The Nautilus Eco-Resort project is unique as the architectures of this Eco-Resort are inspired by the shapes, structures, intelligence of materials and feedback loops that exist in living beings and endemic ecosystems. This is a pioneering, eco-tourism complex designed by Paris based Vincent Callebaut Architectures to unite the knowledge of the scientific community with the will of eco-tourists to optimize the revitalization and protection of a degraded ecosystem such as in the Philippines. By minimizing its ecological footprint, the experience is centered on the preservation of nature and local urban ecology while respecting endemic ecosystems and agro-ecosystems.
While upgrading the natural heritage and culture, this “zero-emission, zero-waste, zero-poverty” project will be 100% built from reused and/or recycled materials from the archipelago. The objective clearly defined in the architectural design of this Eco-Resort is to select with care the best of Low-Tech and High-Tech rather than choose one over the other.
The two main architectural entities – the shell-shaped hotels and the rotating apartment towers – wind up along two golden spirals respecting the Fibonacci sequence, a symbol of balance and harmony. The height of each building increases with the convolution of the two spiral pontoons from the central island hosting the nautical center and the scientific research laboratories under its large plant roof. The whole is dense to better preserve the territory and agricultural land. It is accessed mainly by sailboats or electric boats with flat bottom to limit the ecological footprint of road infrastructures.
This sustainable village is built on telescopic piles that produce, on the one hand, ocean thermal energy by exploiting the difference in temperature between the surface and deep waters of the sea, and, on the other hand, tidal energy which exploits the marine currents in kinetic energy by capturing them using hydro-turbines. Frigories for cool air and kilowatts for lighting are thus produced by renewable sources. The façades and roofs combine plant walls and photovoltaic cells to increase the thermal inertia of the building, optimize natural cooling, and generate electricity. Producing more energy than it consumes, the Eco-Resort thus achieves a positive energy balance. The added value of energy is thus redistributed in real time via a mini smart-grid to the local community, making them self-sufficient. Rainwater is used and the gray water is biologically recycled in waste stabilization ponds bordering the gardens, while organic waste is recycled into biomass.