Optimization of design a modular and intelligent system for the utilization of biodegradable household waste (#1979)

Authors

Hernandez, Sebastian

Abstract

The management of biodegradable household waste represents a crucial challenge in a world increasingly aware of sustainability and efficient resource utilization. This paper addresses this challenge through the conceptual design optimization of a modular and intelligent system for the valorization of such waste. The employed methodology involves Quality Function Deployment (QFD) to define specifications based on customer requirements, competitive analysis of existing products, functional decomposition to identify critical subsystems, and morphological charts to generate alternative concepts. Three conceptual designs are proposed: a basic economical option, a highly automated alternative, and a balanced hybrid system. The results provide a systematic approach to developing an optimal design that maximizes processing efficiency, sustainability, maintainability, safety, and user-friendliness. The presented conceptual framework enables effective household waste valorization through an intelligent system adapting to evolving demands.