<p>In the present study, we synthesize WO₃/GO/Ag using a hybrid method by combining two different methods of pulsed laser ablation in liquid and hydrothermal methods. Silver (Ag) nanoparticles with defined shapes and sizes have been produced by vertical laser ablation in an aqueous solution. Then, Ag nanoparticles in an aqueous solution were mixed with the WO₃/GO nanoparticle solution at high temperatures and pressures using the hydrothermal method. The research study aimed to evaluate the photocatalytic efficiency of the sample and compare it with the pristine and binary solutions against organic dye. Compared to the photocatalytic efficiency of pristine WO₃ and binary WO₃@GO, the ternary WO₃@GO@Ag degrades 40% faster against methylene blue (MB) organic dye. Compared to binary and primary materials, the impact of the ternary is significant because all the materials complement each other. WO₃ helps generate electron holes and pairs and GO acts as the electron reservoir to transfer electrons to Ag to reduce recombination, producing more reactive oxygen species (ROS). Compared with previous studies in this field, this study integrates pulsed laser ablation in liquid (PLAL) with a hydrothermal method for precise control over the morphology and dispersion of AgNPs in the WO₃/GO matrix. These combinations help the superior performance of the ternary composite.</p>