Mochamad Arief BudihardjoSyafrudinL HauchhumP MahantaM JafariM RahimiM GhaediK DashtianY JiangJ LingP XiaoY HeQ ZhaoZ ChuY LiuZ LiP WebleyY JiangJ LingP XiaoY HeQ ZhaoZ ChuY LiuZ LiP WebleyLee S.-Y ParkS.-JT LeeA MatsumotoR OthmanF YeohX LiG LiuS SunF MaS ZhouJ LeeH YaoY LiH YiX TangF LiQ YuanM MastalerzL HamptonA DrobniakH LoopeG OgunwandeJ RomanosM BecknerT RashL FirlejB KuchtaP YuG SuppesC WexlerP PfeiferS SinghP Prerna
<p>Substitution of fossil fuel into alternative energy sources, such as biogas, needs to be applied to prevent various problems in the environment. Biogas purification can be an alternative technology to improve the quality of biogas, which increases the heat value by reducing CO2. Purification can be carried out by the adsorption method using solid adsorbents, for example natural zeolite and activated carbon. This study used 12 reactors from PVC, with 2 different diameters, 3 different mesh size (20,50,80) and was given both zeolite (A1-A3; B1-B3) and activated carbon (A4-A6; B4-B6). Biogas purification with the addition of zeolite has an optimal compound content in reactor A3 which has an increase in CH4 (63.63%) and decrease in CO2 composition (25.07%), which is better than other reactors. Meanwhile, the results of measurements of gas content on the addition of activated carbon showed optimal performance in reactor A6, which was increased to 76.86% for CH4 levels and CO2 levels dropped to 19.79%.</p>
Fitrah FourqoniahLeila KalsumSelastia Yulianti
Ambar PertiwiningrumMargaretha Arnita WuriAlva Edy TontowiAndang Widi HartoPramaditya Wicaksono
Nani HarihastutiPurwanto PurwantoIstadi Istadi
Abdullahi AbdulsalamMohammed AlhassanAbubakar IsahKovo Abdulsalami SaniOlanrewaju A. Olalekan
Seri MaulinaEkanzha Rizqandy KamnyRizki Amalia