APPLICATION TO THE STUDIO PROJECT
MAA_ 10-11 METABOLIC STRUCTURES
Faculty: Cristina Sendra / Student: Tomรกs Vivanco Larrain
1.
Fractal Ecology I propose a balance between the functions, users and production/ consumption of the project. To be Self Sufficient, the project must generate profits to the developers. The functions of the project will generate a result, wich could be a consumption or a production, each one is developed in a defined space with defined qualities and defined users and actions. The balance between the who, where and the action of them will generate a stable social and economical equity in the project. This stragety will be applied also for the energy generation/ consuption, dividing the project in production and consumption areas, establishing a Self Sufficient energy criteria.
100
100 100
100
100
100
100
100
100
100
100
100
production
commerce
agriculture
housing
consumption
production production
work work
officers officers
housing externals
consumption consumption
production production
education education
students students
housing external
consumption consumption
100
result
action
who?
where?
result
2.
Interface Model The applied strategy will be like anthropocentrism, but the focus will be in the community: communitycentrism. The main objective is to make the community the core of the project. Making the community the responsable of they own life quality dividing them with different functions and uses. The community as a unit will be composed by three different components: - people - function - process These 3 components will have particular participation in different production and consumption issues, generating the balance and the closed loop between energy/ waste, production/ consumption, commerce and transportation.
external people
environment
production
consumption
COMMUNITY
information
offices
process
culture
education
people
energy
energy
goods
market
function
customers
suppliers
3.
Material Diagram Generally, the project will be divided in four different structures, that will requiere different materials regarding on each requirement.
productive roof farming solar panels ventilation/ collection/ structural pilars metal structure concrete foundations glass coating
slabs light conctrete slab/ garden concrete garden
4.
LEED strategies Regarding to the LEED Certification checklist, the project could get a Platinum Certification with 84 points. Topic Sustainable Site Water Efficientcy Energy & Atmosphere Material & Resources Indoor Environmental Qlt. Regional Piority TOTAL
y 22 10 33 0 13 0 84
? 0 0 2 14 2 4 22
n 4 0 0 0 0 0 4
total 26 10 35 14 15 4 110
For develop the project in order toget more LEED certification points it will be crucial to analyse and design good strategies in Energy & Atmosphere. As the project is located in a predefined site, there is not much to do, but in this case, the site meets with 22 of the 26 points in this topic. In this case, 14 points of the Material & Resources are not earned because there is not much to do with the recicled materials, but, during the development of the project, this topic should be improved. Comments For the development of the project it is important to define the materials and resources in order to get more points, also, for this and other projects, it is imporant to control the construction process of the building.
5.
Waterflow Analysis Project Uses PERCENTAGES 11.203,25 m2
2,2 m2 _ general activities
24.647,15 m2
0,5 m2 _ 7@ activities
5.601,65 m2
(productive activities related to “media”)
7.842 m2 3.361,85 m2
(information and knwoledge)
0,3 m2 _ public housing
3.361,00 m2
70% general activities 10%green area 10% housing 10% 7@ activities
0,2 m2 _ public services
2.240,60 m2
3,3 m2 _ TOTAL
35.850,45 m2
(parking, technical services, city council)
Cubic Water meters needed per build sqared meter housing: offices: comercial: garden:
0,5 m3/ yr 0,25 m3/yr 0,05 m3/ yr 1,6 m3/ yr 4221,93
URBAN WATER NETWORK
280,08 6680,5
OFFICE 90% 3799,74 95% 266,08
COMERCIAL
70% 4676,35
HOUSING 422,19
GREENERY
14,00
2004,15
16000
EVAPORATION INFILTRATION OTHERS
6.
Materialflow Analysis
RAW MATERIAL
CONSTRUCTION PHASE
USE
DECONSTRUCTION
Metal
Prefabricated profiles. Builted outside and ensambled onsite.
Strcuture
Recyclable
Concrete
Mixed on site
Slabs, roofs
-
Prefabricated Concrete blocks
Ensambled on site
Walls and partitions
Recyclable
Glass
Prefabricated
Facades
Reuse, recyclable
ETFE
Prefabricated, imported from Germany
Facade, roofs
Reuse, recyclabe