Eco Friendly nanocomposite materials to scavenge hazard gas H2S through fixed-bed reactor in petroleum application

In the present work we were studied the effects of inlet H2S gas concentration in gas streams from 10 to 55 ppm, variable gas flow rates from 1 to 7 l/h on the sulfur loading, the impact of operating temperature from −10 to 70 °C on the efficiency of the polymer (AMAV2) bed, and the effect of the prepared adsorbents on uptake of H2S gas at constant operating conditions. The results obtained showed that our materials present an effectiveness, promising and relatively new candidate materials in the field of H2S scavengers.