Abstract: In order to solve the oil pollution,the methyl acrylate absorbing fiber which was obtained by suspension polymerization through gel spinning was wraped with polyester and polypropylene respectively (blending and sandwich).Both sides were covered with polyethylene spunbond nonwoven fabric and then needled reinforcement.This prepared a low-cost and highly efficient compositing needled materials.We researched the absorption and mechanical properties of the methl acrylate functional fiber. Finally,the best ratio program was selected to the compositing needled materials. We studied the absorption rate,saturated oil absorption and protecting oil rate of kerosene,toluene and trichloroethylene.We discussed the influence of absorption and protecting the oil rate for different mixed ways,and considered the reuse of compositing needled materials from the environmental applications .The results showed that:when the mass ration (MBMA/MHEMA/MAN)of methyl acrylate function fiber was 75/15/10,the performance of methyl acrylate function fiber was better to compositing needled materials.The oil absorption rate,saturated oil absorption and protecting oil rate to laminated polypropylene materials were superior to others. Laminated polypropylene materials were tested to the reuse experiments.The desorption amount of absorption-desorption was up to 90%.The absorption was decreased slightly and meeted the reuse requirments.