EcoTech Lab has developed ClayPonic V1, a brand new 3D-printed hydroponic system created from clay supplies. Led by architect Logman Arja, the challenge goals to deal with challenges together with soil degradation and water shortage. The system contains a vertical, modular design supposed to maximise area effectivity in city environments the place land availability is proscribed.
The ClayPonic V1 combines conventional ceramic strategies with 3D printing expertise to create a sensible city farming answer. Its vertical association permits vegetation to develop in a compact footprint whereas sustaining visible attraction. The system is designed to have interaction customers via a number of senses, incorporating visible, tactile, and olfactory parts.
Past meals manufacturing, the clay-based system serves as an academic platform about sustainable agriculture. Customers can work together with the textured clay surfaces whereas planting or harvesting, making a bodily connection to the rising course of. The design contains water circulation parts that present each purposeful irrigation and ambient sound.
The challenge additionally emphasizes group engagement and accessibility to contemporary produce in dense city areas. In line with EcoTech Lab, the system demonstrates how superior farming strategies could be built-in into metropolis environments to extend meals self-sufficiency. The clay development provides a substitute for typical plastic-based hydroponic methods.
EcoTech Lab positions the ClayPonic V1 as a part of its broader dedication to environmental design advocacy. The system goals to remodel city farming into an exercise with each sensible and therapeutic advantages. Via this method, the lab hopes to contribute to creating greener, more healthy city areas.
Supply: yankodesign.com
