Biovessel: Nature-Inspired Indoor Composter for Urban Living

Transforming food waste into nutrients with a self-sustaining ecosystem

Biovessel by Chen Hsiang Chao offers an innovative solution to urban food waste, blending biological research and design to create a sustainable, odorless indoor composter that transforms kitchen scraps into valuable fertilizer.

Food waste remains a pressing global issue, with the Food and Agricultural Organization of the United Nations estimating that nearly one-third of all food produced for human consumption is lost or wasted annually. This waste often ends up in landfills, contributing to greenhouse gas emissions and climate change. Addressing this challenge, Biovessel introduces a nature-inspired approach to composting, designed specifically for urban homes. By creating a self-sustaining ecosystem, Biovessel redefines the food waste cycle, turning discarded scraps into life-giving nutrients for plants.

Unlike traditional composters, Biovessel is the result of over 20 months of biological research, experiments, and data analysis. The design process relied on a specially developed algorithm that translated biological observations into a functional form, prioritizing efficiency and ergonomics over mere aesthetics. The vessel’s structure, shaped by parametric and ergonomic data, supports optimal decomposition conditions for its inhabitants—earthworms, soil microorganisms, and plants.

Biovessel’s unique features include a carefully balanced internal environment, maintained through moisture, light, and pH monitoring. Users introduce a sawdust-soil mix and composting worms, then add food scraps via a dedicated inlet. The ecosystem works naturally, breaking down organic matter without unpleasant odors. The resulting fertilizer can be harvested and used to nourish household plants, closing the loop on food waste within the home.

Technologically, Biovessel stands out for its data-driven design and manufacturing process. The vessel’s form was determined by analyzing biological behavior and environmental parameters, such as the sunflower seed spiral pattern used for ventilation holes, which optimizes airflow and supports efficient decomposition. Blow molding technology was employed to produce the vessel, with careful attention to maintaining quality and consistency during mass production.

Biovessel’s impact extends beyond its technical achievements. Awarded the Bronze A' Sustainable Products, Projects and Green Design Award in 2025, the composter exemplifies best practices in sustainable design, art, and technology. Its patented technology, recognized by the Taiwan Intellectual Property Office, highlights the innovation’s contribution to improving quality of life and promoting eco-friendly living in urban environments.

By seamlessly integrating nature’s processes with modern design, Biovessel empowers city dwellers to participate in sustainable living. This award-winning composter not only addresses food waste but also fosters a deeper connection between people and the natural cycles that sustain life, making it a valuable addition to any urban home.


Project Details and Credits

Project Designers: Chen-Hsiang Chao
Image Credits: Copyrights belong to Bionicraft Co., Ltd
Project Team Members: Designer: Chen-Hsiang Chao
Project Name: Biovessel
Project Client: Bionicraft Co., Ltd.


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