2020
DOI: 10.29122/elk.v13i2.4263
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Pengaruh Suhu Terhadap Proses Produksi Biohidrogen Dari Hasil Fermentasi Palm Oil Mill Effluent (Pome)

Abstract: Hidrogen dapat digunakan sebagai bahan bakar untuk pembakaran langsung pada mesin atausebagai bahan bakar fuel cell yang menghasilkan hampir tidak ada emisi gas rumah kaca ketikadibakar dengan oksigen. Hidrogen dapat ditambahkan ke Compressed Natural Gas (CNG) untukmeningkatkan kinerja dan mengurangi polusi. Hidrogen diproduksi dari bahan yang kaya karbohidratdari limbah industri dengan proses fermentasi gelap. POME dengan kandungan bahan organik cukuptinggi sekitar 25.000 – 70.000 mg/L dapat diolah menjadi … Show more

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“…The volume of biogas produced from day 3 to day continues to increase because the temperature in the digester can affect the biogas production. The best temperature for the growth of mesophilic microbes is 30oC or slightly higher [10]. The measured temperature that acts on the digester occurs at intervals between 28 -32oC during the fermentation process.…”
Section: Biogas Volume Valuementioning
confidence: 99%
“…The volume of biogas produced from day 3 to day continues to increase because the temperature in the digester can affect the biogas production. The best temperature for the growth of mesophilic microbes is 30oC or slightly higher [10]. The measured temperature that acts on the digester occurs at intervals between 28 -32oC during the fermentation process.…”
Section: Biogas Volume Valuementioning
confidence: 99%