Architectural Renderings House-Gigantic River Aquatic Resort at Anning River

The Anning River Acquatic Resort is one of the gigantic constructions that popping up all over China. Itshosting international business, new residences and commercially centered recreational activities. But unlike the others Anning River Acquatic Resort not built for calling upon visitors to open their wallets and free their hands for brand emblazoned shopping bags.

This beautiful new resort promotes a much healthier and less costly form of play. This magnificent resort placed in Miyi, China. Its has incredible concept playground that designed by Studio Shift, that have features a public lagoon, a defferent series of swimming pools and other water based activities for the public to enjoy.

This beautiful resort use utilizes solar panel, an elevated roof garden and advanced bio-remediation technology that build in their water park. The Aquatic Center’s design features complete indoor pool facilities including swimming and diving pools, leisure pools of varying natures and temperatures, play pools for children and on-site spa facilities.

Given the size of the lagoon, Shift was very careful in employing a design that would ensure the lagoon would remain a sustainable amenity. Rather than draining the city water  system to fill their pools, the overall system capitalizes on the abundant Miyi rainwater and the adjacent Anning River as primary sources. That features build in order to promote and accommodate the tourist that came to the resort.

It’s also has Bio-remediation technology that can filter and purify the water through a system of bio-films and low-energyconsumption pumps that contain hungry microorganisms able to feed on pollutants in the water. The landscaped roof has been integrated above the parking garage, serving as both an elevated garden, and more critically, as a means for rainwater collection and reducing the local heat experienced almost year round.

The roof itself has also been specifically designed to capture and re-distribute rainwater, which both further promotes the eco-program of the entire center and helps to improve existing river conditions.

Currently, the architects are also considering implementing passive solar strategies in order to take advantage of the favorable climate conditions of the province. If successful this aspect alone would reduce building energy consumption by 50%.

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