Indonesian biogas market: an opportunity alongside B100 program

• Autores: Rianawati, Elisabeth; Sagala, Saut; Dwiputra, Andreas; Anhorn, Johannes; Hilbert, Jorge Antonio; Rosslee, Dwight; Mohammed, Mutala; Salie, Yaseen; Colmorgen, Felix; Decorte, Mieke; Stummer, Benhard; Zacepins, Aleksejs; Hofmann, Frank; Khaira, Tara; Mulyasari, Shinta; Pranindita, Nadiya; Hananta, Michael; Bogale, Wondwossen; Wlcek, Bernhard
• Año de publicación: 2021
• Idioma: inglés
• Tipo de recurso: documento de conferencia
• Fuente: 29th European Biomass Conference & Exhibition (EUBCE), from April 26-29, 2021 (Online)
• Materia: Indonesia; Biogás; Producción de Biomasa; Análisis Macroeconómico; Análisis de Políticas; Análisis Sociológico; Gestión Ambiental; Aceite de Palma; Energía Renovable; Biogas; Biomass Production; Macroeconomic Analysis; Policy Analysis; Social Analysis; Environmental Management; Biodiesel; Palm Oils; Renewable Energy; Análisis PESTEL; PESTEL Analysis
• Institución: Instituto Nacional de Tecnología Agropecuaria

With the continued growth of the palm oil industry in Indonesia, the Government of Indonesia has been triggered to set up the national targets for new and renewable energy through biodiesel blend mandatory (B100 program). As more solid and liquid wastes will be generated as a result of biodiesel production, it can be convertered to renewable energy using biogas plants. Along with the B100 program, the POME-based biogas development seems could be more notable. However, the biogas technology market in Indonesia is still in a nascent state. This study aims to attempt the macro-environmental factors analysis of the Indonesian biogas industry using PESTEL analysis. With the existence of cross-sectional stakeholders, overlapping, and conflicting interests whose policies and actions may cause obstacles that influence the industry, this paper aims to capture the macro picture of the biogas maket and identify its challenges alongside de B100 program. It is concluded that barriers for deployment of biogas come term of wage, environment, and risks for indigenous people, lack of experts and success case to prove new technology implementation, and weak and inconsistency of the law enforcement.
Instituto de Ingeniería Rural
Fil: Rianawati, Elisabeth. Resilience Development Initiative; Indonesia
Fil: Sagala, Saut. Resilience Development Initiative; Indonesia. Institute of Technology Bandung (ITB). Planning and Policy Development; Indonesia
Fil: Dwiputra, Andreas. Resilience Development Initiative; Indonesia
Fil: Anhorn, Johannes. Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ); Etiopía
Fil: Hilbert, Jorge Antonio. Instituto Nacional de Tecnología Agropecuaria (INTA). Instituto de Ingeniería Rural; Argentina
Fil: Rosslee, Dwight. Selectra Farm Tech. Sudáfrica
Fil: Mohammed, Mutala. Institute for Sustainable Energy and Environmental Solutions (ISEES); Ghana
Fil: Salie, Yaseen. GreenCape; Sudáfrica
Fil: Colmorgen, Felix. WIP Renewable Energies; Alemania
Fil: Wlcek, Bernhard. Austrian Energy Agency. Service Point Renewable Gases; Austria
Fil: Decorte, Mieke. European Biogas Association (EBA); Bélgica
Fil: Stummer, Benhard. Austrian Energy Agency; Austria
Fil: Zacepins, Aleksejs. Latvia University. Life Sciences and Technologies; Latvia
Fil: Hofmann, Frank. German Biogas Association; Alemania
Fil: Khaira, Tara. Energi Andalas; Indonesia
Fil: Mulyasari, Shinta. Ecody; Indonesia
Pranindita, Nadiya. Resilience Development Initiative; Indonesia
Fil: Hananta, Michael. Resilience Development Initiative; Indonesia
Fil: Bogale, Wondwossen. Iceaddis; Etiopía