The invention relates to the technical field of oil field oil production engineering, and belongs to a horizontal well cementation segmented multi-cluster volume fracturing technology. The problems that when ball putting is adopted in a horizontal well cementation sliding sleeve fracturing technology for fracturing construction, each segment of fracturing ball can only open one stage of sliding sleeve, and consequently construction is complex, and cost is high are effectively solved. According to the technology, a horizontal well cementation cluster type sliding sleeve (4), a pressure sliding sleeve (5) and a bump-pressure seat (6) are firstly put down into a well along with a sleeve pipe (1) to design depth; well cementation is carried out, a pipe cleaning tool (2) is put down to scrape away cement in the pipe, the pipe cleaning tool (2) is put down directly to the bump-pressure seat (6) and matched with the bump pressure seat (6) to achieve locking, the cement is returned to a well mouth, and well shut-in and cement setting waiting are carried out pressure bumping; after pump pressure is added to the well mouth to open the pressure sliding sleeve (5), fracturing is carried out on the first layer; a ball (3) is fed to the second layer, and then the ball is sequentially fed to the third layer to the nth layer in sequence for multi-layer-segment fracturing construction. The technology has the advantages of increasing single-well yield, reducing cost, achieving effective development and the like.