view from the river of the project in front of NYC skyline
clustered organization was derived from studies of barnacles while the forms themselves were optimized based on wind, solar and drainage studies
six different cell types can be located in a cluster based on site conditions
3d printed model showing intake for water and exhaust for clean air.
structural axon shows the system which allows for large cantilevers and a limited footprint allowing maximum control of wind off the river.  cladding axon shows the panel systems chosen based on material research and their relationship to cardinal points.
cladding passively cleanses the air of VOC's and CO2, once saturated the system is designer for their easy removal for off site storage
sectional model
elevation of the south face showing the patterning of the solar panels and activated charcoal and the stepped site condition
3d printed model hand painted to resemble striped pattern
render below the building of the park space that is sheltered from the cold air off the river
reflected ceiling plan showing intake fans and the wind baffling provided by the suspended panels
sectional axon showing the air intake from the units over the FDR and from the Queens Mid-Town Tunnel below, clean air exhaust from the large unit, and the open expanses of the exterior allowed by the structural system
interior render of the flowing daylit open space within
sectional model
exterior render of the building next to the UN where it will act not only mitigate pollution but also act as a proof of concept of carbon negative projects the world must push for during the next century of the Anthropocene
Clusterf*ck
Published:

Clusterf*ck

Studio led by visiting professor Shawn Rickenbacker on pollution remediation with partner Caitlin Soden. The project is sited across from the UN Read More

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