The degradation of simulate house effluent containing Nitrophene and Glycine was carried out using gliding arc plasma reactor, one of the upcoming advance oxidation techniques. Aiming to reduce energy cost of treatment, the effect of various parameters such as treatment time, post-discharge phenomenon and addition of Jatropha natural biomass have been discussed. The experiments were conducted at a gas flow rate of 800 L/h. The degradation rate depends on the flow of highly oxidizing species formed in the plasma arc and on the sorbent/liquid contact surface time. Furthermore, the kinetic process of the in-situ treatment follows the pseudo-first order model while the post-discharge phenomenon is governed by the general order kinetic model. The initial high polluted solution with 950 mg/L TOC is degraded to 658 mg/L as final TOC after 1 h of in-situ treatment and to 460 mg/L TOC after 6 h in post-discharges. The use of Jatropha shell as biosorbent in addition of the plasma treatment reduces the TOC from 950 to 530 mg/L for in-situ treatment and, to 280 mg/L after 6 h in post-discharge. These results have showed that it is possible to significantly improve the efficiency of plasma treatment by incorporating modified agricultural residues. The occurrence of CO2 is detected during the plasma treatment by Dra¨ger tube analyser, while NO -2 and NO -3 are also identified by colorimetric tests.