Aequoreas, Vincent Callebaut, energy consumption, energy eslf-sufficiency, floating architecture, ecosystems, organic farming, desalinization, algae, 3d printed architecture, 3d printing

The project aims to resolve long-lasting tensions between Western governments and African countries when it comes to global energy consumption. Thanks to Archibiotics, a discipline pioneered by Callebaut, a new type of architecture would be born-one that combines renewable energies and information and communication technologies (NTIC) in order to offer energy independence to each state in the world and end oil-related conflicts.

Related: Vincent Callebaut Unveils Plans for Futuristic “Flavors Orchard” Farm City in China

Aequoreas, Vincent Callebaut, energy consumption, energy eslf-sufficiency, floating architecture, ecosystems, organic farming, desalinization, algae, 3d printed architecture, 3d printing

The inhabitants of these utopian structures, called the People of the Seas, would invent new underwater urbanization processes to mitigate ocean acidification and pollution, while living in a self-sufficient way. They would recycle 100 percent of ocean plastic waste to create a sustainable habitat called Aequoreas. Once built, these ecosystems would continue to grow on their own, using calcium carbonate contained in water to form an external skeleton, semi-permeable membranes to desalinate seawater and microalgae to produce energy for heating and climate control.

Aequoreas, Vincent Callebaut, energy consumption, energy eslf-sufficiency, floating architecture, ecosystems, organic farming, desalinization, algae, 3d printed architecture, 3d printing

The villages move like submarines and ships and can accommodate up to 20,000 people. The main access is located on the surface of the water and leads through four marinas covered with a mangrove rooted on a floating dome 500 meters in diameter. All residential units are modular and accompanied by co-working spaces, fablabs, recycling plants, science labs, educational hotels, sports fields and aquaponic farms.

Aequoreas, Vincent Callebaut, energy consumption, energy eslf-sufficiency, floating architecture, ecosystems, organic farming, desalinization, algae, 3d printed architecture, 3d printing

Algae, plankton and mollusks rich in minerals, proteins and vitamins are grown for food and maintained as “nurseries for the aquatic fauna and flora”. Produce from on-board organic farms, orchards and vegetable gardens are distributed in bulk, in reusable, biodegradable containers. Even the furniture is made from bio-based materials glued together with materials synthesized from mussels.

Aequoreas, Vincent Callebaut, energy consumption, energy eslf-sufficiency, floating architecture, ecosystems, organic farming, desalinization, algae, 3d printed architecture, 3d printing

Aequoreas villages are not only an architectural proposal. The architect devised an economic system to complement its energy self-sufficiency. A horizontal egalitarian model envisioned by Callebaut is based on ” eco-conscious individual entrepreneurship” acting as the social and economic backbone of a utopian society.

+ Vincent Callebaut Architectures