EcoTech Lab has developed ClayPonic V1, a new 3D-printed hydroponic system made from clay materials. Led by architect Logman Arja, the project aims to address challenges including soil degradation and water scarcity. The system features a vertical, modular design intended to maximize space efficiency in urban environments where land availability is limited.
The ClayPonic V1 combines traditional ceramic techniques with 3D printing technology to create a practical urban farming solution. Its vertical arrangement allows plants to grow in a compact footprint while maintaining visual appeal. The system is designed to engage users through multiple senses, incorporating visual, tactile, and olfactory elements.
Beyond food production, the clay-based system serves as an educational platform about sustainable agriculture. Users can interact with the textured clay surfaces while planting or harvesting, creating a physical connection to the growing process. The design includes water circulation components that provide both functional irrigation and ambient sound.
The project also emphasizes community engagement and accessibility to fresh produce in dense urban areas. According to EcoTech Lab, the system demonstrates how advanced farming techniques can be integrated into city environments to increase food self-sufficiency. The clay construction offers an alternative to conventional plastic-based hydroponic systems.
EcoTech Lab positions the ClayPonic V1 as part of its broader commitment to environmental design advocacy. The system aims to transform urban farming into an activity with both practical and therapeutic benefits. Through this approach, the lab hopes to contribute to creating greener, healthier urban spaces.
Source: yankodesign.com
