Semakin tinggi temperatur (rentang

Semakin tinggi temperatur (rentang 200°-300°C) pada setiap jenis katalis, maka nilai rendemen total produk yang dihasilkan akan semakin banyak. Hal ini sesuai dengan penelitian yang dilakukan Hong et al. (2014) bahwa seiring bertambahnya temperatur 200°C-300°C, rendemen produk yang terbentuk dari deoksigenasi metoksi fenol semakin meningkat. Kenaikan temperatur secara umum akan menaikkan aktivitas deoksigenasi untuk setiap jenis katalis, yang ditandai dengan konversi anisol menjadi produk yang tinggi. Selain itu, kenaikan temperatur menyebabkan reaktan yang teraktifkan ke katalis akan semakin banyak sehingga reaksi katalitik meningkat . Peningkatan rendemen produk total katalis CoMo/USY, Co-Mo/USY, Mo-Co/USY sebanding dengan USY. Hubungan jenis katalis dengan rendemen total (%) anisol pada variasi temperatur dengan waktu reaksi selama 1 jam disajikan pada Gambar 4.1.

Hasil (Inggris) 1:

The higher the temperature (range 200 °-300 ° C) on every type of catalyst, the value of the total yield of the resulting product will be more and more. This is in accordance with the research done Hong et al. (2014) that as the increase of the temperature of 200 ° C to 300 ° C, the product yield of deoxygenation p phenol. The increase in temperature in General would increase the activity of deoxygenation for every type of catalyst, which is characterized by conversion into products anisol is high. In addition, the rise in temperature causes the teraktifkan reactants to the catalyst will be more and more so the catalytic reaction is increased. An increase in the yield of the product total catalyst CoMo/USY, Co-Mo/USY, Mo-Co/USY is comparable with USY. The relationship type catalyst with total yield (%) with temperature variations anisol reaction time for 1 hour is presented in Figure 4.1.

Hasil (Inggris) 2:

The higher the temperature (range 200 ° -300 ° C) on any type of catalyst, then the value of the total yield of the resulting product will be more and more. This is according to research conducted Hong et al. (2014) that with increasing temperature of 200 ° C-300 ° C, the yield of the product formed from the deoxygenation methoxy phenol increased. Rising temperatures will generally raise the deoxygenation activity for each type of catalyst, which is characterized by conversion into products of high anisole. In addition, rising temperatures cause the reactants are activated catalyst to be more and more so that the catalytic reaction increases. The increase in total product yield catalyst CoMo / usy, Co-Mo / usy, Mo-Co / usy comparable to usy. Relationship types of catalysts with total yield (%) anisole at various temperatures with a reaction time of 1 hour is presented in Figure 4.1.