The Grotesque
Volume III
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contents
002 Reactive Inactive
Katie Cressall
062 Fisher Body Plant #21
Jarrett Fishman
104 Harvesting Energy
Nathan Johnson
134 Situating the Brand
Alivia Stalnaker
162 Massive Color
Dorothy Schwankl
194 Tracing a Culture
Tadeusz Bazydlo
242 Mothballing
Ayesha Sarfraz
280 Rerooting Detroit
Matt Slingerland
310 Uncapping the Abandoned Houses
Kahyun Lee
334 Detroit Water System
Lauren Jennifer Barry
354 Urban Shorelines
Sarah Petri
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ReActive Inactive
Incremental Construction
The Fisher Body Plant 21 is located on Pi-
Detroit is jobs-poor. The city has lost hun-
quette and St. Antoine. The Fisher Body
dreds of thousands of jobs over the past
Corporation constructed their signature fac-
decades, and far fewer of its residents
tory, the Albert Kahn-designed Fisher Body
hold jobs, or participate in the labor force,
21, on Piquette Street, in Detroit, in 1919. The
compared to the United States population as
building is now part of the Piquette Avenue
a whole. The single most important economic
Industrial Historic District.
development goal for Detroit should be to fill this “jobs gap.” That means not only cre-
The proposal is to combine the displaced
ating more jobs, but creating the sort of jobs
population with the uninhabited Fisher Body
that Detroit’s residents can access.
Plant. It can be places a place to get connections for employment, receive specialized
A. Episodic Section
job training, be involved in community art
B. Multiples
projects, and volunteer their unused time in a
C. Plans
fulfilling way. Giving people a purpose during
D. Renderings
a troubling time is the best way to revitalize
E. Details
a city.
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Learn forward, Leave behind Detroit has a large skilled labor force who are currently not being used. Their talents can be repurposed to create an authentic use of material and architecture that has been lost in current construction practice. By teaching the hands-on population new or forgotten constrution practices, construction can keep its tactile, detailed nature. Faux materials can be left behind when there is a trained workforce who have the skills to create spaces of value and meaning. There is an endless supply of manual labor in Detroit. Giving the unemployeed a job with a purpose increases their skill set as well as gives the market more skilled labor in the building industry.
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Section of tube system The concept behind the project is to train unem-
classroom and training spaces for future students
ployed persons in construction and deconstruction
as well as areas for events and community activities.
techniques. This is important to the Detroit region
It would serve the building industry as well as the
because there is a wealth of unused spaces and
people doing the work.
materials that need to be demolished and readapt-
In Detroit, there is an endless supply of manual
ed rather than left isolated and abandoned. This
labor and a seemingly endless supply of abandoned
transformation of materials and people’s activity will
materials to reuse and reconfigure. The project
create life in communities.
takes an opportunistic approach with the site. The
The tube becomes something that students learn by constructing, and then leave it behind to become
tube system is built in increments. People make things that continue forward.
07
The tube system creates episodic space. The longer it gets, the more precise it becomes as the skill set increases. The materials would be found, abandoned materials as well as donations and this would create a system that is made with what is available. As they learn, they move ahead and leave behind their work for use. The play of axial movement creates an inhabited space in the stillness of the Fisher Body Plant. Space unfolds as it moves forward.
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Steel Structure Ring Metal Panel
C Channel
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Wood Slats
Chain Link
Glazing Mech. Space W Flange C Channel
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Episodic Section First Floor Scale 1/4” - 1’-0”
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12
Second Floor: Route 1 Scale 1/4” - 1’-0”
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To Route 2: Computer Spine
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Second Floor: Route 1 Scale 1/4” - 1’-0”
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Second Floor: Route 2 Scale 1/4” - 1’-0”
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Second Floor Scale 1/4” - 1’-0”
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Third Floor Scale 1/4” - 1’-0”
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Third Floor Scale 1/4” - 1’-0”
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Third Floor Scale 1/4” - 1’-0”
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Third Floor to Fourth Floor Scale 1/4” - 1’-0”
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Fourth Floor to Fifth Floor Scale 1/4” - 1’-0”
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Fifth Floor Scale 1/4” - 1’-0”
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Fifth Floor Scale 1/4” - 1’-0”
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Fifth Floor to Sixth Floor to Roof Scale 1/4” - 1’-0”
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Episodic Multiples
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First Floor
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Second Floor
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Third Floor
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Fourth Floor
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Fifth Floor
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48
Sixth Floor
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50
Complete Section
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Renderings In order of appearance
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Details
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Fisher Body Plant #21 Reincarnation Jarrett Fishman
Left : Fisher Body # 21, Detroit , once a staple in auto production.
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Fisher Body #21 This auto-manufacturing plant was iconic for
as a Mecca of Detroit tagging. The spaces
its time. In 1919, Albert Kahn used columns
inside encourage a broad spectrum of
to challenge the need to line facades with
activity. The factory is composed mostly of
solid walls, allowing natural lighting within
wide, open, single-story spaces. Its scale
an industrial setting. Like all other Kahn
provides a generous amount of space for
buildings of this time, the factory was
many activities to operate simultaneously.
designed to endure the elements structurally
Fisher Body #21’s variety of distinguished
throughout the years. Fisher Body #21
spaces could make it the most valuable and
served the automotive industry for many
flexible space in Detroit for reincarnation.
years, building car bodies but not the cars
At one point, Fisher #21 had been proposed
themselves. The plant stayed open until the
to be converted into a “data farm.� However,
early 1990s, when it was left to face the same
the proposals were clearly unsuccessful. To
fate as many other auto plants in the Detroit
best understand the scale of this factory,
area. Fisher Body 21 still appeals to many.
we must familiarize ourselves with modern
Beautiful graffiti can be found all throughout
spaces that share the same significance in
the factory, and the plant can be considered
our time as this plant did in its era.
#
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FOOTPRINT SCALE COMPARISONS
Sears Tower
Chicago, Illinois 52,900 sf = (0.458) Fisher Body #21
Second Ebenezer Church Detroit, Michigan 68,940 sf = (0.596) Fisher Body #21
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DPS Book Depository Detroit, Michigan 71,032 sf = (0.614) Fisher Body #21
Empire State Building New York City, New York 80,750 sf = (0.699) Fisher Body #21
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Amazon Shipping
Dallas, Texas 83,300 sf = (0.721) Fisher Body #21
World Trade Center New York City, New York 86,528 sf = (0.749) Fisher Body #21
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The Fisher Building Detroit, Michigan 98,200 sf = (0.849) Fisher Body #21
Fisher Body #21 Detroit, Michigan 115,600 sf
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Cass Technical High School Detroit, Michigan 135,000 sf = (1.168) Fisher Body #21
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Silverdome Field 57,600 sf
Pontiac Silverdome Pontiac, Michigan 432,660 sf = (3.743) Fisher Body #21
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Comerica Field 151,650 sf
Comerica Park
Detroit, Michigan 622,750 sf = (5.387) Fisher Body #21
75
Somerset North 380,380sf
Somerset Mall
Troy, Michigan 653,250 sf = (5.651) Fisher Body #21
Somerset South 272,870sf
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Fairlane Mall
Dearborn, Michigan 893,000 sf = (7.725) Fisher Body #21
77
Cobo Hall
Detroit, Michigan 973,000 sf = (8.417) Fisher Body #21
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IMMEDIATE SUBURBAN CONNECTIONS 1. Birmingham
19. Pontiac
2. Bloomfield Hills
20. Redford
3. Clinton
21. Roseville
4. Dearborn
22. Royal Oak
5. Dearborn Heights
23. Southfield
6. Eastpointe
24. Sterling Heights
7. Farmington Hills
25. Troy
8. Ferndale
26. Warren
9. Garden City
27. West Bloomfield
10. Gross Pointe 11. Hamtramck 12. Hazel Park 13. Highland Park 14. Keego Harbor 15. Livonia 16. Madison Heights 17. Mt. Clemens 18. Oak Park
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Lexington, KY Chicago, IL
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27 1
19
25 22
7 23
27
M-3
M-1
14
M-10
75
2
3 6
12
8
18
94
21
26
16
Knoxville, TN
24
17
Atlanta, GA Macon, GA
1
M-1
20 M-10 15
75
M-8
13
M-3
11
22
7 5 9
4
23
12
Gainesville, FL
10
18
26
16 8
21 Tampa Bay, FL
6
12
Miami, FL
IMMEDIATE SUBURBAN CONNECTIONS 1. Birmingham 20 2. Bloomfield Hills 3. Clinton 15 4. Dearborn 5. Dearborn Heights 6. Eastpointe 7. Farmington Hills 8. Ferndale 9 9. Garden City 10. Gross Pointe
5
11. Hamtramck 12. Hazel Park 13. Highland Park 14. Keego Harbor 15. Livonia 16. Madison Heights 17. Mt. Clemens 18. Oak Park 4 19. Pontiac 20. Redford
13
M-8
21. Roseville11 22. Royal Oak 23. Southfield 24. Sterling Heights 25. Troy 26. Warren 27. West Bloomfield 12
10
N
79
Lexington, KY Bismarck, ND
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Knoxville, TN
75
Fargo, ND
94 Billings, MT
Minneapolis, MN
Atlanta, GA
Flint, MI
Macon, GA
Madison, WI
Kalamazoo, MI
Chicago, IL
Ann Arbor, MI Detroit, MI Toledo, OH
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Gainesville, FL
94
25
14
3
2
17
Lexington, KY
24
27
Tampa Bay, FL
Cincinnati, OH
1
75
M-3
Knoxville, TN
M-1
M-10
Miami, FL
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7
23
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Atlanta, GA Macon, GA
M-8
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21 6
12
8
18
26
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Gainesville, FL
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Tampa Bay, FL 5
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Miami, FL
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Ideally located at the intersection of both I-94 and I-75, Fisher Body #21 can serve as a national attraction, able to gather crowds from the Northwest as well as the furthest Southeastern reach of the United States.
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The athlete Through building an experiential corridor to separate the athlete from their apparent surroundings, an ideal state of mental preparation and endurance is instilled within the athlete. The red corridor that runs through the space sets up a path for the athlete to travel, one to focus on, one to place oneself within the ideal frame of mind before facing their challengers. Here, the arena or workout destination becomes the ultimate place, worth the lengthy path to reach the finish line, the reward at the end of the tunnel.
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Fisher Body #21’s expansive footprint and great size enable stacked activities to occur simultaneously and appropriately.
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The spectator. The casual spectator follows the conventional means of observation, represented here through grouped seating. This spectator supports the athlete in plain sight, visible to facilitate the traditional spectator/ spectacle relationship. This condition is ideal for larger, more regimented activities, yet does not limit the space to function one way or another. In several cases this group of observers can and will also become a spectacle of its own, where the athlete reverses the role and allows the spectator to become the spectacle.
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Reserved and curious, the observer in between. This group of observers sits between the athlete, the spectator, and the athlete above, able to witness all levels of interaction between. From this point, these three degrees of relationship between the spectator and the spectacle are achieved during any level and occupation of activity, maintaining the condition of spectacle throughout any point in the operation of this reincarnated Fisher Body #21.
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When the spectator becomes the spectacle, watching becomes a sport. Situations are created during various activity and spatial occupation that set up a hierarchy of voyeurism. Beyond the base level of observation (bleachers adjacent to the vast open space), are tiered conditions that allow one to experience and through various levels of involvement. In the case on the right, the exposed yet concealed structure system becomes an active and intensive means of observing current spatial occupations. The observer in this case becomes an athlete, reaching their destination of viewing through the same means that the athlete reaches the “field.� However, this athlete remains concealed, removed from the realm of the spectacle, choosing when and when not to be seen.
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But could Fisher 21 ever take this on? Perhaps the plant is destined to stay as it is now, lost, vacant, and abandoned by its people. Maybe. #
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Images have been sourced from various on-line sources, including: 1. http://www.artificialowl.net/ 2. http://www.flickr.com/ 3. http://www.forgottendetroit.com/ 4. http://forgottenmichigan.com/ 5. http://silentbuildings.com/ 6. http://www.sweet-juniper.com/
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The students have attempted to cite sources whenever possible and make no claim of ownership to the visual imagery or statistical data used.
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EMPLOYING BIOMIMICRY IN THE CREATION OF ELECTRICITY AND METHANOL FUEL THROUGH INFRASTRUCTURE ABOVE THE DEPRESSED URBAN HIGHWAY
The following research proposes a new energy infrastructure that harnesses solar energy and produces electricity and methanol fuel. The exploration of various species of plants and the process of photosynthesis, the design project seeks a new output for sustainable energy production and consumption. The depressed urban highway stages the appropriate site for the installation of the energy infrastructure to maximize its efficiency and inhabits a space that is ignored in our present civilization. Support of the energy infrastructure deploys an interconnected network to engage the human and the machine in an informative and instantaneous conversation. The network continually provides real-time information of the current capturing efficiency, production, and user consumption of the energy infrastructure system. The ensuing documentation provides a new approach to the harnessing and production of energy.
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“Biomimicry says: if it can’t be found in nature, there is probably a good reason for its absence. It may have been tried, and long ago edited out of the population. Natural selection is wisdom in action.” 1 jayne benyus
107 Biomimicry (from bios, meaning life, and mimesis, meaning to imitate) is a discipline that studies nature’s best ideas and then imitates these designs and processes to solve human problems.2 Utilizing biomimicry as a device to launch an investigation for studying new ideas of implementing, harvesting, and producing energy by discovering what works in the natural world, and more important, what lasts.3 This research in nature identifies specific species that capture sunlight and produce energy in highly efficient processes. The ability to combine several of these species and mimic their characteristics in nature help analyze the current civilization’s use of energy producing systems and the negative effect they have on the environment. Jayne Benyus, a leading biomimicry scientist, talks about how “in a biomemitic world, we would manufacture the way plants and animals do, using sun and simple compounds to produce totally biodegradable fibers, ceramics, plastics, and chemicals.”4 Employing this approach, the process of photosynthesis presents a simple and effective method of producing energy using three ingredients: water, solar electricity, and carbon dioxide. The individual leaves of the Velvetleaf weed independently track the sun to efficiently collect the maximum amount of solar energy per surface area. The composition of the surface of a Lotus leaf contains microscopic bumps that allows the plant to deploy a method of self cleaning. The exploration of these ideas and how they amalgamate to propose a new structure of energy deployment follows.
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“Since daylight is essential for the process of photosynthesis, every plant must, as far as possible, position its leaves so that each collects its share without interfering with any others the plant may have.� 5 asknature.com
109 Photosynthesis is the process of converting light energy to chemical energy and storing it in the bonds of sugar.6 The most essential process of photosynthesis is daylight, in which every plant must, as far as possible, position its leaves so that each collects its share without interfering with any others the plant may have. This requires the leaves to change posture throughout the day as the sun moves across the sky.7 This natural process that many different species use to create energy should gain more attention in our civilization as a process to create necessary energy. The design proposal utilizes this method to produce energy in different forms for different applications. Without this natural means of manufacturing, the system would rely on conventional processes of production thus ignoring our failures of our current civilization. Mimicking the natural production of photosynthesis using natural ingredients will substantially reduce toxic emissions from the manufacturing process. The design project explores photosynthesis in collaboration with the following mimicry of specific species.
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“Velvetleaf is considered a Diaheliotropic species in which movements maintain leaves more nearly perpendicular to the sun’s rays“ 8 Thomas W. Jurik and William C. Akey
111 The Velvetleaf deploys a phenomenon of heliotropism, or solartracking, that allows the weed to outgrow the soybean plants. Velvetleaf is actually considered a Diaheliotropic species in which movements maintain leaves more nearly perpendicular to the sun’s rays than nontracking leaves. Diaheliotropic leaves can intercept more quanta and have a greater potential daily photosynthetic gain than typical nontracking leaves.9 The leaves work independently from each other, but the indpendency of the leaves actually produces a highly cohesive system that maximizes solar intake. Though the leaves act independently, the system as a whole works as a cohesive unit that captures the maximum amount of sunlight throughout the day. The leaf movements consist of both a rotational movement relative to the long axis of the petiole, the connection from the leaf to the stem, and a change in angle of the blade with respect to the petiole.10 This allows great flexibility for each leaf for optimal gain in solar harvesting. Velvetleaf is also more efficient in terms of photosynthesis per unit leaf weight.11 Incorporating this independent movement of leaves, the proposal reproduces this system and maximizes the solar gain. Without the autonomous behavior of the leaves the system would not harness enough solar energy to provide any benefit over the deployable systems of the current civilization. Mimicking the Velvetleaf allows the proposal design to engage in highly efficient processes of harnessing solar energy in addition to creating separate forms of energy for different user demands.
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“Lotus Leaf dirt particles get in contact with the surface on the peaks of the bumps only. Thereby their adhesion-forces to the surface are minimized and they are washed off by rolling water drops.� 12 asknature.com
The Lotus leaf, typically known as the Lily Pad, utilizes a self cleaning device that allows the plant to stay dirt-free without expending any energy. The leaf surface of Lotus flower, Nelumbo nucifera, contains a double structure that is not smooth. The plant’s cuticle is made up of soluble lipids embedded in a polyester matrix, or wax, but the degree of its water repellency is extreme, referred to as superhydrophobic. Lotus leaves exhibit extensive folding and epicuticular wax crystals that jut out from the plant’s surface, resulting in a roughened microscale surface. As water and air adhere less well than water and solids, roughened surfaces tend to reduce adhesive force on water droplets, as trapped air in the interstitial spaces of the roughened surface result in a reduced liquid-to-solid contact area. Dirt particles on the leaf ’s surface stick to these droplets, both due to natural adhesion between water and solids and because contact with the leaf surface is reduced by over 95% from the leaf ’s micro-topography. The slightest angle in the surface of the leaf, typically caused by a passing breeze, then causes the balls of water to roll off due to gravity, taking the attached dirt particles with them and cleaning the leaf without expending energy.13 The deployment of this process is quite prevelant in today’s manufacturing and can be found in products such as: paints, glass, textiles, and more, that reduce the need for chemical detergents or costly labor in maintainance. However, the solar manufacturing industry has not thought of utilizing the Lotus effect in its products and currently depends on the user to maintain the device. This proposal aims to utilize the Lotus effect to allow the solar capturing structure to maintain self-dependent and self-maintaining actions.
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“We seriously have to consider the implications fossil fuel scarcity holds for the kind of transportation infrastructure we provide.� 14 Chrissna du Plessis
115 The exploration of Methanol as an alternative fuel is now focusing on natural means of production. Through the mimicking of photosynthesis, new research shows that combining water, carbon dioxide, and electricity can create a completely natural product of Methanol. This process is, in effect, a reversal of the direct methanol fuel cell which uses methanol and oxygen to make electricity. In the process of photosynthesis, green plants use the energy of sunlight to split water into free oxygen (which is released) and free hydrogen. Rather than attempt to store the hydrogen, plants immediately capture carbon dioxide from the air to allow the hydrogen to reduce it to storable fuels such as hydrocarbons (plant oils and terpenes) and polyalcohols (glycerol, sugars and starches). In the methanol economy, any process which similarly produces free hydrogen, proposes to immediately use it “captively� to reduce carbon dioxide into methanol, which, like plant products from photosynthesis, has great advantages in storage and transport.15 Deployment and use of this new natural Methanol allows today’s internal combustion engines to run, but also enables future technology like fuel cells to harness this fuel because the product is a liquid which is easy to store and distribute. One of the many benefits of Methanol is that it contains no aromatic compounds and therefore produces no benzene emissions.16
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STEEL TUBE STRUCTURE THAT HOUSES WIRING FOR THE TRANSFER OF HARVESTED ENERGY
CUSTOM MALE AND FEMALE CONNECTIONS
SELF-DEPENDENT SOLAR MATERIAL
STRUCTURAL FRAME FOR SOLAR DEVICE
PROPOSED SOLAR TRACKING SYSTEM This modular unit utilizes the Velvetleaf ’s approach to harvesting energy through the creation of a single device that independently seeks to maximize solar capturing per surface area. The device mimics the diaheliotropic movement of the Velvetleaf ’s single leaves and when multiple units are combined the system evolves into a complex cohesive system that utilizes the power of the sun and uses the energy to create methanol. The solar material also proposes to mimic the architectural makeup of the Lotus leaf with its super hydrophobic surface that consistently allows the leaf ’s to self clean. Employing this strategy allows the material and device to remain self dependent and minimizes the necessary maintenance of a human beneficiary.
VEMENT THROUGHOUT THE AR MO DAY SOL
SOLAR ENERGY
PROPOSED RESEARCH DESIGN PRODUCTION STRUCTURE SOLAR MATERIAL
INDEPENDENT SELF TRACKING SOLAR DEVICES
ELECTRICITY METHANOL
CARBON DIOXIDE WATER
MIMICKED PHOTOSYNTHESIS DIAGRAM
MIMICKED DIAHELIOTROPIC DIAGRAM
INDIVIDUAL HEX MODULAR UNIT (SEE RIGHT)
10:00
12:00
PROPOSED SOLAR TRACKING DIAGRAM
THIS ALLOWS THE INDIVIDUAL UNIT TO MAXIMIZE IT’S SOLAR INTAKE WHICH ALLOWS THE SYSTEM TO HARVEST ITS MAXIMUM AMOUNT OF SOLAR ENERGY PER SURFACE AREA.
08:00
14:00 INDIVIDUAL UNIT TRACKS THE SUN THROUGHOUT THE DAY REMAINING AT A PERPENDICULAR ANGLE TO THE SUN AT ALL TIME.
16:00
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DETROIT, MI SOLAR PATH PROJECTIONS 17
“…our transition to sustainability must be a deliberate choice to leave the linear surge of an extractive economy and enter a circulating, renewable one.” 18
Jayne Benyus
“…our transition to sustainability must be a deliberate choice to leave the linear surge of an extractive economy and enter a circulating, renewable one.” 22
Jayne Benyus
DEPRESSED URBAN FREEWAY CONDITION: DEMONSTRATES A POINT OF INTEREST FOR THE PROPOSAL SITE USED FOR PROPOSAL 119
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airspace for energy infrastructure
121 Detroit, Michigan. In the early 1950’s Detroit was the center for the automotive boom and the infrastructure to handle this influx in automobiles was lagging behind. However, the invention and installation of the depressed urban highway in the 1950’s in the metro area pioneered the way for automotive infrastructure for the entire nation. This system accommodated the progressing number of automobiles with great efficiency, but it also created a zone of empty and unoccupied space that currently consists of pedestrian bridges, automotive bridges, and road signage. Occupying this space with a structural system solely dedicated to harnessing the unlimited supply of solar energy and producing clean and natural fuel vastly improves the efficiency of the automobile on the urban highway.
image 9
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airspace for energy infrastructure
image 10
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“in nature there is no waste and no borders, just nested systems where each part of the system supports the existence of another part.� 19 Chrissna du Plessis
The following design proposal utilizes the previously mentioned modular unit to create an energy structure in the unoccupied space above the depressed urban highway in Detroit, Michigan. The proposal, the Harvest Refueling Station, redefines the refueling process as purely an activity and omits the conveinence of the current fueling experience. The station provides clean, efficient, cheap fuel that is manufactured purely from water, solar energy, and carbon dioxide that benefits both the user and the environment. The system is designed to adapt to future technologies or uses, but is intended to provide alternative fuel promoting sustianability.
The following series of images demonstrates the consumer’s path of approach to a Harvest Refueling Station.
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“it is the fittest who survive, not necessarily the strongest; to be the fittest, you have to adapt, or you will die� 20 Chrissna du Plessis
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“If we agree to follow this ethical path, the question becomes: how do we judge the “rightness” of our innovations? How do we make sure that they are lifepromoting? The best way to scrutinize our innovations is to compare them to what has come before. Does this strategy or design have precedence in nature? Has something like it been time-tested long enough to wear a seal of approval?” 21 Jayne Benyus
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Providing an outlet of inter-connectedness, the Harvest Refueling Station enables the user to remain connected to the machine at all times and instantaneously. This wireless database provides specific information to the user that informs them of current production per refueling station and also constantly tracks the consumer’s personal statistics per use of the system. The wireless database also assists the mobile consumer in determining which refueling station has the greatest capacity at the current time as well as the fastest consumer refueling times. Overall, this proposal seeks an alternative process to the creation and delivery of a purely sustainable fuel. The Harvest Refueling System provides an interconnected database that continually connects the consumer with the refueling system providing real time updates across multiple wireless mediums. The goal of the system is to not only provide an efficient model of refueling but also to allow the consumer to constantly connect to the system for information.
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“Biomimicr y Guild - Conversation with Janine Benyus.” Biomimicr y Guild - Innovation Consultancy for BioInspired Design. Web. 19 Apr. 2010. <http://w w w. biomimicr yguild.com/janineinter view.html>. “Biomimicr y Guild - Conversation with Janine Benyus.” Biomimicr y Guild - Innovation Consultancy for BioInspired Design. Web. 19 Apr. 2010. <http://w w w. biomimicr yguild.com/janineinter view.html>. Benyus, Jayne. “Biomimicr y Guild - Chapter 1 Biomimicr y : Innovation Inspired by Nature.” Biomimicr y Guild - Innovation Consultancy for Bio-Inspired Design. Web. 19 Apr. 2010. <http://w w w.biomimicr yguild.com/ janinefirstchap.html>. “Quote of the Day : Janine Benyus on Biomimicr y.” TreeHugger. Web. 19 Apr. 2010. <http://w w w.treehugger. com/files/2007/10/janine_benyus.php>. “Leaves Maximize Sun Exposure: Plant s - Ask Nature - the Biomimicr y Design Por tal: Biomimetics, Architecture, Biology, Innovation Inspired by Nature, Industrial Design.” Web. 19 Apr. 2010. <http://w w w.asknature.org/ strategy/48ca5bafeeb8e8e88f2a55a09d49eedd>. “Photosynthesis.” Other Information. Web. 19 Apr. 2010. <http://biology.clc.uc.edu/Courses/Bio104/photosyn. htm>. Jurik , Thomas W., and William C. Akey. “Solar-tracking Leaf Movement s in Velvetleaf (Abutilon Theophrasti).” Plant Ecology 112.2 (1994): 93-99. SpringerLink . Springer Netherlands. Web. 19 Apr. 2010. <http://w w w. springerlink .com/content/n7108t408n466003/fulltext . pdf>. Jurik , Thomas W., and William C. Akey. “Solar-tracking Leaf Movement s in Velvetleaf (Abutilon Theophrasti).” Plant Ecology 112.2 (1994): 93-99. SpringerLink . Springer Netherlands. Web. 19 Apr. 2010. <http://w w w. springerlink .com/content/n7108t408n466003/fulltext . pdf>. Jurik , Thomas W., and William C. Akey. “Solar-tracking Leaf Movement s in Velvetleaf (Abutilon Theophrasti).” Plant Ecology 112.2 (1994): 93-99. SpringerLink . Springer Netherlands. Web. 19 Apr. 2010. <http://w w w. springerlink .com/content/n7108t408n466003/fulltext .
10.
11.
12.
13.
14.
15.
16.
17.
18.
pdf>. Jurik , Thomas W., and William C. Akey. “Solar-tracking Leaf Movement s in Velvetleaf (Abutilon Theophrasti).” Plant Ecology 112.2 (1994): 93-99. SpringerLink . Springer Netherlands. Web. 19 Apr. 2010. <http://w w w. springerlink .com/content/n7108t408n466003/fulltext . pdf>. Jurik , Thomas W., and William C. Akey. “Solar-tracking Leaf Movement s in Velvetleaf (Abutilon Theophrasti).” Plant Ecology 112.2 (1994): 93-99. SpringerLink . Springer Netherlands. Web. 19 Apr. 2010. <http://w w w. springerlink .com/content/n7108t408n466003/fulltext . pdf>.. “Hydrophobic Surface Allows Self-cleaning: Sacred Lotus - Ask Nature - the Biomimicr y Design Por tal: Biomimetics, Architecture, Biology, Innovation Inspired by Nature, Industrial Design.” Web. 19 Apr. 2010. <http:// w w w.asknature.org/strategy/714e970954253ace485abf1c ee376ad8>. “Hydrophobic Surface Allows Self-cleaning: Sacred Lotus - Ask Nature - the Biomimicr y Design Por tal: Biomimetics, Architecture, Biology, Innovation Inspired by Nature, Industrial Design.” Web. 19 Apr. 2010. <http:// w w w.asknature.org/strategy/714e970954253ace485abf1c ee376ad8>. Christina du Plessis, “Boiling Frogs, Sinking Ships, Bursting Dykes and the End of the World as We Know It ,” International Electronic Journal of Construction, Special Issue on Sustainable Construction, 14 May 2003, online at http://w w w.bcn.ufl.edu/ Moore, Bill. “EV WORLD: Beyond Oil and Gas -- The Methanol Economy -- Par t 2.” Web. 19 Apr. 2010. <http:// w w w.ev world.com/ar ticle.cfm?stor yid=1049>. “Exhaustion: A Guide to Transpor tation Emissions Methanol.” UCSD CENG 176. Web. 19 Apr. 2010. <http:// chemelab.ucsd.edu/methanol/memos/methanol.html>. “Sun-Path Diagram Projection Methods | Performative Design | Dr. Andrew Marsh. Web. 18 April 2010. <http:// andrewmarsh.com/script s/educational/sun-pathdiagram-projection-methods>. Benyus, Janine M. Biomimicr y : Innovation Inspired by
19.
20.
21.
Nature. New York: Quill, 1998. Print . Christina du Plessis, “Boiling Frogs, Sinking Ships, Bursting Dykes and the End of the World as We Know It ,” International Electronic Journal of Construction, Special Issue on Sustainable Construction, 14 May 2003, online at http://w w w.bcn.ufl.edu/ Christina du Plessis, “Boiling Frogs, Sinking Ships, Bursting Dykes and the End of the World as We Know It ,” International Electronic Journal of Construction, Special Issue on Sustainable Construction, 14 May 2003, online at http://w w w.bcn.ufl.edu/ Benyus, Janine M. Biomimicr y : Innovation Inspired by Nature. New York: Quill, 1998. Print .
images: (pages) 4,5. Photograph. “Mussels And Barnacles.” John Har vey Photo. Web. 19 Apr. 2010. <http://w w w.johnhar veyphoto.com/ BotanicalBeach/MusselsAndBarnacles.html>. 6,7. “File:Starr 060922-9192 Kokia Cookei.jpg - Wikimedia Commons.” Main Page - Wikimedia Commons. Web. 19 Apr. 2010. <http://commons.wikimedia.org/wiki/ File:Starr_060922-9192_Kokia_cookei.jpg>. 8,9. Photograph. Weeds of Oregon. Web. 19 Apr. 2010. <http:// markandbarbshepard.net/WeedsOfOregon/Plant s.htm>. 10,11. Photograph. “Lotus Leaf and Drop Pictures from Flowers Photos on Webshot s.” Home & Garden Photos and Pictures on Webshot s. Web. 19 Apr. 2010. <http:// home-and-garden.webshot s.com/photo/1072291448036 605210qwzGXj>. 12,13. Photograph. “Leaf Structure 2 Vista Wallpaper | Plant s Vista Wallpapers.” Free Windows Vista ® Wallpaper for Windows Vista, Windows XP and More! Web. 19 Apr. 2010. <http://w w w.new vistawallpaper.com/plant s-wallpapers/ leaf-structure-2.html>. 18,19. Photograph. “Michigan @ AARoads - Interstate 96.” Calendar. Web. 19 Apr. 2010. <http://w w w.aaroads.com/ midwest/i-096_mi.html>. 20,21. Photograph. “Michigan @ AARoads - Interstate 96.” Calendar. Web. 19 Apr. 2010. <http://w w w.aaroads.com/ midwest/i-096_mi.html>.
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135
Situating the Brand Detroitâ&#x20AC;&#x2122;s Start-Ups as Interactive Network. Alivia Stalnaker
136
Networked system of micro-foundations
Business as microfoundation
Business as community engagement Business as steward Business at start-up
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Business as Community Trans-disciplinary Model + Atmosphere
Working at the micro-scale of the city,
This framework, embedded gradually in
the start-up matrix shifts away from the
various Detroit neighborhoods, acts as a
historically-perceived business model of
way to build up the quality of life business
entrepreneur to mogul (to repercussion/
and community together through active
image-driven foundation). Instead, it
interaction, rather than as passively separate
prototypes a series of interconnected
and disconnected entities, and prompts the
networks of newly-developed businesses
development of a micro-foundation. Here,
as a collaborative initiative/brand for both
a platform is created to merge the skills of
the city and the entrepreneurs involved.
new graduates with skilled tradesman.
138
Start-Up Matrix
SCIENCE > ADVERTISING > RETAIL > SERVICE > FINANCIAL SERVICE > CIVIL > CONSTRUCTION > CREATIVE > HEALTH CARE HEALTH CARE > TECHNOLOGY > FINANCIAL > TRAVEL > RECREATION FOOD > PLANT/AGRICULTURE > SCIENCE > MEDIA/PUBLISHING > CREATIVE RETAIL > PLANT/AGRICULTURE > SCIENCE > CREATIVE > CIVIL Books > _____ > Chemist > Graphic Designer > Law yer _____ > _____ > Microbiologist > Photographer > Environmental Attorney _____ > Hor ticulture > Biologist > Landscape Architect > _____ _____ > Interior Designer > _____ > _____ > _____ Clothing > Florist > _____ > Sculptor > _____ Antiques > Landscaping > _____ > Industrial Designer > _____ Musical Instrument s > Tree Trimming > _____ > Cinematographer > _____ ENTERTAINMENT > FOOD > SERVICE > PLANT/AGRICULTURE > TECHNOLOGY MANUFACTURING > CREATIVE > TECHNOLOGY > RECREATION > ADVERTISING PERSONAL CARE > SERVICE > CIVIL > MEDIA/PUBLISHING > CONSTRUCTION CREATIVE > CONSTRUCTION > SERVICE > MEDIA/PUBLISHING > MANUFACTURING Architect > Mason > _____ > Freelance Writer > Fabric Distributor Industrial Designer > Sur veyor > _____ > Publisher > _____ Web Designer > Developer > _____ > Copy writer > _____ > Graphic Designer > Title Contractor > _____ > Literar y Agent > _____ Illustrator > Welder > ___ > Transcript Ser vices > Tone Car tridge Recycling Photographer > _____ > _____ > Proofreader > ______ Furniture Builder > Demolition Ser vices > _____ > Printer > TECHNOLOGY > ADVERTISING > SCIENCE > TRAVEL > FINANCIAL FOOD > TECHNOLOGY > RETAIL > RECREATION > MEDIA/PUBLISHING CIVIL > MEDIA/PUBLISHING > HEALTH CARE > SERVICE > PLANT/AGRICULTURE PERSONAL CARE > CIVIL > PLANT/AGRICULTURE > SERVICE > TECHNOLOGY HEALTH CARE > ENTERTAINMENT > CREATIVE > MANUFACTURING > RETAIL
Wo
Eastern Market
od wa
139
rd Av e . Ford Field Commeric a Park
Dequindr e Cut Greenway
Jef
f
o er s
nA
ve.
Fox Theatre A
Detroit Opera House
Greektow n
B
MGM Grand
Campus Mar tius
Michigan Ave.
Riverfron t Walkway Riverfron t Conser vancy
Cobo Hall
Joe Louis Arena
Har t Plaza
Cobo Arena
Windsor, Ontario Canada
0 mi.
1/4 mi.
x
Primar y Locations
1/2 mi. Other Potential Locations
1 mi.
N
140
Alternative Downtown
Alternative Downtown
Location [Shelby Street
Location [Bagley Street
and State Street] 3
and Park Avenue] 4
141
Alternative East Riverfront Location
Alternative East Riverfront
[Franklin Street between Orleans
Location [Franklin Street
Street and St . Aublin Street] 5
and St . Aublin Street] 6
142
A7
B8
143 Downtown Location 9,10,11 Located in Grand Circus Park with close proximity to Woodward Avenue Facade preser vation with steel structure Open site behind existing facade [Exterior project and potential community project]
East Riverfront Location 12,13 Close proximity to Riverfront development and Dequindre Cut Greenway Surrounding site potential for community project s Multiple access point s Natural light at perimeter Possible high-bay space Interior work with potential for exterior inter vention
144 Start-Up Matrix Model A 58 W. Adams Street, Detroit, MI 48226 CREATIVE > Group Workspace > Pin-up Space > Material Storage > Resource Library CONSTRUCTION > Individual Workspace > Resource Library SERVICE > Individual Workspace > Resource Library MEDIA/PUBLISHING > Group Workspace > Pin-up Space > Material Storage > Resource Library MANUFACTURING > Group Workspace > Individual Workspace > Resource Library COLLECTIVE > Copy/fax Station > Cafe Space (Meeting) > Restrooms > Mechanical > Conference > Think Tank > Transient Worker Stations > Prototyping Space
* Underlined spaces as oppor tunity for blurred moment s (or element as connective tissue).
conference
Group workSpace
Ind. work pin-up space
communal terrace/ event space
Workspace
Ind. work
material storage
Ind. work
transient worker stations
cafe
communal terrace/event space
vertical circulation
[ ]
145
[ ] think tank
RESOURCE LIBRARY RESOURCE LIBRARY RESOURCE LIBRARY RESOURCE LIBRARY RESOURCE LIBRARY [ ]
[ prototyping space ] WORKSPACE ind. work
ind. work ind. work
pin-up space
material storage material storage
WORKSPACE Typical Longitudinal Section Scale: 1/16” = 1’-0”
146 Start-Up Matrix Model B 1490 Franklin Street, Detroit, MI 48207 RETAIL > Retail Space > Stock Room > Individual Workspace > (Entrance) PLANT/AGRICULTURE > Individual Workspace > Resource Library > Exterior/Interior “Green” Lab SCIENCE > Laboratory > Material/Chemical Storage > Resource Library > Individual Workspace CREATIVE > Group Workspace > Pin-up Space > Material Storage > Resource Library CIVIL > Individual Workspace > Resource Library COLLECTIVE > Copy/fax Station > Cafe Space (Meeting) > Restrooms > Mechanical > Conference > Think Tank > Transient Worker Stations > Prototyping Space
* Underlined spaces as oppor tunity for blurred moment s (or element as connective tissue).
147
communal terrace/event space Resource Library Resource Library Resource Library Resource Library
vertical circulation
conference [ ] ind. work transient worker stations
Exterior “green lab”
think ind. work tank
interior “green lab”
[ prototyping space ] cafe [ ] Laboratory Workspace> <RETAIL SPACE pin-up space
group workspace ind. work
transient worker stations
ind. work
material storage
Typical Longitudinal Section Scale: 1/16” = 1’-0”
[B]
148 [Dark Room]
Fir st Floor Plan Scale: 3/64” = 1’-0” + 3’-6”
[Loading Dock]
[Storage]
DOWN
[Resources]
UP
[A]
+6’-6”
[Storage]
[Copy Station]
[Storage]
N
149
1490 Franklin Street Typology: Warehouse [Three Floors]
In prototyping networked-situations within
activity is categorized rather than
the businesses incubator, collaborative
prescribed territories per start-up “unit;”
[or hinge] spaces operate to connect
office hierarchy, often established by
workspaces both visually and physically. Here,
enclosed offices, is blurred as individuals
conventional parameters of circulation are
disperse within this environment. Lines
extracted and programmatically expanded,
between private and public space also
segueing into alternative modes of navigation.
become skewed as the facility avails itself
Screening and reveals become contributors
for public events and workshops—initiating
to the performance as well. With the
an interactive scene for the community and
fluctuation of occupants, the type of work
its entrepreneur.
[B]
150 [Open to Below]
Second Floor Plan Scale: 3/64” = 1’-0” Right :
-2’-0”
Third Floor Plan Scale: 3/64” = 1’-0” DOWN
[Laborator y]
[Resources]
UP
[A] [Open to Below]
[Cafe]
[B]
151
[Conference Room]
[Think Tank]
[Open to Below]
[A] [Open to Below] [Think Tank]
[Copy Station]
N
152
Longitudinal Section [A] Scale: 1/8” = 1’-0”
153
[Conference Room]
[Think Tank]
Large Group
Medium Group
Small Group
Individual
154
[Pin-up Space]
[Conference Room]
[Think Tank]
[Laborator y]
Transver se Section [B] Scale: 1/8” = 1’-0”
155
Large Group
Medium Group
Small Group
Individual
156
[Retail]
Primar y Entrance at Riopelle Street Visible Activity at Entrance Sequence
157
[Mezzanine]
[Creative Workspace]
158
Expanded Program at Primar y Ver tical Circulation Visible Activity at Ver tical Circulation Sequence
159
160 1.
Occupation Stick Figure Icons. Photograph. IStockphoto. 19 Feb. 2008. Web. 15 Feb. 2010. <http://w w w.istockphoto.com/stock-illustration5409114-occupation-stick-figure-icons.php>.
2.
Occupation Stick Figure Icons. Photograph. IStockphoto. 25 Apr. 2008. Web. 15 Feb. 2010. <http://w w w.istockphoto.com/file_closeup/ illustrations-vectors/vector-icons/5964633occupation-stick-figures.php?id=5964633>.
3.
Shelby Street and State Street , Detroit , MI.Personal photograph by author. 2010.
4.
Bagley Street and Park Avenue, Detroit , MI.Personal photograph by author. 2010.
5.
Franklin Street between Orleans Street and St . Aublin Street , Detroit , MI.Personal photograph by author. 2010.
6.
Franklin Street and St . Aublin Street , Detroit , MI.Personal photograph by author. 2010.
7.
Map. Google Maps. Web. 1 Apr. 2010. <http:// maps.google.com/maps?hl=en&q=58+w.+adams+ street+detroit&um=1&ie=UTF-8&hq=&hnear=58+ W+Adams+St ,+Detroit ,+MI+48226&gl=us&ei=zv7a S92NOI7q9gS52-FM&sa=X&oi=geocode_result&ct =image&resnum=1&ved=0CAgQ8gEwAA>.
8.
Map. Google Maps. Web. 1 Apr. 2010. <http:// maps.google.com/maps?hl=en&q=58+w.+adams+ street+detroit&um=1&ie=UTF-8&hq=&hnear=58+ W+Adams+St ,+Detroit ,+MI+48226&gl=us&ei=zv7a S92NOI7q9gS52-FM&sa=X&oi=geocode_result&ct =image&resnum=1&ved=0CAgQ8gEwAA>.
9.
Lot , 58 W. Adams Street Detroit , MI. Personal photograph by author. 2010.
10. Facade Detail, 58 W. Adams Street Detroit , MI. Personal photograph by author. 2010.
11. Front Facade, 58 W. Adams Street Detroit , MI. Personal photograph by author. 2010. 12. Franklin Facade, 1490 Franklin Street Detroit , MI. Personal photograph by author. 2010. 13. Loading dock , 1490 Franklin Street Detroit , MI. Personal photograph by author. 2010.
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Massive Color A saturation proposal for the shrinking city. Dorothy Schwankl
164 Using an established indicator of intervention, the “fresh paint”
Through a series of interventions that take on multiple scales, the
sign is an signal of investment in the maintenance of the surface.
productivity of this landscape is forefronted.
Whether this undertaken by a government institution, a community
There is no singular object, no singular author, no singular scale, no singular surface, and no prescribed plan of the result.
organization, an elementary school class, a graffiti artist, or an individual homeowner; the effect is still the same. The color shows that the surface has worth—that the landscape is still productive. The value of color over whiteness has been debated in architectural discourse such that the use of surface color has been criticized. Potentially distracting from the form, spatial experience, or material palette of the building for new structures, in the landscape of Hamtramck, this distraction is warranted. In a landscape that is increasingly gray, bleak, and blank; color is necessary. There is an
Rather there is a proposed network of how this idea could overlay with
attachment to color in this place: Henry Ford’s “any color...so long
the existing urban fabric. It questions the treatment of all surfaces:
as it is black” decree, state-of-the-art paint robots filled the new GM
infrastructural objects, built form, and even deeper surfaces like the
Assembly Plant in the 1980s, and lately the removal of abandoned
ground. The tagging of these surfaces is meant to act as a catalyst.
structures from these blocks leaves the neighborhood increasingly empty and gray. The shrinking population of this neighborhood leaves the surface landscape even bleaker as more houses are abandoned, burned, and demolished.
165
â&#x20AC;&#x153;Color becomes weight, matter, and substance.â&#x20AC;? -Alessandro Mendini Colours (2001)
166
Color Medley While there would be a color prescribed for each year based on the Pantone predictions, the overall palette of the neighborhood would contain a variety of tones. Standard greens remain constant from year to year, but the remainder of the palette is a variable entity. Fading with time, the painted surfaces are not static, but rather are subject to weathering, vandalism, and chromatic changes. The decision of when to re-paint a surface is made by the individual and might be effected by chosen hue. Also, the surface might not be repainted the same color.
What visual landscape arises when all surface colors are called into question? What palette develops when saturated color is encouraged, but not controlled?
167
Time Lapse Saturation
Initial high-density
In this simulation, black represents
development and
value placed in the built environment by
investment
conventional means. The de-valuing of the neighborhood, which corresponded with the movement to the suburbs and increased with the detachment of this neighborhood from the residential area south of the GM Plant, is represented with the fading to gray. White, or blank, lots are representative of the emptiness. Shades of green are used to show the potential strata of my proposed interventions. While some greens fade, get replaced, or disappear completely; others inspire the painting of other surfaces
The city takes
â&#x20AC;&#x153;Massive Colorâ&#x20AC;? proposal
responsibility to
simulation begins
demolish abandoned structures
and ultimately a re-investment in this neighborhood. Since these interventions cannot be controlled by a single entity, there is a great variety in the hues deployed.
Other color s are introduced by individuals
169
Surface
Tagging, marking, owning.
In terms of owning a vertical plane, there are multiple ways in which the surface can be appropriated. In this landscape of decreased density, the ownership of surface is dominated by taggers. Not works of art, but really just cursory defacement of property, these tags claim surfaces in the most primitive way. While there are other ways of owning surfaces, like painting entire fences or porches bright blue, the active occupants dictate what form takes over. Right : Existing blue painted fence (with desaturation exaggerated), Danfor th Street , Hamtramck . Below: Existing tagging, Hamtramck .
171
Surface Breakdown In the existing landscape of this Hamtramck neighborhood, insertions of vibrant color already exist. With the church pictured, the painted foundation and window frames transform a typical house into an intentional spectacleâ&#x20AC;&#x201D;a destination. This condition can be distilled to a representation where the background fades to gray. Fading further, the context disappears such that only the red painted surfaces are visible. Taken one step further, the planes that these surfaces define are illustrated. This phenomenon of defining planes through painting frames can be taken on more directly by painting entire planes. When surface becomes spectacle, rather than object, what spatial network is created? Rather than defining ownership through land plots that extrude up from the horizontal plane, what landscape is created when vertical planes are occupied? What network of planes is woven through the fabric of the neighborhood? Breaking free from the confines of the ground plane and conventional means of tagging,
how can surfaces have agency?
Above: Existing church on Grayling Street , Hamtramck .
173
The Revolving Wall While graffiti artists capitalize on continuous surfaces to present their work, the subversion of a seemingly continuous plane creates a vertical landscape that incorporates the color-coded interventions with the local tagging. By scrambling the tagging when the panels are rotated independently, the tags become fragmented. Their message is undermined by this process. The resulting surface is a constantly evolving object that is both of the neighborhood, of the new building, and of something else entirely that is the conglomeration of elements.
175
176
the acceptor
the traditionalist
the subtle individualist
leaves the fence as-is
replaces all the fenceposts
paints one fencepost magenta
177
the purist
the neutralist
the artist
paints all the fenceposts white
paints all the fenceposts â&#x20AC;&#x153;macadamia nutâ&#x20AC;? to
paints the fenceposts in a variety of colors
match the garage door
that are this yearâ&#x20AC;&#x2122;s Pantone favorites
Program Functioning as some sort of perpendicular alley, the residential street grid is subverted as a means of reclaiming the empty spaces. Not as a comment about the abandonment of the city, but as a purposeful tool to capitalize on the new connections/paths created in opposition to the unforgiving paved street grid. The program that inhabits these spaces functions much like a shotgun-style house. In order to connect between two streets within the existing fabric the forms are elongated. Entering on one street and exiting on another creates traffic flows that upset the rhythm of the existing one-way streets.
Left : Shotgun-style house plan. Right : View through the gap between houses to the next block , Goodson Street , Hamtramck .
179
Ecology The ground plane in this neighborhood is being emptied as condemned buildings are demolished by the city and the scrubby grass is being mowed by the city. Instead of the ground fading to white, these deep surfaces could be used productively. Left unattended these spaces would eventually become overrun by invasive species. Instead of proposing a â&#x20AC;&#x153;World Without Usâ&#x20AC;? style approach, these interventions would involved simple moves that increase the biodiversity, oxygen production, and groundwater retention in the area. By removing a curb to allow a low area to become a wetland from street runoff or planting a line of trees, simple gestures make the ground a productive surface. While not directly related to the proclamation of a adding pigment to show productivity, the plants themselves take on this role. The plants themselves become a recognizable part of the network of intervention through their alignment within the system.
181
w o fl
r
te fil
r e p
m
t ea
e
Infrastructure To show government investment in the neighborhood (beyond the clearing of abandoned houses) any new infrastructure is painted to highlight its appearance. Typically unnoticed, the systems in place to support the urban fabric represent their own complex network of maintenance, replacement, and efficiency. By saturating this network with color, the government agencies have agency in the neighborhood.
â&#x20AC;&#x153;Most of the time, we live our lives within these invisible systems, blissfully unaware of the artificial life, the intensely designed infrastructures that support them.â&#x20AC;? -Bruce Mau Massive Change (2004)
183
Affect & The Grotesque Instead of considering the existing landscape the grotesque, these interventions propose that through their saturation that they are in fact the grotesque. Potentially fantastically ugly, absurd, or of incongruous combinations the additions of color to the surface of the neighborhood build up affect that is intentionally jarring. The area has been subjected to all sorts of industrially grotesque practices over the yearsâ&#x20AC;&#x201D;massive scale changes to the landscape in the name of progress. As the automotive industry moves elsewhere, the new grotesque is massive and colorful.
1910 1955 The Dodge Main Plant opens in Hamtramck .
The Dodge 1955 models at the peak
of the plantâ&#x20AC;&#x2122;s lifespan in Hamtramck .
1981
The Dodge Main Plant is demolished.
185
1985 Through controver sial eminent
domain practices, a GM Plant is opened on the expanded Dodge Main site which includes surrounding neighborhood. The new plant is equipped with state-of-the-ar t technology, including paint robot s, which reduce the anticipated number of employees.
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p
ku c i p
enber t s li jab int pa lor co
aw
dr
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a sh
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il bu
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pil
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st a
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pla
y cr n h ru laug l l ye
ff o p
am
re
sc
dr
o
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dr
le
ng mi
e n i h
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it hib
ex
s
y r d
b
ru c s ax w e
r
e ins
s
rin
suhb a w r
sc aminse fo rter ak t so i m epr rn
tu
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Unit Tectonic Studies
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The Grande Ballroom 8952 Grand River Anvenue
8:00am
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8:18am
9:10am
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1:33pm
8:47pm
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10:32pm
6:06am
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7:32am
8:05am
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United Artists Theatre 118 Monroe Street
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7:59am
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11:31am
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2:45pm
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4:37pm
227
8:03pm
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2:21am
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Vanity Ballroom Theatre 1024 New Port Street
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8:07am
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10:53am
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MOTHBALLING Detroit’s somewhat stagnant condition gets aggravated by the number of empty structures scattered throughout the city. By examining examples from local projects like the Ice House and Object Orange and other projects such as ‘Hidden City’ in Philadelphia and Christo’s wrapped Reichstag in Germany - ‘Mothballing’ the city’s abandoned structures is a strategy to gain attention of citizens, planners and local government to either re-occupy those spaces or tear them down if the building’s condition requires it to do so. On another level, ‘Mothballing’ a structure actually allows the structure to become physically mothballed and sealed so that the building’s condition gets frozen in time not permitting it to decay any further. The second phase of the project is about inspecting the building. The ‘Moth’ that settles on top of the ‘mothballed’ structures introduces a microclimate in the building by controlling the temperature, keeping a check on humidity levels and by allowing hygiene injection to take place. This will make the building more accessible and become temporarily occuppied becoming a testing ground - to determine whether the particular structure can eventually become permanently occuppied or whether the structural condition of it will require it to be torn down. The ‘Moth’ settled on top becomes an indicator of attracting its audience within and through the building. In the third and final phase of the project, the ‘Moth’ is allowed to fly off and independently settle itself in various urban conditions, letting itself become a more accessible and spontaneous part of the city. The building it leaves either gets successfully re-occuppied or torn down.
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48 Vacant Buildings in Downtown Detroit 245
Former MGM Casino Bagley Service Centre Loyal Order of Moose Lodge Grand Army of the Republic Building Detroit Free Press Building United Artist Building Detroit Life Building Blenheim Building 2110 Park 2030 Park Detroit Park Avenue Building AAA Michigan David Whitney Building 1515 Woodward 1505 Woodward 1459 Woodward 1413 Woodward 1414 Woodward 1415 Woodward Elliot Building Krege Building 1200 Woodward Block 62 State Street 30 Clifford
124 Grand River Farwell Building Book Building Lafayette Building 1133 Griswold Peopleâ&#x20AC;&#x2122;s Bank Building 735 Griswold Federal Reserve Bank of Chicago 501 Woodward Layne Bryant Arts League of Michigan 1500 Woodward 1412 Woodward 1420 Woodward Metropolitan Building 1301 Broadway Dell Pryor Galleries Wurlitzer Building 1214 Randolph National Theater 139 Cadillac Square 600 Woodward Ford Auditorium 1120 Griswold
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Phase I : Moth-balling
Farwell Building, 1915 1249 Griswold Street, Detroit, MI
Farwell Building, 2010
Farwell Building, 1936
Farwell Building, 1924
Interior View, 2009
Interior View, 2009
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250 2000’
15’
35’
35’
35’
35’
10’
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10’
10’
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800’
10’
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section 001
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Phase II : The Mothâ&#x20AC;&#x2122;s Landing
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2000’
15’
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10’
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10’
800’
10’
10’
10’
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section 002
35’
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*LED Leaf Detail 256
green transcluscent plastic box LED (RGB)
photovoltaic panel
transparent glass
cable enter (gland)
dimmer
photovoltaic plate
detail
CPU
battery wire mesh
cable exit structural silicone gasket
battery 12 x 0.5 V
interruptor
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light sensor
Hotel Habitat - Enric Ruiz Geli (Cloud 9)
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temperature control
hygiene injection
humidity check
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Phase III: The Moth Away
261 2000’
15’
10’
10’
10’
10’
800’
10’
10’
10’
10’
15’
35’
35’
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building
moth-balled
the moth
fully occupied
Sectional Moths 268
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REROOTING DETROIT
This is a proposal for a ribbon farm in the Dequindre Cut. The Cut, a 2 mile
void, 25 feet below grade, remains a latent organ of the city. By extending the Eastern Market south through the cut and injecting the cut with specific programs, the Dequindre Cut becomes a vital part of Detroit, demanding attention.
The ribbon farm becomes a productive spectacle that extends the length of
the cut. Complimenting the other programs of the cut, the ribbon farm is at times suppressed into a single bed of shared soil, while at other times the farm flares out to the extents of the cut, splitting soils and changing elevations. The farm is broken into growing seasons. The first section of the farm nearest the Eastern Market, called â&#x20AC;&#x153;all season,â&#x20AC;? is a set of conservatories seeking to bring the ethnic locales of Detroit into the cut. Using manufactured micro-climates and existing warehouse infrastructure, these conservatories become a place for harvesting many different crops from different cultures. The other sections of the farm range from May to August. Each season has three bands of crop: vegetable, fruit, flower.
Speed and surface are integral parts of this proposal. Using wood-slatted
infrastructure spaced at specific, changing distances, the user gets a sense of passing crop rows at high speeds. This allows the user to become more self- aware of his/ her speed. Once the distance between the slats is change, the experience of speed becomes augmented, forcing the perception of speed to change, rather than the actual speed. The surface is also very important. With many different users crossing different terrains and improvising when confronted or confused, these surfaces become a recording device. The surfaces inform the lost. They confirm the seeking. In a place such as the Dequindre Cut, whether you see them or not, there is always someone that was just there.
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CROP SPACING
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All Season May June July August
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SITE PLAN
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SECTION SwathS
SECTION A 295
SECTION B
SECTION C
SECTION D 296
SECTION E
SECTION F
SECTION G 297
SECTION H
SECTION I
SECTION J 298
SECTION K
SECTION L
SECTION M 299
SECTION N
SECTION O
SECTION P 300
SECTION Q
SECTION R
SECTION S 301
SECTION T
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TRACING: PLANS/ SECTIONS
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SECTION 1
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SECTION 2
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PLAN 1
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PLAN 2
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Uncapping the abandoned houses Serious fun and urban problems Kahyun Lee
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100 abandoned houses
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When Kevin Bauman began photographing Detroitâ&#x20AC;&#x2122;s derelict houses in the late â&#x20AC;&#x2122;90s, his intention was to create a record of the homes before they were torn down to make way for new development. A decade later, most of the structures are still standing, as development in Detroit never reached a fever pitch
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An abandoned house on McClellan St. in Detroit, Michiganâ&#x20AC;&#x2122;s east side on Wednesday, July 15, 2009. There are around 40,000 vacant or abandoned homes and buildings all over the city of Detroit
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The abandoned house will be wrapped in an elastic, translucent white membrane. The abandoned houses will be re-constructed by citizens with inexpensive and easy way and they offer spaces for the citizens such as community center, library, art facilities
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Abandoned house
Frame
Jack post s
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Canvas
Uncapped
Community space Lighting
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Adjustable posts will be arranged through the abandoned houses randomly for supporting structure
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Shrink wrapping the uncapped abandoned houses
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Type 1
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Type 2
Type 3
In response to the relationship with surrounding conditions and empty spaces, 4 types of ghost houses will be provided
Type 4
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Put the jack posts around the
existing walls to support structures
used as it is will be painted by white. Proposed spaces, box units, will be colored with various colors.
be inserted in the houses provide structural balance on the house. Existing walls and floors which are
Exterior walls are removed and by using existing stair cores, jack posts, and new boxes which will
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Make the light weight frame
and remove the existing walls Arrange the jack posts randomly
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Inserted boxes will be painted in color and existing structures will be painted in white
Shrink wrap the houses
Using jack post and shrink wrap, make the inside spaceâ&#x20AC;&#x2122;s configurations
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detroit water system an extension of the 1-5-10 plan
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Currently, the Detroit Water and Sewerage Department pumps an average of 675 million gallons per day to more than four million people in 126 communities within its service area. With 5 water treatment facilities, thatâ&#x20AC;&#x2122;s an average of 800,000 people served by each facility.
Tuscola
Montcalm
Sanilac
lake huron
Gratiot
Genesee Ionia
Lapeer
St. Clair
Clinton
Oakland Barry
Eaton
Livingston
Ingham
Macomb
detroit Washtenaw
DWSD water treatment facility communities supplied by DWSD Calhoun Jackson
Wayne
city of detroit
Branch
Hillsdale
lake st. clair
Lenawee
canada
Monroe
lake erie
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lake huron Genesee St. Clair
Lapeer
Oakland
Macomb
detroit Wayne
lake st. clair
canada
Monroe
lake erie
... yet the service area barely creeps as far west as Washentenaw County, and leaves large gaps north of Maccomb, south of the Lake Huron intake.
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How could our water system adapt to meet the needs of an increasingly decentralized society?
How could our water system adapt to meet the needs of an increasingly decentralized society? How can we improve Detroitâ&#x20AC;&#x2122;s water quality? How can we reduce the amount of chemicals present in our drinking supply?
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existing water distribution system
water treatment facility lake huron, northeast, waterworks, springwells, south
screen
chlorine
pre-sedimentation
source Lake Huron Lake St. Calir Detroit River
coagulant
mixing
sedimentation
fluoride lime orthophosphate chlorine
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hwest additions of secondary disinfectant chloramines = chorline + ammonia
filtration service line primary disinfection
storage resevoirs
transmission main
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proposed water distribution system multiple screens to filter out natural debris
microstation
4 part filtration system
transmission main
source Lake Huron Lake St. Calir Detroit River
granulated active carbon chamber iodine bead chamber polyester filter textile pre-filter
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service line
service line
pex feeds into manifold system
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polyester filter textile pre-filter
granulated active carbon chamber iodine bead chamber
textile pre-filter
iodine bead chamber
The tiny openings in the mesh of the filter measure 100 microns in di-
The beads in this chamber are impregnated [saturated] with iodine.
ameter [about the diameter of a strand of hair]. This filters out bigger
The iodine kills parasites and 99.3% of bacteria and viruses.
particles like dirt and sediment. polyester filter
granualted active carbon chamber
The holes in the mesh of this filter are much smaller - only 15 mi-
The carbon filters out any remaining parasites and also improves the
crons. This filters out clusters of bacteria.
taste and smell of the water.
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the microstation effective immediately
Effective immediately the microstation begins
These micro filtration stations are significant- The increased frequency of the micro filtra-
to integrate itself with the current water
ly smaller than current centralized treatment
tion stations also enables easy system repairs
system, urban fabric, and beyond, essentially
facilities as they are not required to retain
[more manageable station disabling and line
decreasing the demand on larger, centralized
vast quantities of water for chemical treat-
re-routing], as well as higher water pressure to
treatment facilities and instead personaliz-
ment, but rather filter water as it is moving
inland locations.
ing the responsibility as these microstations
through the system. In this new system the
become both life sources and symbols of
water supply is always moving - from the
identity within a community.
moment of intake to the time it reaches the faucet.
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4 part filtration system
biology treatment tank
biology pond tiered treatment wetlands
tiered gravel pits
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water is directed from the source to a network of microstations where it is then treated using a four part filtration system, and then pumped into service lines, isolated in smaller tubing to separate it from greywater also traveling through the service line.
wastewater is diverted to microstation where it passes through a tank filled with anaerobic bacteria to break down solids, and the effluent is then pumped outside to a trickle filter before continuing on by gravity to a series of tiered wetlands, and eventually down through the biology pond where it is then filtered before being pumped back into the water system as grey water.
wastewater
water service line pex tubing to seperate greywater and pure water within same line
water transmission line direct from source to microstation
stormwater from the street is diverted through a series of tiered gravel pits, then through the biology pond where it is then filtered before being pumped back into the water system as grey water.
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microstation in proposed water distribution system
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water is directed from the source to a network of microstations where it is then treated using a four part filtration system, and then pumped into service lines, isolated in smaller tubing to separate it from greywater also traveling through the service line.
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URBAN SHORELINE[S]
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Above from Right to Left : View of Lake St . Claire during the winter, from Canada
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St. Claire River international boundary between Canada and the United States most of the shoreline is urbanized and heavily industrialized listed as an area of condern in the Great Lakes Region
LAKE ST. CLAIRE smallest lake in the Great Lakes Region connecs Lake Huron and Lake Erie average depth is 9m, constant dredgin is required extensive delta system, largest in the region accomodates international shipping a popular recreational area
The Detroit River industrial development on the river commerical waterway, urbanized area
Left : View of Detroit River Flickr.com User : Mr. Histor y_July 27, 2005
The Detroit River Traveling from North to South, the Detroit River is
Seaway and the Erie Canal. Therefore, when Detroit
growth has found its way into the river. Much of the
a 32 mile long strait in the Great Lakes System. The
experienced rapid industrializaion at the turn of
Detroit River and its shoreline were heavily polluted
Detroit River has served an important role in the
the twentieth-century, the Detroit River became
and unsafe for recreational use. Large quantities
hisotry of Michigan and more spcifically, Detroit.
notoriously polluted and toxic. In recent years,
of the pollution collected aound the mouth of the
As one of the busiest waterways in the world, the
however, the ecological importance of the river has
Detroit River at Lake Erie. The pollutants were so high
Detroit River has been a location of commerce for
warranted a vast restoration effort, and the Detroit
after the spring thaw that thousands of migrating
industrializaion in the area, and the entire river
River currently has a wide variety of economical
birds were killed by oil slicks and contaminated
carries the international border between Canada
and recreational uses. The land surrounding the
water every year. Oxygen levels in the river were
and the united States, thus, the river divides
Detroit River is urbanized and, in some areas,
depleted to the point where fish were unable to
the major metropolitan areas of Detroit, MI and
heavily industrialized. This has resulted in excessive
inhabit its whaters. Much of this pollution drained
Windsor, Onterio. The river serves as an important
water pollution from the unregulated depositing of
into the Lake Erie Basin, the lake was considered
transportation route connecting Lake Michigan,
chemicals and industrial waste for many decades.
dead and unable to support aquatic life.
Lake Huron, and Lake Superior to the St. Lawrence
Much of the waste from Detroits rapid industrial
Ford Motor Company
Downtown Detroit
Belle Isle
North Detroit
Grosse Pointes
LAKE ST. CLAIRE
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Michigan, United States
LAKE ERIE
Onterio, Canada
Grosse Island
South Detroit
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Detroit Water Project The Detroit Water Project is a proposal to bring water into the city of Detroit through a series of channels or waterways running North to South, parallel to the Detroit River shoreline. With the extension of the canal adjacent to Alter Road, which divides the city of Detroit and the Grosse Pointes,
URBAN SHORELINE[S] the new channels, which are situated perpendicular to Alter Road, will utilize the water from this existing
waterway as a method of bringing this resource to the urban landscape of Detroit. Each channel of
water is placed strategically next to a major road that travels North to South, connecting the Grosse Pointes with Detroit. With the deployment of these waterways throughout the city an experimental typography is introduced, which formulates several
speculative conditions associated with the water systems within the city of Detroit.
Proposed Shoreline[s] 362 The Detroit River has served as a major artery within
the Great Lakes system, bringing industrialization and urban develoment to the land adjacent to the water. This type of urban sprawl is a concurrent reaction to the north to south flow of the Detroit River. The direction of the water has played a crucial role in the inception of industrial growth and urbanization of the surrounding areas, such as the city of Detroit. The presence of water generates a specific typology of cultural and economic growth which effects the land and the inhabitants of the area. This project proposes a series a shorelines throughout Detroit, which will introduce the physical presence of water. There are six shorelines situated throughout the city, organized perpendicular to Alter Road and intertwined along a major road. > > > > > > > > > >
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MACK AVENUE + [PROPOSED] SHORELINE 4.2 miles
CHARLEVOIX STREET+ [PROPOSED] SHORELINE 3.8 miles VERNOR HIGHWAY + [PROPOSED] SHORELINE 3.5 miles KERCHEVAL STREET + [PROPOSED] SHORELINE 3.1 miles
ST PAUL STREET + [PROPOSED] SHORELINE 2.7 miles
JEFFERSON AVENUE + CANAL [PROPOSED] SHORELINE 2.0 miles
ALTER ROAD ‘THE DETROIT WALL’ [EXISTING] EXTENDED SHORELINE
ESTABLISHED WATER SYSTEM
DETROIT, MI + GROSSE POINTES, MI OFFSET SHORELINE[S]
Shoreline Conditions 364
WIth the appearance of water throughout the city, there are cultural and economic benifits for the residents of Detroit. The emmergence of water can revitilize a depressed or underdeveloped area, increase the aesthetic value of property, and increace recreational opportunities. There are economic considerations such as: job creation, bringing tourism to an area, establish residential and commercial areas, increase a tax base, promote a valuablemarketing srategy for businesses and residential developments. There are environmental considerations such as: creating natural areas and green space in residentail and commerical areas, habitats and nesting areas, reduce erosion, and green space will naturally filter pollutants from the air. Through investigating this land-water development as a typographic relationship, one can begin to speculate the type of space that can develop along the water system / shorelines throughout Detroit. Also, considering where there is space for this kind of development and expansion within the city.
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MACK AVENUE + [PROPOSED] SHORELINE CONDITION
CHARLEVOIX STREET+ [PROPOSED] SHORELINE CONDITION VERNOR HIGHWAY + [PROPOSED] SHORELINE CONDITION KERCHEVAL STREET + [PROPOSED] SHORELINE CONDITION
ST PAUL STREET + [PROPOSED] SHORELINE CONDITION
JEFFERSON AVENUE + CANAL [PROPOSED] SHORELINE CONDITION
ALTER ROAD ‘THE DETROIT WALL’ [EXISTING] EXTENDED SHORELINE
ESTABLISHED WATER SYSTEM
DETROIT, MI + GROSSE POINTES, MI PROPOSED SHORELINE CONDITIONS
mapping the flow of the established water system in Detroit
366
mapping the flow of the established water system in Detroit points of intervention and zone for growth / development
predicted shoreline expansion adjacent to the water system. these shorelines embody new typologies through a series of consecutive systems
mapping the flow of the established water system in Detroit
367
Shoreline Expansion Traveling from West to East the six established shorelines flow into Detroit, generating a new typology of politics and ground. The ground adjacent to the water system is flexable and permeable to allow for further expansion into the city of Detroit. Through the disruption of the land with water, Detroit embodies new characteristics and new typologies, which is exhibited upon the ground next to the waterways. A series of shoreline conditions through which the city of Detroit is made a new.
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369
Urban Water Conditions Traveling from West to East the six established
Although Detroit is a city with limited room for
recreation [2] Residential Space, which establishes
shorelines flow into Detroit, generating a new
expansion and growth, it is a unique urban situation
a new ground for lawns and suburban expansion
typology of politics and ground. The ground
in that parts of the city are uninhabited and abonded,
[3] Marketing Space, which promotes commerical
adjacent to the water system is flexable and
which encourges development. The infrastructure
zoning and green space [4] Vegetation Space, which
permeable to allow for further expansion into the
that this project proposes reaches into residential
provides filtered ground for home-grown food and
city of Detroit. Through the disruption of the land
and commercial areas of Detroit, however is is
[5] Recreation Space, which encourages water-
with water, Detroit embodies new characteristics
situated East of downtown, where there a greater
related activities within an urban context.
and new typologies, which is exhibited upon the
potential for development. The Detroit Water
ground next to the waterways. A series of shoreline
Project insitages urban complexities, however, it
conditions through which the city of Detroit is made
brings certain water-to-land relationships to an
a new. These conditions bring new grounds to
area that implores new circumstances. The Detroit
Detroit, which is considered a metropolitan area
Water Project proposes five new urban conditions [1]
that is both highly urbanized and industrial.
Park Space, which will promotes air purification and
370
Wayburn Street
Alter Road
Chalmers Street
Coplin Street
Drexel Street
Lenox Street
Dickerson Street
Grey Street
Springle Street
Conner Street
Anderton Street
2015
2018 5 Year Proposal shoreline excavation of Northeast Detroit
new ground / Detroit shoreline
DETROIT WATER / SHORELINE SYSTEM
MACK AVENUE + SHORELINE ONE [4.2 mi]
5
[1] Park Space [air purification and recreation]
8
existing ground / Grosse
90
371
Lakeland Drive
along Mack Avenue, with areas of vacancy
Grosse Pointe Ct
Above: Diagram of residential and commerical density
Bluehill Street
Mack Avenue, Detroit
Cadieux Road
Outer Drive E.
Nottingham Street
Barham Street
Maryland Street
e Pointe
372
Chalmers Street
Eastlawn Street
Lakeview Street
Coplin Street
Drexel Street
Lenox Street
2020
Dickerson Street
Grey Street
Springle Street
Anderton Street
Conner Street
2015
2020
5 Year Proposal shoreline excavation of Northeast Detroit
[2] Residential Space [clean water for lawns]
[2] Residential Space [clean water for lawns] [3] Marketing Space [green space for commerical development]
new ground / Detroit shoreline
DETROIT WATER / SHORELINE SYSTEM
5
KERCHEVAL STREET + SHORELINE SHORELINE FOUR [5.5 mi]
10
10
373
Kercheval Street, Detroit
Lincoln Road
90
Washington Road
Above: Diagram of residential and commerical density
Lakeland Avenue
along Kercheval Street , with areas of vacancy
Grosse Pointe Ct
St. Claire Street
Cadieux Road
Harvard Road
Outer Drive E.
3 Mile Drive
Bedford Road
Devonshire Road
Buckingham Road
Birkshire Road
Balfour Street
Nottingham Street
Barham Street
Beaconsfield Street
Lakepointe Street
Maryland Street
Wayburn Street
Alter Road
existing ground / Grosse Pointe
374
Manistique Street
Phillip Street
Malborough Street
Chalmers Street
Eastlawn Street
2016
Lakewod Street
Coplin Street
Dickerson Street
Continental Street
Kitchner Street
Algonquin Street
2015
2018
5 Year Proposal shoreline excavation of Northeast Detroit
[4] Vegetable Space [available water for gardening]
[5] Recreational Space [green space for land/water activities]
new ground / Detroit shoreline
5
DETROIT WATER / SHORELINE SYSTEM
EAST JEFFERSON AVENUE + SHORELINE SIX [6.2 mi]
6
8
375
90
East Jefferson Avenue, Detroit
Sycamore Lane
Lake Court
Jefferson Court
Above: Diagram of residential and commerical density
Bishop Lane
along East Jeffer son Avenue, with areas of vacancy
Park Lane
Wittiar Street
Grand Marias Street
3 Mile Drive
Bedford Road
Devonshire Road
Buckingham Road
Birkshire Road
Balfour Street
Westchester Street
Nottingham Street
Barham Street
Beaconsfield Street
Lakepointe Street
Penberton Road
Barrington Road
Alter Road
existing ground / Grosse Pointe
376
[1] Residential Space [Mack Avenue, Detroit]
377
378
[2] Vegetation Space [Kercheval Street, Detroit]
379
380
[3] Recreation Space [East Jefferson Avenue, Detroit]
381
The Grotesque is a book of studio work
assembled by students in the M.Arch graduate option architecture studio at the Taubman College of Architecture and Urban Planning under the direction of studio critic Christian Unverzagt in the Winter of 2010.
The work is produced as an academic inquiry into issues of energy and ecology as they relate to the built environment in and around Detroit, Michigan and the Great Lakes Region. thegrotesque@umich.edu
2010 Taubman College of Architecture and Urban Planning taubmancollege.umich.edu/architecture