Inovasi Penggunaan Limbah Ampas Kopi untuk Meningkatkan Hasil Biogas: Studi Eksperimental terhadap Emisi CH₄ dan CO₂

Biogas is a widely recognized alternative energy source among Indonesian communities. It is produced through the anaerobic fermentation of livestock manure and water, and can be combined with other organic waste materials to enhance gas production. The addition of organic waste in biogas production has been shown to significantly influence the quantity and quality of the resulting gas output. Therefore, this research was conducted by introducing coffee dreg waste into the process to evaluate its effect on the production of methane (CH₄) and carbon dioxide (CO₂), using MQ-4 and MQ-135 gas sensors for detection. Data analysis revealed that the chemical components present in the added coffee dregs effectively increased the reaction rate during biogas production. This was demonstrated by the highest methane concentration achieved by the specimen with the largest coffee dreg content (444), reaching 247.033 ppm. Meanwhile, the highest carbon dioxide concentration was obtained from the specimen with a smaller amount of coffee dreg addition (441), measuring 141.202 ppm.

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Publication Details

Journal
PROTON
Published
2025-05-22
DOI
https://doi.org/10.31328/jp.v15i01.7110
Primary Topic
Community-based Tourism Development and Sustainability
Type
article
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article

Inovasi Penggunaan Limbah Ampas Kopi untuk Meningkatkan Hasil Biogas: Studi Eksperimental terhadap Emisi CH₄ dan CO₂

PROTON
Community-based Tourism Development and Sustainability
article

Inovasi Penggunaan Limbah Ampas Kopi untuk Meningkatkan Hasil Biogas: Studi Eksperimental terhadap Emisi CH₄ dan CO₂

article en

Abstract

Biogas is a widely recognized alternative energy source among Indonesian communities. It is produced through the anaerobic fermentation of livestock manure and water, and can be combined with other organic waste materials to enhance gas production. The addition of organic waste in biogas production has been shown to significantly influence the quantity and quality of the resulting gas output. Therefore, this research was conducted by introducing coffee dreg waste into the process to evaluate its effect on the production of methane (CH₄) and carbon dioxide (CO₂), using MQ-4 and MQ-135 gas sensors for detection. Data analysis revealed that the chemical components present in the added coffee dregs effectively increased the reaction rate during biogas production. This was demonstrated by the highest methane concentration achieved by the specimen with the largest coffee dreg content (444), reaching 247.033 ppm. Meanwhile, the highest carbon dioxide concentration was obtained from the specimen with a smaller amount of coffee dreg addition (441), measuring 141.202 ppm.

PROTONVol. 15(01)
Widya Karya Catholic University (ID)
Openalex Percentile: Top 36%
Community-based Tourism Development and Sustainability
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Inovasi Penggunaan Limbah Ampas Kopi untuk Meningkatkan Hasil Biogas: Studi Eksperimental terhadap Emisi CH₄ dan CO₂ · PROTON (2025) | TGRS Research Map | TGRS