A soil stabilization system, comprising: - at least one container for receiving and containing soil, - at least a first conveyor unit located in the container and configured for moving the soil towards an outlet end of the container, the conveyor unit defining a direction of rotation, - at least one measuring unit configured for measuring the weight of soil on the first conveyor unit, - at least one feeder unit for containing a soil stabilizer located towards the outlet end of the container and configured for controllably feeding the soil stabilizer to soil on the first conveyor unit, and - a rotatable mixer unit located at the outlet end of the container and configured for mixing the soil with the soil stabilizer to provide a mixture of the soil and the soil stabilizer, and wherein the soil stabilization system is configured to calculate and control the weight percent of the soil stabilizer mixed into the soil, wherein the soil stabilization system is configured such that a direction of rotation of the rotatable mixer unit corresponds to the direction of rotation defined by the conveyor unit, characterized in that said rotatable mixer unit comprises a rotary axle and a plurality of paddles located along the rotary axle and extending radially from the rotary axle, in that the paddles comprise an L-shaped or T-shaped end formed from blade-like or shovel-like rigid element for engagement with the soil on the conveyor, and in that the paddles extend from the rotary axle with various orientations such that the soil can be split and mixed effectively. - at least one container for receiving and containing soil, - at least a first conveyor unit located in the container and configured for moving the soil towards an outlet end of the container, the conveyor unit defining a direction of rotation, - at least one measuring unit configured for measuring the weight of soil on the first conveyor unit, - at least one feeder unit for containing a soil stabilizer located towards the outlet end of the container and configured for controllably feeding the soil stabilizer to soil on the first conveyor unit, and - a rotatable mixer unit located at the outlet end of the container and configured for mixing the soil with the soil stabilizer to provide a mixture of the soil and the soil stabilizer, and wherein the soil stabilization system is configured to calculate and control the weight percent of the soil stabilizer mixed into the soil, wherein the soil stabilization system is configured such that a direction of rotation of the rotatable mixer unit corresponds to the direction of rotation defined by the conveyor unit, characterized in that said rotatable mixer unit comprises a rotary axle and a plurality of paddles located along the rotary axle and extending radially from the rotary axle, in that the paddles comprise an L-shaped or T-shaped end formed from blade-like or shovel-like rigid element for engagement with the soil on the conveyor, and in that the paddles extend from the rotary axle with various orientations such that the soil can be split and mixed effectively. wherein the soil stabilization system is configured to calculate and control the weight percent of the soil stabilizer mixed into the soil, wherein the soil stabilization system is configured such that a direction of rotation of the rotatable mixer unit corresponds to the direction of rotation defined by the conveyor unit, characterized in that said rotatable mixer unit comprises a rotary axle and a plurality of paddles located along the rotary axle and extending radially from the rotary axle, in that the paddles comprise an L-shaped or T-shaped end formed from blade-like or shovel-like rigid element for engagement with the soil on the conveyor, and in that the paddles extend from the rotary axle with various orientations such that the soil can be split and mixed effectively.