Hydro-Net proposes a new, underground network of tunnels for hydrogen-powered, hovering vehicles plus a forest of new towers sprouting from lowland areas inundated by rising sea levels.
The project will now compete against History Channel City of the Future winners from Washington DC and Atlanta, with an overall winner being chosen by public vote.
Here's more info from the architects:
2008 IwamotoScott wins City of the Future SF
IwamotoScott won the Grand Prize in the History Channel's City of the Future: A Design and Engineering Challenge, San Francisco. The competition was held Jan. 20, at the Ferry Building, against 7 other teams including: Anderson, Anderson Architecture; Fougeron Architecture; Gelfand Partners Architects; IF Architecture; Kuth Ranieri Architects; Pfau Architecture; and SLOMobility. The brief asked each architect to rethink and envision San Francisco 100 years in the future, with one week to design and 3 hours to install their project. IwamotoScott now goes up against the Grand Prize winners of Washington DC and Atlanta for the title of National Champion, via an online public voting process.
Please check the History Channel online for voting starting February 4.
History Channel City of the Future - San Francisco 2108
Cities of the future will need to be evermore interconnected yet also more self-reliant. In order to accommodate a projected doubling of population by 2108 while resisting further outward sprawl, the Bay Area and San Francisco together will require a new infrastructural network that is able to collect and distribute water, power, fuel, goods, and accommodate the transport of residents and tourists alike.
Symbiotic and multi-scalar, SF HYDRO-NET is an occupiable infrastructure that organizes critical flows of the city. HYDRO-NET provides an underground arterial traffic network for hydrogen-fueled hover-cars, and simultaneously collects, distributes and stores water and power tapped from aquifers and geothermal energy housed within the earth below San Francisco. Built with automated drilling robots, HYDRO-NET’s tunnel walls are structured using carbon nanotubes.
A new aquaculture zone of algae ponds and forests of sinuous towers reoccupy Baylands impacted by rising seas of global warming. The algae grown here is the raw material for producing hydrogen fuel, stored and distributed within HYDRO-NET’s nanotube tunnel walls. At key waterfront and neighborhood nodal points, HYDRO-NET emerges to form linkages between the above and below worlds. Here new architectures ‘bloom’ in the form of opportunistic ‘urban caves, reeds and outcroppings’, fostering new social spaces and urban forms fed by the resources and connectivity provided by HYDRO-NET.
lead designers: Lisa Iwamoto and Craig Scott
project team: Cassiano Bonjardim, Sean Canty, Chris Chalmers, Andrew Clemenza, Manuel Diaz, Ryan Golenberg, Wei Huang, John Kim, Charles Lee, Stephanie Lin, Dan Sullivan
special thanks: Christina Kaneva