Design and assemble a 3D biogas plant model using simple materials like bottles, pipes, and balloons effectively demonstrate anaerobic digestion processes Identify key components of biogas production such as waste input, gas collection, and slurry output Explain the environmental and energy benefits of biogas technology for sustainable waste management and renewable energy
biogas plant working model 3d,
in this course introduces students to renewable energy and waste management by guiding them to build a three-dimensional model of a biogas plant. This hands-on project demonstrates how organic waste materials such as food scraps, animal dung, or plant residues are decomposed by anaerobic bacteria to produce biogas, a clean fuel mainly composed of methane, along with organic slurry used as fertilizer. Students will learn the principles of anaerobic digestion, gas collection, and energy conversion while assembling a functional 3D model using simple materials like bottles, pipes, balloons, and containers. The course provides step-by-step instructions to simulate the process of gas generation and storage, linking scientific theory with real-world applications in sustainable energy and agriculture. By creating this model, learners will understand the importance of renewable energy, eco-friendly practices, and reducing dependency on fossil fuels. Ideal for school projects, science fairs, or environmental studies, this course encourages creativity, problem-solving, and environmental awareness while highlighting the benefits of biogas technology. howtofunda
