DETEKSI GAS METANA (CH4) DAN KARBONDIOKSIDA (CO2) DALAM DIGESTER BIOGAS DENGAN STARTER KONSORSIUM BAKTERI ASAL FESES SAPI PERAH PADA MEDIA BATU BARA LIGNIT
| Main Author: | Putri, Eva Yuliana |
|---|---|
| Format: | bachelorthesis doc-type Bachelors |
| Bahasa: | ind |
| Terbitan: |
, 2019
|
| Online Access: |
http://repository.unpad.ac.id/frontdoor/index/index/docId/30211 |
Daftar Isi:
- DETEKSI GAS METANA (CH4) DAN KARBONDIOKSIDA (CO2) DALAM DIGESTER BIOGAS DENGAN STARTER KONSORSIUM BAKTERI ASAL FESES SAPI PERAH PADA MEDIA BATU BARA LIGNIT Eva Yuliana Putri ABSTRAK Produksi gas metana batu bara dapat ditingkatkan melalui pemberian konsorsium mikroorganisme asal feses sapi perah. Penelitian ini bertujuan untuk mengetahui produksi gas metana dan karbondioksida dalam digester biogas selama 63 hari dengan penambahan mikroorganisme asal feses sapi perah pada media batu bara lignit. Penelitian ini merupakan penelitian deskriptif eksploratif, terdiri atas tiga percobaan (P1 = media batu bara + inokulum mikroorganisme batu bara, P2 = media batu bara + inokulum mikroorganisme feses sapi perah, P3 = media batu bara + inokulum mikroorganisme feses sapi perah dan batu bara). Hasil peneli- tian menunjukkan bahwa persentase jumlah gas metana tertinggi yaitu P3 sebesar yaitu 72,76%, P2 sebesar 71,09%, dan P1 sebesar 65,79%, sedangkan untuk gas karbondioksida persentase jumlah gas terendah adalah P3 sebesar 2,40%, P2 sebesar 2,64%, dan P1 sebesar 3,04%. Kata Kunci : batu bara, feses sapi perah, metana, karbondioksida DETECTION OF METHANE (CH4) AND CARBON DIOXIDE (CO2) IN BIOGAS DIGESTER WITH STARTER BAKTERIA CONSORTIUM FROM DAIRY COW FECES IN MEDIA OF LIGNIT COAL Eva Yuliana Putri ABSTRACT Coal bed methane production can be increased through adding of consortium of microorganisms from dairy cow feces. The reserch aims to determine the production of methane and carbon dioxide in biogas digester for 63 days by adding of microorganisms from dairy cow feces on media of lignit coal. This research is a descriptive exploratory research, consisting of three experiments (P1 = coal media + microorganisms inoculum of coal, P2 = coal media + dairy cow microorganisms inoculum, P3 = coal medium + dairy cow and coal microorganisms inoculum). The result of research showed that highest amount percentage of methane is P3 by 72,76%, P2 by 71,09%, and P1 by 65,79%, while the lowest amount percentage of carbon dioxide is P3 by 2,40%, P2 by 2,64% and P1 by 3,04%. Key Word : coal, dairy cow feces, methane, carbon dioxide