Waste-to-Energy Development Using Organic Waste Recycling System (OWRS): A Study Case of Giwangan Market

arif, Syamsul Ma; Widyawidura, Wira; Aridito, Muhammad Noviansyah; Kurniasari, Heni Dwi; Kismurtono, M.

doi:10.20508/ijrer.v9i1.8822.g7622

Cited by 6 publications

(9 citation statements)

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“…Di mana pada penelitian tersebut teknologi gasifikasi pada biomassa sekam padi dapat menghemat bahan bakar solar sebanyak 60% (Ma'arif, et al, 2016). Namun pada penelitian lain, teknologi gasifikasi dengan penggunaan bahan bakar 100% dari bahan baku sampah organik lebih sebesar 11% (Ma'arif, et al, 2019). Hal ini terjadi karena nilai kalori dari bahan baku yang digunakan juga berpengaruh.…”

Section: Kriteria Sosialunclassified

Pengembangan Sistem Teknologi Kerakyatan untuk Mendukung Ketahanan Energi Nasional

Maarif¹

2023

Preprint

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Energi merupakan kebutuhan dasar setiap masyarakat dalam kehidupan sehari-hari. Semakin tinggi perkembangan energi suatu negara, maka pertumbuhan ekonomi di negara tersebut juga akan meningkat (Aslan, et al., 2014). Pertumbuhan ekonomi mengakibatkan permintaan energi juga meningkat. Namun peningkatan energi tersebut harus dikelola dengan selalu memperhatikan asas pembangunan berkelanjutan agar tidak menimbulkan dampak yang tidak diinginkan (Elinur, et al., 2010). Oleh karena itu, dalam rangka mengintegrasikan antara meningkatkan pertumbuhan ekonomi dan mengatasi permasalahan lingkungan, maka berbagai kebijakan pengembangan energi terbarukan dibuat dan diimplementasikan di berbagai negara (Abdmouleh, et al., 2015). Di Indonesia, energi-energi mempunyai posisi yang sangat strategis dalam peranan untuk percepatan ekonomi nasional. Oleh sebab itu, Indonesia membuat Kebijakan Energi Nasional (KEN) yang menganut tiga prinsip utama yaitu berkeadilan, berkelanjutan, dan berwawasan lingkungan (Santoso, 2017). Kebijakan Energi Nasional diundangkan dalam Peraturan Presiden No 22 Tahun 2017 tentang Rencana Umum Energi Nasional (RUEN) atau sering disebut sebagai Perpres RUEN. Di mana RUEN ini akan menjadi acuan bagi setiap daerah untuk menyusun Rencana Umum Energi Daerah (RUED) (Widyaningsih, 2017). Dalam perpres tersebut juga disebutkan bahwa indikator ketahanan energi meliputi potensi energi, bauran energi, rasio elektrifikasi, dan pertumbuhan konsumsi listrik (Peraturan Presiden No 22, 2017).

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Section: Kriteria Sosialunclassified

Pengembangan Sistem Teknologi Kerakyatan untuk Mendukung Ketahanan Energi Nasional

Maarif¹

2023

Preprint

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“…Study of Sago Pulp Potential into Energy. Prospective analysis of electrical energy from waste was carried out adopting the method carried out by Ma'arif et al [7] using the Organic Waste Recycling System (OWRS) pretreatment process to produce charcoal waste as gasification raw material with the updraft fixed bed system. The OWRS pretreatment process in this study uses the rocket model pyrolysis process so that it becomes charcoal as shown in Figure 1.…”

Section: Study Of Sago and Sago Pulp Potentialmentioning

confidence: 99%

“…The pyrolysis technology can utilize pyrolysis gas from sago pulp as an additional source of energy that will save energy use. Besides, OWRS technology can also be done more quickly and cleanly [7]. Charcoal briquettes from the pyrolysis process are energy sources that can be used to fuel boilers, fertilizers, industry, or cook in the household instead of wood and coal.…”

Section: Introductionmentioning

confidence: 99%

Potential Application of Sago Pulp Briquette for Electricity Generation Using Gasification Technology in Papua Province, Indonesia

Syamsiro

Aridito

Ma’arif

2020

KEM

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Indonesia is a tropical country which become one of the largest producer country of biomass especially from agricultural and forestry sector. One of the biomass source that has not been widely utilized is sago. Sago is an alternative source of carbohydrates besides rice, especially in the eastern region such as Papua. The potential of sago in Papua was 66,593 tons in 2018. This potential produces sago waste from processing sago starch, which can pollute the environment. Utilization of sago waste in the form of sago production waste as a source of biomass for electricity generation is an alternative solution. The result shows that sago pulp can be processed into briquettes with the calorific value of 6,327.4 kcal/kg – 6,946.7 kcal/kg. Sago production waste generated from the processing of sago starch is 14% so that the daily waste potential is 25.54 tons/day. Based on this potential, OWRS technology using pyrolysis-gasification obtained 6.6 tons/day of sago charcoal briquettes. The potential of heat energy was 42.03 Gcal/day. The potential of electricity that can be produced with updraft-fixed bed gasification from sago charcoal briquettes was 5.18 MWh. The theoretical power is 2.03 MW with an output power of 215.83 kW at 11% efficiency.

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“…Culinary activities in tourist villages generate significant organic waste [7]. However, this organic waste holds the potential to be transformed into a source of renewable energy through waste-to-energy technologies [8], [9].…”

Section: Introductionmentioning

confidence: 99%

Stakeholder Management in Developing a Sustainable Tourism Village Based on Renewable Energy Using RACI Matrix

Ma'arif,

Putrianti,

Indraswari

et al. 2023

JISEM

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The tourism village offers cultural, natural, and authentic culinary experiences, but the growth of tourism villages must be managed sustainably to address adverse environmental impacts. Stakeholder management becomes a critical factor in planning a sustainable energy-based tourism village development project. This research aims to identify key stakeholders in the development project of the "Kampung Emas" tourism village based on renewable energy, understand their roles and responsibilities, and formulate stakeholder management strategies. The research was conducted by interviewing key stakeholders in the project and analyzing the results using the RACI Matrix table. The analysis identified four main stakeholders: the Village Head, the Tourism Awareness Group Chair, the Restaurant Manager, and the Academician. The Village Head plays a strategic role as the information disseminator at the village level; the Tourism Awareness Group Chair is fully responsible for the critical phases of the project, the Restaurant Manager has responsibilities in technical and strategic tasks, and the Academician contributes significantly to the analysis of each task. The proposed stakeholder management strategy positions the Village Head as an information disseminator, the Tourism Awareness Group Chair as the primary spokesperson, the Restaurant Manager in strategic decision-making, and the Academician as a consultative partner. This approach is expected to support successfully implementing the renewable energy-based tourism village development project.

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Waste-to-Energy Development Using Organic Waste Recycling System (OWRS): A Study Case of Giwangan Market

Cited by 6 publications

References 0 publications

Pengembangan Sistem Teknologi Kerakyatan untuk Mendukung Ketahanan Energi Nasional

Pengembangan Sistem Teknologi Kerakyatan untuk Mendukung Ketahanan Energi Nasional

Potential Application of Sago Pulp Briquette for Electricity Generation Using Gasification Technology in Papua Province, Indonesia

Stakeholder Management in Developing a Sustainable Tourism Village Based on Renewable Energy Using RACI Matrix

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