By constructing a traffic bridge using apartments and office space as the main construction instead of concrete or steel, the bridge becomes an object for private investment, offering a large amount of new square meters in attractive, but already dense locations. The top of the bridge would accommodate vehicular traffic, cars, bikes and pedestrians, allowing crossing passengers spectacular views of the Copenhagen skyline, across the port and all the way to Sweden. Right below the street, a layer of parking. The rest of the bridge would become a kilometer long slab of housing and offices.

Biosphere is accessed via a suspended bridge that slopes from the ground to the top of the trees. The interior of the m hotel room incorporates rich dark interiors and organic materials inspired by the surrounding landscape. The checker solid-open conceptual make-up allows for a range of experiences within a relatively small space. Visitors have access to a roof terrace &#; close to the treetop canopies &#; that offer a -degree views of the forest.

A technical study has been undertaken to determine and address the nature of any conflicts with existing infrastructure and landowners. In February of , owing to this pro-bono BQP effort, the NYC Department of Transportation officially shelved previous plans, and an official New York City Council study endorsed the BQP approach, with City Council Speaker Corey Johnson stating “This is something we’re going to live with for the next years. Let’s make sure we do it right”. Work is now set to begin on establishing a governance structure to take the project forward.

The Shriver Program providing special education for students aged to occupies two floors of the building accessible from the ground floor, and has specialized spaces dedicated to support APS’ Functional Life Skills program as well as privacy and ease of accessibility; the gymnasium, courtyard, occupational physical therapy suite, and sensory cottage are designed to aid in sensory processing.

The byproducts are water and carbon monoxide. Combined with the iron oxide, we can make steel and with further chemical reactors, we can make hard and soft plastics! Every single resource will be recycled. The soft plastics will give us inflatable membranes, so we can make pressurized environments where we can grow plants&#; and have rootzone gardens for water purification so we can even start enjoying the water. We can create agriculture, hydroponics, and aquaponics to grow food&#; to sustain human life!