Manifest Utilising an incorporative system, consisting of various inputs, can result in exceptional efficiency when attempting to generate an effective yield of a product. Coupling the potential flexible functionality of an aeroponic growth system with the passive manipulation of heat movement creates an ideal environment for many varying cultivars. To achieve the most efficient form [...]
Author Archives: Philip Serif
G1_Peripatetic Concatenation_Final
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Peripatetic Concatenation (G1 – Aeroponics / Mobility) – Midterm
Following our basic analysis of polycarbonate/methacrylate when subjected to heat we manufactured a wide range of a single type of component. Fitting them together to create our large prototype. Intended as a 1:1 scaleless study model it will inform our decision on the relationships possible with the growth system (continued further down, ‘A’). Having tested [...]
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Peripatetic Concatenation (G1 – Aeroponics / Mobility)
When handling large numbers of plants, contamination poses the greatest threat. The coupling of aeroponics with an almost fully automated growth system eliminates most soil-based deterrents as well as plant-to-plant activity, greatly decreasing infection and mortality rates. Conveyor systems work in tandem with the plants. The interconnected movement and growth will result in a mobile [...]
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