Absorpsi gas co2 melalui kontaktor membran serat berongga menggunakan larutan penyerap triethanolamine variasi jenis aliran = Co2 absorption through hollow fiber membrane contactor using triethanolamine as the absorbent effect of flow pattern

Pengaruh laju alir pelarut H2O2 dan HNO3 serta jumlah serat membran terhadap absorpsi gas N2O pada kontaktor membran serat berongga super hidrofobik = The Effect of H2O2 and HNo3 solvent flow rate also amount of fiber towards N2O gas absorption using super hydrophobic hollow fiber membrane contactor

Absorpsi gas CO2 melalui kontaktor membran serat berongga menggunakan larutan penyerap campuran senyawa amina (MEA/DEA) : variasi laju alir pelarut = CO2 absorption through hollow fiber membrane contactor using mixed amine as solvent (MEA/DEA) : the effect of solvent flow rate

CO2 Absorption Through Hollow Fiber Membrane Contactor Using Triethanolamine Variation Of Gas Flow Rate = Absorbsi CO2 Melalui Kontaktor Membran Serat Berongga Menggunakan Triethanolamine Variasi Laju Alir Gas

Performa pemisahan N2O menggunakan kontaktor membran serat berongga super hidrofobik dengan pelarut campuran H2O2 dan HN03 berdasarkan variasi laju alir gas dan pelarut = N2O separation performance using super hydrophobic hollow fibre membrane contactor with mixed H2O2 and HNO3 solvent based on gas and solvent flow rate variations