Abstract

Processing of wasted cooking oil uses the photocatalyst method with metal catalysts and zeolites to reduce organic compounds. In this study, researchers used activated charcoal from durian skin and titanium dioxide embedded in a polyamide membrane as an adsorbent which was used as a medium for processing wasted cooking oil. The purpose of this study was to determine the effect of processing used cooking oil using a membrane of polyamide/titanium dioxide/durian peels activated charcoal on changes in the characteristics of wasted cooking oil. Based on the results of research on the processing of wasted cooking oil with a membrane of polyamide/titanium dioxide/activated charcoal from durian peels, there was an increase in water content by 10.21%, a decrease in free fatty acids by 33.75%, a decrease in the peroxide number by 18.33%. Used cooking oil that has passed through the membrane has a decrease in %Transmission for the functional groups of C-H alkenes, C-O esters, and C-H alkanes. In the analysis of the compound content by mass spectrophotometry, it was found that the content of the methyl ester compound with the C17 and C19 chains was close to the composition of the biodiesel constituents.

Highlights

  • Processing of wasted cooking oil uses the photocatalyst method with metal catalysts and zeolites to reduce organic compounds

  • researchers used activated charcoal from durian skin and titanium dioxide embedded in a polyamide membrane as an adsorbent

  • which was used as a medium for processing wasted cooking oil

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Summary

Metodologi Penelitian

Bahan kimia Bahan-bahan yang digunakan pada penelitian ini adalah benang nilon putih merek owl crown, titanium dioksida teknis (TiO2), aquades dm diproduksi oleh pt. brataco-malang, arang aktif kulit durian, indikator amilum, kertas pH universal, aluminium foil, kertas saring. Bahan kimia Bahan-bahan yang digunakan pada penelitian ini adalah benang nilon putih merek owl crown, titanium dioksida teknis (TiO2), aquades dm diproduksi oleh pt. Brataco-malang, arang aktif kulit durian, indikator amilum, kertas pH universal, aluminium foil, kertas saring. Beberapa bahan kimia buatan Merck yaitu aseton(pa), asam klorida 37%, natrium hidroksida, klorofom, asam sulfat 97%, asam asetat glasial, etanol 96%, fenolftalein, kalium iodida, natrium tiosulfat, kalium iodat, asam oksalat. Peralatan Alat-alat yang digunakan dalam penelitian ini adalah peralatan gelas laboratorium, satu set alat pengaduk magnetik, neraca analitik Ohaus PA 214 diproduksi oleh Ohaus Corporation– USA, Oven listrik UN 55 diproduksi oleh Universal Oven Memmert–Jerman

Prosedur penelitian
Analisis kadar air pada minyak jelantah
Analisis asam lemak bebas pada minyak jelantah
Analisis FTIR
Hasil dan Diskusi
Penurunan Asam Lemak
Karakteristik Gugus Fungsi
Minyak Jelantah Sesudah Perlakuan
Findings
Daftar Pustaka
Full Text
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