Studio NAB’s new Superfarm project is a 110-foot-tall vertical farm prototype that sits on a 40-foot by 40-foot platform built on the water in an urban area. The prototype goes beyond what typical vertical farms offer by creating an entire ecosystem across its six stories.
The Superfarm will use a combination of soil and soilless cropping techniques and will forgo the use of pesticides. Each floor will have its own specific function, but will work harmoniously with all the other floors to create a vertical ecosystem.
Aquaponics level.
The ground level and Level 1 will be set aside for administration purposes. The Ground Level will include the entrance, cold rooms, storage, order preparation, and space for sale and delivery. Level 1 will include offices bathrooms, and a break room.
See Also: An apiary for the sanctuary
Level 2 is where the growing of plants begins. It is an open platform that will include ginseng, klamath, spirulina, and aloe vera cultures. Level 3 is reserved for insect breeding. Beetles, chenilles, locusts, and grasshoppers will all have a dedicated space on this floor. Level 4 will be dedicated to algae cultures, including chlorella and spirulina. Level 5 will be the aquaponics floor and will include tilapia and trout breeding and young plant cultures. The aquaponics floor will also feed the greenhouse on Level 6. The greenhouse will include an apiary, açaí berry cultures, acerola cultures, goji berry cultures, and aloe vera cultures. Above the greenhouse will be a series of wind turbines and solar panels that will power the farm.
Level 2 platform.
The goal of the Superfarm is to decrease the amount of land needed for agriculture while simultaneously feeding more people, and restore a social link between the produce and the consumer in the city, providing easier access to the products by allowing the consumer direct access to the farm.
Level 6 greenhouse.
Related Stories
| May 3, 2012
NSF publishes ANSI standard evaluating the sustainability of single ply roofing membranes
New NSF Standard provides manufacturers, specifiers and building industry with verifiable, objective criteria to identify sustainable roofing products.
| Apr 27, 2012
GreenExpo365.com to offer webinars on EPA’s WaterSense Program
Architects and builders interested in developing water-efficient buildings invited to attend free sessions featuring experts discussing water-efficient building practices.
| Apr 24, 2012
McLennan named Ashoka Fellow
McLennan was recognized for his work on the Living Building Challenge.
| Apr 17, 2012
Miramar College police substation in San Diego receives LEED Platinum
The police substation is the first higher education facility in San Diego County to achieve LEED Platinum Certification, the highest rating possible.
| Apr 6, 2012
Flat tower green building concept the un-skycraper
A team of French designers unveil the “Flat Tower” design, a second place winner in the 2011 eVolo skyscraper competition.
| Apr 3, 2012
Johns Manville publishes 2011 Sustainability Report
Report covers JM’s long-time sustainability focus and progress towards goals.
| Apr 2, 2012
Gilbane honored for sustainability efforts in Indianapolis
Emmitt J. Bean Federal Center project team for their role in advancing sustainability in the city.
| Mar 28, 2012
Milestone reached for LEED-certified buildings?
Total number of major global green buildings now stands at 12,000.
| Mar 16, 2012
Stego embarks on HPD Pilot Program
Vapor barrier manufacturer strives to provide better green choices to designers and builders.
| Mar 12, 2012
Improving the performance of existing commercial buildings: the chemistry of sustainable construction
Retrofitting our existing commercial buildings is one of the key steps to overcoming the economic and environmental challenges we face.