SALYUT Vase
Hydroponic vase for rooted flower arrangements in the home.
Oct 2023 - Apr 2024
The environmental impact of the flower industry is mainly due to carbon emissions from importing flowers. Flowers require rapid, refrigerated transport to maintain freshness after harvesting, resulting in a short supply chain.
Imagine the energy needed for frequent flights and refrigeration, which must be repeated as often as every week.
The goals of the project is to decrease import frequency, enabling customers to enjoy fresh flowers for longer, and ultimately keep flowers circulated locally.
The solution to extending the lifespan of flowers involves keeping them in their rooted, plant form. Targeting flower enthusiasts who may not be familiar with soil-based plant upkeep, I opted for a familiar setup that supports rooted flowers, which is hydroponics.
Hydroponic setups come in various forms, and the Kratky Method is the chosen method—an uncomplicated hydroponic system derived from growing plants in jars. Notably, it requires no electricity.
Hydroponic methods of plant cultivation were popularized by NASA through their exploration of vertical farming in outer space. The design of the vase pays homage to this concept, incorporating futuristic, space-age ideas.
Sketch and 3D Model progress – explored different forms and patterns
The new supply chain aims to counteract the traditional chain, which is more environmentally detrimental.
The user journey covers the carrying experience (carried from the store to home), preparing the hydroponic solution, to the care of the arrangement.
Affordable alternative to the current CMF, the plastic exterior allows more exploration of colours in future iterations.
Branding
Physical Model
