithium and iron, (iii) adjusting the pH value of the precursor solution containing lithium and iron to obtain the iron hydroxide precipitate, (iv) calcining the ferric hydroxide precipitate and the partial graphite, (v) using the Hummers oxidization method to prepare the part of graphite to prepare the graphite oxide, and (vi) calcining the iron elementary substance and graphite oxide to obtain iron-doped catalyst graphene. USE - The iron-doped graphene is useful for lithium-cobalt battery's catalytic anode (claimed). ADVANTAGE - The iron-doped graphene process and operation is simple, the chemical catalyst with high added value can be obtained, and the high economic benefit. DESCRIPTION OF DRAWING(S) - The drawing shows a flow chart of preparing iron-doped graphene using waste iron phosphate lithium for lithium-cobalt battery's catalytic anode(Drawing includes non-English language text).