Khakim, Mukhamad Lukman (2019) Pengaruh Penambahan Kotoran Ayam Petelur Dan Gracilaria Sp. Terhadapproduksi Metana Dan Energi Listrik Pada Pembuatan Biogas. Sarjana thesis, Universitas Brawijaya.
Abstract
Bahanbakarfosilmerupakanenergi takterbarukan di mana kebutuhan dan pemanfaatannyaperludikurangi. Optimasienergiterbarukansangatpenting, terutama yang berasaldarisumberdayabiomassa. Indonesia memilikibanyakbiomassasepertikotoranayam dan makroalga(Gracilariasp)yang berpotensiuntukmenghasilkanbioenergi, terutama biogas, hal tersebut dikarenakankandunganbahanorganiknya yang tinggi. Penelitianinibertujuanuntukmengetahuipengaruhcodigestionanaerob pada kotoranayam dan makroalga(Gracilariasp)terhadapmetana dan untukmemperkirakanpotensilistrikyang dihasilkan. Biochemical Methane Potential Test (BMP) digunakandalampenelitianini yang dilakukan di bawahkondisimesofilikselama 28 hari. Sampel yang digunakanyaitukontrol blank, kontrol α-selulosa dan sampelcampurankotoranayam dan Gracilaria sp. (100% KA (kotoranayam), 100% GR (Gracilaria sp.), 70 KA: 30 GR, 60 KA: 40 GR, 50 KA: 50 GR, 40 KA: 60 GR dan 30 KA: 70 GR). Semuasampel diuji sebanyak 3 perulangan. Hasil penelitianmenunjukkanbahwacodigestion pada rasio 50 KA: 50 GR memilikipotensimetanaspesifiktertinggidengannilai 0,155 mL / kgVS. Hasil uji ANOVA menunjukkanbahwauntuksemuaperlakuancodigestionmemilikinilai F (4,514) > Tabel F (2.142) pada α = 95%, yang menunjukkanperbedaansignifikan pada produksimetana / biogas. Estimasipotensiallistriktertinggiadalah 670,9 kWh pada sampel 100 KA, diikuti oleh 623,9 kWh pada sampel 40 KA: 60 GR dan 608,2 kWh untuksampel 50 KA: 50 GR.
English Abstract
Fossil fuels are non-renewable energy, in which their demands and utilizationneed to be reduced. Optimisation of renewable energy is therefore critical,especially those of from biomass resources. Indonesia has abundant biomass suchas chicken manure and macroalgae (Gracilariasp), which have been highlighted aspotential feedstock for bioenergy production, especially biogas, due to their highorganic materials content. This study aimed to determine the impact of anaerobic co-digestion of chicken manure and macroalgae (Gracilariasp) on methane and toestimate the electrical potential from co-digestion of chicken manure and Gracilariasp. Biochemical methane potential (BMP) test was employed in this study operatedunder mesophilic condition for 28 days. Samples used include blank control, α-cellulose control and co-digestion samples with feedstock added at different ratio ofchicken manure and Gracilaria sp. (i.e. 100% KA (chicken manure), 100% GR(Gracilaria sp.), 70 KA: 30 GR, 60 KA: 40 GR, 50 KA: 50 GR, 40 KA: 60 GR and 30KA: 70 GR). All samples were prepared in triplicate. The results showed that codigestion at ratio of 50 KA: 50 GR has the highest specific methane potential with thevalue of 0.155 mL/kgVS. The ANOVA test results indicated that for all co-digestiontreatments have F value (4.514) > F Table (2.142) at α=95%, which showing a significantdifference on methane/biogas production. The highest estimation of electricalpotential was 670.9 kWh for 100 KA, followed by 623.9 kWh for 40 KA: 60 GR and608.2 kWh for 50 KA: 50 GR, respectively
Other obstract
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| Item Type: | Thesis (Sarjana) |
|---|---|
| Identification Number: | SKR/FTP/2019/642/052002771 |
| Uncontrolled Keywords: | KotoranAyamPetelur, danGracilaria sp. BMP test,Metana, EstimasiPotensi Listrik, Anaerobic digestion, Chicken Manure, Gracilaria sp. BMP test, Methane, and Electricity Potential Estimation |
| Subjects: | 600 Technology (Applied sciences) > 664 Food technology > 664.07 Tests, analyses, quality controls |
| Divisions: | Fakultas Teknologi Pertanian > Teknologi Industri Pertanian |
| Depositing User: | Nur Cholis |
| Date Deposited: | 10 Aug 2020 07:03 |
| Last Modified: | 22 Oct 2021 01:49 |
| URI: | http://repository.ub.ac.id/id/eprint/180255 |
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