Expanding on previous research, this study investigates the impact of an ultrasound-driven zeolite-assisted electrocoagulation process for compost wastewater treatment, focusing on optimizing treatment efficiency and minimizing electrode fouling. The study systematically evaluates the effects of ultrasound intensity, mixing speed, and duration time using aluminium, carbon steel, and zinc electrodes. The results of the hybrid treatment system showed fluctuations in turbidity removal, as well as difficulties in the settling test of the suspension. Microscopic analysis revealed distinct corrosion patterns on the electrodes, demonstrating ultrasound's dual effects on electrode and electrolyte interactions. Additionally, operational costs were assessed, highlighting the potential of hybrid process for efficient and adaptable wastewater treatment.