Pengaruh konsentrasi dan laju alir polietilena glikol serta jumlah serat membran terhadap separasi Co2/N2 melalui kontaktor membran serat berongga superhidrofobik = Effects of polyethylene glycol concentration and flow rate and also number of fibers for Co2/N2 separation through superhydrophobic hollow fiber membrane contactor

Absorbsi gas CO2 dari flue gas melalui kontaktor membran serat berongga superhidrofobik menggunakan pelarut polietilen glikol: variasi laju alir gas dan jumlah serat = Absorption CO2 from flue gas through superhydrophobic hollow fiber membrane contactor using polyethylene glycol solvent effect of gas flow rate and number of fibers

Absorpsi gas karbon dioksida melalui membran super hidrofobik menggunakan pelarut polietilena glikol: studi kasus: variasi laju alir gas dan jumlah serat membran = Carbon dioxide absorption using superhydrophobic membrane with polyethylene glycol as the solvent

Separasi Gas N2O melalui Membran Serat Berongga Superhidrofobik: Pengaruh Jumlah Serat Membran dan Laju Alir Gas = N2O Separation by Superhydrophobic Membrane: Variation in the Number of Membrane Fiber and Gas Flow Rate

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