Consumption of drinking water with high concentration of sulphatewas resulted in osmotic diarrhoea, especially in infants. The aim of this applied-analytical study was to investigate sulphate removal from urban drinking water using batch reactor electrochemical. I examined sulphate removal efficiency in different operating cases of the variables current density (1 to 8 mA/cm2), electrodes material (aluminium, copper, iron, steel, and zinc), pH (6 to 8), and time (5 to 40 min). I determined sulphate according to procedure detailed in standard methods. Batch experiments showed that the maximum sulphate removal obtained using zinc-copper as the anode-cathode electrode arrangement. The increase in current density from 1 to 8 mA / cm2 in at optimum electrode and pH increased sulphate removal from 71 to 100%. The increase in time from 5 to 40 min at optimum electrode and pH increased sulphate removal from 67 to 100%.