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Eco-rig

As monstrous offshore oil rigs start to become obsolete, “Eco-rig” revitalises these stable yet difficult-to-remove structures through prefabricated steel interventions, transforming sites of extraction into thriving ecosystems that embody the shift toward sustainable energy.

Project

Adaptive re-use

Year

2021

Client

ASCA Steel Competition

Tools

Rhinoceros 7, Grasshopper, Adobe Suite, Vray 5, Blender 3.2

Role

Project designed collaboratively, all images presented are created independently.

Distinctions

Published in 325 Magazine

Team

Ariel Weiss, Noah Spivak

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A gravity based oil rig imposed onto a hypothetical city.
A gravity based oil rig imposed onto a hypothetical city.
A gravity based oil rig imposed onto a hypothetical city.

A gravity based oil rig imposed onto a hypothetical city.

Axonometric illustration of “Eco Rig”, a modular adaptive re-use of existing oil rig platforms.
Axonometric illustration of “Eco Rig”, a modular adaptive re-use of existing oil rig platforms.
Axonometric illustration of “Eco Rig”, a modular adaptive re-use of existing oil rig platforms.

Axonometric illustration of “Eco Rig”, a modular adaptive re-use of existing oil rig platforms.

Due to a constraint with available shop time - the pavilion was designed and constructed using a singular basic module. The module is rationally sized to fit in a typical truck bed.
Due to a constraint with available shop time - the pavilion was designed and constructed using a singular basic module. The module is rationally sized to fit in a typical truck bed.
Due to a constraint with available shop time - the pavilion was designed and constructed using a singular basic module. The module is rationally sized to fit in a typical truck bed.

Axonometric illustration of the re-use and restoration of the under-water foundation.

Distant exterior rendering of "Eco-Rig"
Distant exterior rendering of "Eco-Rig"
Distant exterior rendering of "Eco-Rig"

Distant exterior rendering of "Eco-Rig"