Details

Autor(en) / Beteiligte

• Francisc, Slovac
• Marius, Codrean
• Ioan, Gordan Mircea
• Ioan, Hathazi Francisc
• Radu, Sebeşan
• Mihaela, Codrean

Titel

Correlation of catalytic temperature and bio-oil using the catalytic microwave pyrolysis method for cellulosic biomass

Ist Teil von

• Journal of electrical and electronics engineering, 2021-05, Vol.14 (1), p.74-77

Ort / Verlag

Oradea: University of Oradea

Erscheinungsjahr

2021

Quelle

EZB Free E-Journals

Beschreibungen/Notizen

• Keywords:cellulose;catalytic microwave pyrolysis; bio-oil I. INTRODUCTION The problem of global climate change is also due to the use of fossil fuels.This situation has led to an important interest in researching the replacement of these fossil fuels with renewable sources. [2] The microwave-induced pyrolysis method has been successfully investigated from: plant residues,[l] wood [3,4,5 ] sewage sludge [6, 7] microalgae [8, 9] A central composite experimental design (CCD) is employed to optimize the process conditions and product yields distribution. CONCLUSIONS The test results indicate that the catalytic temperature had effects on both bio-oil and gas yields. the yield of bio-oil declined with the increase of the catalytic temperature the yield of gas increased with the increase of the catalytic temperature The product yields were also affected by the variable (WHSV)-1 : increasing (WHSV)'1 contributed to improving the yield of gas increasing (WHSV)-1 the yield of bio-oil gradually decreased The maximum yield of bio-oil was achieved at the catalytic temperature of 350 °C. of and (WHSV)'1 of 0.050.