Camere Process Abstract- A pilot plant to produce methanol by CO2 hydrogenation has been constructed with the government research fund in participating with POSCO and Korea Electric Power Research Institute (KEPRI). The pilot plant is consisted of a reverse water gas shift reactor and a methanol reactor. Two reactors are serially connected to remove water in the first reactor and then, synthesize methanol in the second reactor. The production capacity of the plant is 100 kg methanol per day. The methanol production yield in CAMERE Process is higher than twice as compared with the yield in the direct hydrogenation of CO2 into methanol without reverse water gas shift reaction. The pilot plant for methanol synthesis from CO2 was combined with the pilot plant for separation of CO2 discharged from a power plant. Introduction- The CAMERE process (Carbon dioxide hydrogenation to form methanol via a reverse-water gas shift reaction) was developed to fix CO2 into methanol. The reverse w...