ENGET5220 Low Impact Manufacturing: Circular Economy in E-Scooters

This research paper investigates the implementation of a circular economy in the manufacturing of electric mobility scooters, focusing on sustainability and environmental impact reduction. The study analyzes the current linear production model and proposes strategies for reusing and recycling materials. The report examines the lifecycle of various components, including structural, electrical, and miscellaneous parts, detailing their manufacturing, use, and disposal phases. It emphasizes the importance of sorting, disassembly, and recycling of materials such as chassis, batteries, motors, and tires. Furthermore, the paper explores future sustainable industrial systems, assessing the environmental weight of materials and energy flows throughout the scooter's lifecycle. The assessment covers the manufacturing phase, use phase, and disposal phase of the mobility scooter. The study also examines the use of eco-innovation and technology to improve the overall energy efficiency and safety of the mobility scooters. The report concludes by highlighting the importance of lifecycle assessment and the need for a circular approach to minimize waste and promote sustainability in the e-scooter industry.