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I S C E R AFREELANCE DESIGN
PLAN/ RCP
11/03/2014 REV 1
A1
VISCERA STOREBUILD OUT
1 FLOOR PLAN1/8”=1’
13'-2"
4'-10"
14'-1"
70'-4"
4'
3'-6"
4'
1'
2 REFLECTED CEILING PLAN1/8”=1’
A21
A2 2
MB
1542 BROADWAY OAKALND, CA 94612TEL. 808-383-0707
V I S C E R A
1542 BROADWAY OAKALND, CA 94612TEL. 808-383-0707
ELEVATIONS & DETAILS
11/03/2014 REV 1
A2
VISCERA STOREBUILD OUT
2 EAST ELEVATIONSCALE 1/8”=1’1 NORTH ELEVATION
SCALE 1/8”=1’
3'
7'-11"
1'-4"
8'
3 FIXTURE WALL CONNECTIONSCALE 1”=3/4”
3" x 1/4" TOGGLE BOLTS
5/8" GYPSUM BOARD
3/4" THREADED IRON FLANGE
3/4" COPPER PRESSURE C X MPT MALE ADAPTER
4 FIXTURE COMPONENTSNTS
10'
3' 4'
4'
1'-3" 1'-6"
6'
2' 2'
ALL COPPER TUBING IS 3/4” DIA. W/ 3/4” CAPS AT ALL EXPOSED EDGES AND 3/4” PRESSURE TEES AT ALL INTERSECTIONS
MB
V I S C E R A
6 4”x6’ CONCEALED WOODENLIGHT FIXTURES. SPACED AS SHOWN IN ELEVATION
37°
2'1"
2'7"
73°
AXON/ DETAIL
11/17/2014
A1
VISCERA STOREBUILD OUT COUNTERTOP INSTALL
MB
1542 BROADWAY OAKALND, CA 94612TEL. 808-383-0707
V I S C E R A
1 AXONOMETRICNOT TO SCALE 2 SUPPORT DETAIL
SCALE 1-1/2”=1’
25”
2”X2” WOOD SUPPORTS SPACED 27” ON CENTER
1-1/2” THICK BUTCHER BLOCK COUNTERTOP
PARKLET DESIGN
at UC BERKELEYSPACE PLANNING & DESIGN
EECS
CONCEPTUAL VISUALIZATION
CONCEPTUAL VISUALIZATION
CONCEPTUAL VISUALIZATION
Grotesque in form, the installation is elegant in organization. Feathering itself across the site, originating from the waters of the Øresund Strait, the unit repeats and modulates as it extends inland. The accumulation produces an effect that is otherworldly, while at the same time familiar; almost biological, in the most satisfying of ways. It is as though your subconscious has plunged you deep into your own nervous system, then dropped you in onto an alien landscape. Veins of electricity pulsate and flicker with colored light as the collection of energy in a single unit reaches critical mass.
Each cluster head has a lining with over 1,000 graphene strips. When a drop salt water is dragged across a strip, it produces 30mV. The electricity produced is transmitted through an electrical cable attached to the conductive sub-strate that travels all the way through the installation to a transformer hidden under the base. When sea water flows through the heads, placed in channels dug through the site, it will produce many small charges of electricity. The untouched salt water will pass through the channel to the next head. The now desalinated water left behind after an interaction with graphene, will follow a conduit that will divert into secondary fresh water channels.
Salt Water Channels
Run-off WaterChannels
Graphene StripClusters