A.K. Syahroni, W.T. Roby, T. Rahmanda
Indonesia could produce 13 million organic waste, even this makes the potential of methane gas can be biogas and even its slurry can be composted too, people who are indifferent to it. Therefore, Eco-Biger innovation is required that maximizes the potential of organic waste even Eco-Biger is able to educate people to reduce the use of fossil energy and technology-based. The purpose of writing this scientific paper is (1) to find out how Eco-Biger works, (2) to know the strategy of realizing SDG's appropriately through Eco-Biger, and (3) to know Eco-Biger implementation technique. The method used is research R&D (research development) with data collection techniques that is, observation, literature study and interview with recipient kalpataru in Pasuruan. The results is; (1) organic waste is fed through the input hose on Eco-Biger, then the waste will be fermented and produce methane gas and the gas will be piped through the installation pipe for use; (2) Eco-Biger transforms organic waste into biogas. It supports the 7th and 13th goals of SDG's on clean and affordable Energy and climate change mitigation. and (3) Implementation, production, testing, cooperation with stakeholder and distribution, socialization, training user, and evaluation. © Published under licence by IOP Publishing Ltd.
Department of Geography, Faculty of Social Science, Universitas Negeri Malang, Indonesia; Department of Economic Development, Faculty of Economic, Universitas Negeri Malang, Indonesia; Department of Mechanical Engineering, Faculty of Engineering, Universitas Negeri Malang, Indonesia
