The sewage effluent samples and tube well water samples were characterized as shown in Table1. Tube well water samples were analyzed to evaluate the suitability of sewage water as a source of irrigation. The tube well water exhibited almost neutral hydrogen ion concentration value (7.3) while the pH of sewage water is slightly alkaline in reaction (7.6). The enhancement of pH is due to addition of various soluble salts in sewage water. Despite the increase of 3.94%, the pH value of sewage waste water was within the permissible limits in respect of its use on agricultural lands(Desai et al.,1990).The salt content/E.C. of sewage water (2.30ds/m) was 51.3% higher than that of tube well waters (1.12ds/m) indicating that industrial effluent discharged are brackish. The total dissolved solids in the sewage water were found to be 26.27% more than that of tube well waters. With respect to tube well water samples studied, the dissolved oxygen of sewage waste water sample (1.42g/l) was low. Low dissolved oxygen is indicative of higher value of biological oxygen demand. Thereby, B.O.D. of sewage water was quite high compared to the tube well water samples; it also exceeded the prescribed limit of 100mg/ L. This condition of high biological oxygen demand value may pose problem to the use of sewage water for irrigation purpose.