In the GPR exploration, Earth as an electromagnetic emission environment causes dispersion and loss of energy of waves and acts as a low pass filter, so there is a need for advanced signal processing techniques to compensate for these factors and to achieve better resolution. One of the newest ways to increase resolution is the time reversal technique. By applying time reversal techniques, it is possible to accurately determine and distinguish the position and depth of the study objectives in the vicinity of the clutter, such as local undesirable abnormalities. Continuous wavelet transform can be applied to increase TR applications. In this study, while introducing the time-reversal technique and its combination with continuous wave transform, a case study was done to explore the location of buried pipes with GPR. The results show the effectiveness of the time reversal method in determining the target location of the study.