This invention is a rapid and reliable kill and restoration technique and its implementation system for the well blowout accidents. It uses solid particles to block, suppress and greatly reduce the blowout flow to gain time for repair or replacement of the damaged blowout preventer and other devices, and connection of production pipelines. It then takes out some of the solid particles to restore well production. In such a way, environmental damage is greatly reduced and the well is kept as a valuable production asset. While any shape of solid particles may be used, the ball shape is an optimum for the kill and restoration operation; hence kill balls are the recommended solid particles. An implementation system for the ball kill procedure consists of a tubing system, a blower or a pump, a ball injection device and a cage. The cage mounted on the tubing and sits on top of the well will temporally contain the blown out balls at the early stage of the kill process. Balls in the cage will fall down to the well as the flow is reduced. An implementation system for the restoration process consists of a tubing system, a pump and a balls storage tank.