%0 Journal Article
%@ Online: 2581-7175
%A Zurryati, Zurryati
%A Sundari, Rita
%A Bahrizal, Bahrizal
%A Putra, Ananda
%A Latisma Dj, Latisma Dj
%A Nasra, Edi
%A Kurniawati, Desy
%A Nizar, Umar Kalmar
%A FMIPA UNP,
%A Department of Mechanical Engineering, Universitas Mercu Buana, Jakarta,
%A FMIPA UNP,
%A FMIPA UNP,
%A FMIPA UNP,
%A FMIPA UNP,
%A FMIPA UNP,
%A FMIPA UNP,
%F repounp:38728
%I IJSRED
%J International Journal of Scientific Research and Engineering Development (IJSRED)
%K Silica-titania Catalyst, Biodiesel, Titanium Tetrahedral, Transesterification, FFA
%N 3
%P 96-101
%T The Effect of Silica-Titania Catalyst Loading on the Production of Biodiesel from Palm and Waste Cooking Oil
%U https://repository.unp.ac.id/id/eprint/38728/
%V 2
%X A study about the effect silica-titania catalyst loading on biodiesel production from palm oil and waste oil  has been conducted. The silica titania catalyst has been synthesized by solid state method and  characterized by FTIR and DR UV-Vis to investigate the formation of Si-O-Ti bond from Si and Ti  precursors. The synthesized silica-titania catalyst has been applied for biodiesel production with variation  of catalyst mass to oil as to be 1%, 3%, 5%, 7% and 9%. The biodiesel products have been examined for  their physical properties such as density, flow rate, and acid number. The percentage of conversion  obtained to be 91% for waste cooking oil (1.33% FFA) and 33.33% for palm oil (0.374% FFA). The  finding is justified that silica-titania catalyst has  active acid site formed through Si-O-Ti  bonding.