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The main factor affecting the economics of foam-ass isted water alternative gas (FAWAG) process is the loss of foaming agent by adsorption onto reserv oir rocks. In this study, the effects of phases, surfactant concentration, salinity, adsorbents, and sacrificial agent on adsorption density were investigated by special adsorption experiments. Mor eover, a series of FAWAG tests were performed to examine the effect of injection rates on final a dsorption density and adsorption variation during t he test. A clean and fast spectrophotometric method wa s used for the determination of sodium dodecyl sulfate (SDS) concentration based on the formation of an ion-pair, SDS-Safranin O. Higher SDS adsorption was observed at the first cycle of FAWAG flooding. FAWAG injection rate had no noticeable effect on the adsorption density. Howeve r, using high injection rate decreased the possibility that gas faces surfactant, and thereby reducing the ultimate oil recovery. The presence of CLS increases the ultimate oil recovery slightly, w hile it decreases the adsorption density of SDS by

An Experimental Examination of Adsorption Phenomenon in Foamassisted Water Alternative Gas: The Effect of Injection Rate