SER, fluidization, segregation, CO2 uses, methanol synthesis, sorbent
methanol synthesis, sorption enhanced reactor, In2O3/ZrO2, selectivity modification, water adsorption, hydrogenation of CO2
Process intensification, Sorption enhanced reaction, green methanol, e-fuels
CO2 methanation, Biogas upgrading, technoeconomic assessment, renewable hydrogen, synthetic natural gas
Process intensification, non-conventional reactor engineering, e-syngas, CO2 Hydrogenation, Sorption Enhanced Reaction (SER), SEFBR+CSF
hydrogen, biogas upgrading, biomethane, hydrogenation, renewable hydrogen, synthetic natural gas, sorption enhanced methanation, Sabatier reaction, CO2
biogas upgrading, carbon capture, CO2 methanation, dual function materials, synthetic natural gas, renewable hydrogen
dimethyl ether synthesis, doped (Cu, Ni, Pd, Pt) In2O3/ZrO2 catalyst, selectivity modification, 4A zeolite, CO2 Hydrogenation
Process intensification, non-conventional reactor engineering, e-syngas, CO2 hydrogenation, Sorption Enhanced Reaction (SER), SEFBR+CSF
Methanol & DME synthesis, sorption enhanced reactor, In2O3/ZrO2, selectivity modification, Water Adsorption, hydrogenation of CO2
