Air jigging technology has been highlighted as a promising method for the sorting of recycled aggregates from CDW. In this study, the broadening of its application for CDW recycling by the combined removal of unwanted stony materials and low-density organic compounds is discussed. Tests were performed with binary mixtures containing concrete and brick particles in which gradual portions of gypsum, wood and paper were added. Experimental results have evidenced that under different operational conditions and using different contamination level it was possible to separate both the stony fraction and low-density materials in one single stage. The content of contaminants used in the system seemed do not have significant effect on the separation performance. Also, the separation extent was slightly sensitive to the jigging cycle used. In relation to the sorting of organic contaminants only, the performance obtained with the air jig can be considered comparable to that of sensor-based sorting and air classifiers systems. Further investigation should focus on appropriate device and process adjustments seeking the practical application of the technique in recycling plants.