Utilization of Goat Manure Towards PLTB (Biogas) Prototypes in Simple Way

Authors

  • Nur Rani Alham Department of Electrical Engineering, Mulawarman University
  • Ira Riyana Sari Siregar Department of Electrical Engineering, Mulawarman University
  • Bayu Dwi Prabowo Department of Electrical Engineering, Mulawarman University
  • Wisnu Candra Margono Department of Electrical Engineering, Mulawarman University
  • Ulwan Fauzan Azhari Department of Electrical Engineering, Mulawarman University
  • Tantra Diwa Larasati Department of Electrical Engineering, Mulawarman University

Abstract

Biogas is a gas that can be processed using the combustion method and the process of anaerobic (without oxygen) digester activity derived from organic materials such as leaves, cattle manure, agricultural waste and household waste. The high methane content in biogas makes biogas very potential as a new renewable energy source at this time. Biogas can be formed on days 4th -5th after the digester and it is able to reach its peak on days 16th -20th. 5 kg of goat manure can produce methane gas of 0.493181 m3 which can generate electricity for  approximately 10 minutes. The peak power that can be generated within 10 minutes is 0.057240 Watt and it can turn on LED lights. Current, voltage, and electric power will automatically go down and off when the biogas as fuel runs out of the gallon.

Author Biographies

Nur Rani Alham, Department of Electrical Engineering, Mulawarman University

Department of Electrical Engineering, Mulawarman University

Ira Riyana Sari Siregar, Department of Electrical Engineering, Mulawarman University

Department of Electrical Engineering, Mulawarman University

Bayu Dwi Prabowo, Department of Electrical Engineering, Mulawarman University

Department of Electrical Engineering, Mulawarman University

Wisnu Candra Margono, Department of Electrical Engineering, Mulawarman University

Department of Electrical Engineering, Mulawarman University

Ulwan Fauzan Azhari, Department of Electrical Engineering, Mulawarman University

Department of Electrical Engineering, Mulawarman University

Tantra Diwa Larasati, Department of Electrical Engineering, Mulawarman University

Department of Electrical Engineering, Mulawarman University

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Published

2022-06-01

Issue

Vol. 1 No. 1 (2022): The bridging on the trend of multidisciplinary between social and life science on tropical studies: beyond covid-19 pandemic

Section

Articles