The utility model relates to an efficient slurry processor. The structure of the efficient slurry processor is as follows: one end of a hollow shaft is located in a centrifuge tube, a plurality of rows of water discharge pipes are axially arranged along the centrifuge tube, a port at one end of the water discharge pipe is close to the hollow shaft, and the other end of the water discharge pipe iscommunicated with a water collecting pipe; the water discharge pipes are fixed at the centrifuge tube, the inner wall of the centrifuge tube is provided with a plurality of moved blocks, the front endof the moved block is located in the centrifuge tube, and the back end of the moved block is connected with a sliding device. Through the efficient slurry processor, the shortcomings that the excesswaste slurry in the engineering construction can not be used for planting crops because of chemical substances in the waste slurry, and the environment is contaminated, and the contamination can not disappear after many years, and a large number of farmland is seized are solved. The efficient slurry processor separates the waste slurry into water and mud at the engineering construction site, wherein, the formed mud can be immediately used for backfilling at the construction site, and the water can be used for making slurry, therefore, the environment contaminating and farmland seizing for thewaste slurry are avoided, and the transportation expenses are saved, and the waste slurry can be reused at site after appropriate separation to form a cycle, therefore, not only the contamination is solved, but also the expenses are saved.