Blar i Institutt for kjemisk prosessteknologi på forfatter "Ranjan Rout, Kumar"
-
Catalytic Vapor Upgrading of Fast Hydropyrolysis Biooil with Noble Metals Supported on Metal Oxides
Madsen Lager, Adrian (Master thesis, 2022)Environmental concerns and increased energy demand, has increased the need for sustainable fuel production using renewable feedstocks. Biomass has been identified as a potential net-zero CO2 emission and abundant raw ... -
Dolomite-based Sorbents for High Temperature Carbon dioxide capture.
Mawanga, Moses (Master thesis, 2017)The impact of doping with inert oxides on the long term performance of dolomite-based sorbents for high temperature CO_2 has been investigated in this work. Arctic dolomite was doped with with various oxides Al2O3, ZrO_2, ... -
Kinetic Modelling of Ethylene Oxychlorination Process Over Promoted CuCl2/Al2O3 Catalyst
Farzaneh Motlagh, Seyyedeh Roomina (Master thesis, 2022)Etylen-oksykloreringsprosessen er et viktig steg i produksjonen av polyvinylklorid. Polyvinylklorid er en av den mest brukte typen plast i verden, særlig innenfor bygg- og anleggsnæringen. Oksykloreringsreaksjonen er ... -
Preparation and characterization of pelletized Mn-based sulfur sorbents
Pascual García, Isabel (Master thesis, 2021)The global energy situation is changing slowly into new sustainable patterns of production and consumption. However, fossil fuels still lead the world energy outlook, covering more than 80% of the energy mix. Between other ... -
Screening of Molybdenum, Iron and Phosphorus based catalysts for hydrodeoxygenation of Simulated bio-oil as a model liquid product from fast pyrolysis
Gosbert Mboyerwa, Leo (Master thesis, 2021)Nine different catalysts were tested for hydrodeoxygenation (HDO) of simulated bio-oil which is comprised of a mixture of distill water, acetic- acid, acetol, furfural, phenol, guaiacol and eugenol. The tested catalysts ... -
Synthesis of high-temperature solid sorbents for CO2 capture
Lilleng, Ane Sofie (Master thesis, 2018)The use of fossil fuels have escalated since the first industrial applications at the mid 19th century with a consequence of increased emissions of carbon dioxide and other green house gases. As a result, the global climate ...