%A 1417011078 Muhammad Ilhan Imanudin
%T STUDI AKTIVITAS FOTOKATALITIK NANOKATALIS Ni0,7V0,3Fe2O4
PADA FOTODEGRADASI ZAT WARNA REMAZOL GOLDEN YELLOW
%X A photodegradation study of Remazol Golden Yellow (RGY) dye under visible
and sunlight is carried out using Ni0,7V0,3Fe2O4 nano catalyst calcined at 600 and
800?C. The purpose of this study is to examine the photodegradation performance
of those catalysts for RGY dye using visible and sunlight. The catalyst obtained
was characterized by FTIR and XRD instruments. Then, the photodegradation
result was analysed using a UV-Vis spectrophotometer. The results of the catalyst
calcined at 600?C using both visible and sunlight were 33.4 and 29.5%,
respectively. For the catalyst calcined at 800?C , the result was 34.1 and 32.3%,
respectively. By running the second experiment using the used sample of RGY
dye and a fresh catalyst, the photodegradation result of the catalyst calcined at
600?C using both visible and sunlight was 46.9 and 42.8%, respectively. For
catalyst calcined at 800?C, the result is 48.3 and 45.5%, respectively. Based on
those results, it can be said that the activity of the catalyst calcined at 800?C is
better than that of calcined at 600?C. In addition to those results, photodegradation
performance is better going on under visible light.

Keywords: Photodegradation, Nanocatalyst, UV-Vis Spectrophotometer,

Remazol Golden Yellow
Telah dilakukan penelitian fotodegradasi pewarna tekstil Remazol golden yellow
menggunakan nanokatalis Ni0,7V0,3Fe2O4 Tujuan dari penelitian ini adalah
Menguji nanokatalis Ni0,7V0,3Fe2O4 terhadap unjuk kerja fotokatalis fotodegradasi
zat warna remazol golden yellow dengan sinar visible dan sinar matahari.
Penelitian ini dilakukan menggunakan spektrofotometer UV-Vis serta
karakterisasi katalis menggunakan FTIR dan XRD. Hasil fotodegradasi zat warna
remazol golden yellow menggunakan lampu visible dan matahari menggunakan
nanokatalis Ni0,7V0,3Fe2O4 terkalsinasi 600?C masing-masing 33,4% dan 29,5%
pada percobaan pertama dan 46,89% dan 42,79% pada percobaan kedua. Dan
hasil fotodegradasi zat warna remazol golden yellow menggunakan lampu visible
dan matahari menggunakan nanokatalis Ni0,7V0,3Fe2O4 terkalsinasi 800?C
masing-masing 34,06% dan 32,33% pada percobaan pertama dan 48,31% dan
45,49% pada percobaan kedua. Ni0,7V0,3Fe2O4 terkalsinasi 800?C lebih baik dalam
fotodegradasi remazol golden yellow dibandingkan Ni0,7V0,3Fe2O4 terkalsinasi
600?C hal ini ditunjukkan dengan persen penurunan konsentrasi terlarut yang
terdapat pada Remazol golden yellow setelah dilakukan fotodegradasi

Kata Kunci : Fotodegradasi, Nanokatalis, Spektrofotometer UV-Vis, Remazol

Golden Yellow
%C UNIVERSITAS LAMPUNG
%D 2021
%I FAKULTAS MATEMATIKA DAN ILMU PENGETAHUAN ALAM
%L eprints62380