urban farming, aquaponics, Vincent Callebaut, self sustaining architecture, urban design, sustainable urban design, green architecture, organic farming, urban agriculture, India, Hyperions, vertical farming

Designed in collaboration with agroecologist Amlankusum, Hyperions was created to achieve two major objectives: energy decentralization and food deindustrialization. The result combines urban agriculture, bio-based materials, and dense mixed-use planning into a self-sufficient development. The project comprises six 36-story connected towers built from cross-laminated timber sourced locally and sustainably from a Delhi forest. Reinforced with steel, the timber towers sit atop a steel and concrete substructure engineered for earthquake resistance and to take advantage of the earth’s thermal inertia for stable natural heating and cooling. The project is designed to achieve a net-zero environmental footprint with a recycling system that takes care of gray water, black water, and food waste on site. Energy for the buildings is generated via wind turbines and photovoltaic systems.

urban farming, aquaponics, Vincent Callebaut, self sustaining architecture, urban design, sustainable urban design, green architecture, organic farming, urban agriculture, India, Hyperions, vertical farming

Topped with a glass bioclimatic domed greenhouse and clad in solar panels, each tower houses a mix of programming, from business incubators and coworking spaces to student housing and larger apartments. The living areas are integrated with the farming spaces, which the architects say can produce 20 kilos of organic fruit and vegetables per square meter (4 pounds per square foot) that would be sold through local fair trade shops. Organic aquaponic and traditional farming techniques would be used, with the latter emphasizing healthy soils through incorporation of compost, diversified crops, and minimal tillage. Many of the crops will be self-reproducing and endemic. The towers will also have room for raising livestock as well as phyto-purification ponds and lagoons. Rainwater will be collected for irrigation and to replenish groundwater.

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urban farming, aquaponics, Vincent Callebaut, self sustaining architecture, urban design, sustainable urban design, green architecture, organic farming, urban agriculture, India, Hyperions, vertical farming

“We the ‘Urban Farmers’ claim that converting worldwide agriculture into organic techniques and bio-sourced construction could reduce worldwide CO2 emissions by about 40% by 2030,” write the designers. “Hyperions is a sustainable agro-ecosystem project capable of resisting climate change thanks to its healthy economic and environmental ecosystems. Solidarity, fairness, and the right symbiosis of human actions on nature: those are our founding ethical values.”

+ Vincent Callebaut

Images via Vincent Callebaut