For the environment, architecture itself is a kind of huge pollution, no matter the construction process of under using after construction. How to make buildings purify self-pollution becomes the main issue that we aim to solve.Purifying loop technology is being used in this construction. The main theme is algae in this Project. Using sustainable energy sources; constructions with zero external dependence are being designed.
Aim; energy which is being produced from algae electric, purification, oxygen, biogas, biomass like this energy
sources are being produced workings can be done. In this project, both scientists and master students can be educated and also can live and work. This center is designed as
lego logic. The aim of lego logic gets in touch with spaces and in consisted terraces to create di erent spaces.
Nature environment is su ering high pressure cause lots of factories and residential houses appear as people developing science and technology. For the environment, architecture itself is a kind of huge pollution, no matter construction. Future buildings will purify themselves like air, water pollution, etc. Purifying self-pollution will become the main subject and our aim is solving this problem.
ALGAE SYSTEM
Biomass; Microalgae; Photobioreactors; Tubular photobioreactor; Building- integrated photobioreactors. Biomass is a clean energy producer. Microalgae; as aplant-based biomass. Biomass renewable resources with
their potential to absorb CO2 recycle wastewater and release
O2. The unique bene ts of the bio-façades through the combination
of the technical and biological cycles within buildings inaugurate an innovative approach to sustainability by integrating environmental, energetic, and iconic values. A complex circulatory system keeps the algae alive and pushes water, phosphorous and nitrogen through the bioreactors.
The food supply -carbon dioxide- comes from the exhaust pipe of a ground- oor generator. When algae reproduce, they give o heat, meaning that a sunny day the water in the bioreactor can hit 100F. That watercourses suooly of water which circulates through rooms and other parts of the flats.
2020
0000
Total without circulation 14.707 sqm
Footprint 1.785 sqm
Educatıon Spaces 2.480 sqm
%17
Working /Research Spaces 5.692 sqm
%37
Accomodation /Living Spaces 1.938 sqm
%14
Playing Spaces 3.448 sqm
%24
Green Terraces /Farming Spaces 984 sqm
%8
HOW ALGAE BIODIESEL WORKS
Bioreactors are bolted to the South-facing sides of the buildings and are designed to work with barely and intervention or deaning.
A complex circulatory system keeps the algae alive and pushes water, and nitrogen comes through the bioreactors with pipes. The food supply -carbon dioxide- comes from exhoustbpipe of a ground foor generator.
When algae reproduce, they give o heat, meaning that on a sunny day the water in the bioreactor can hit 100F. Excess hotwater is stored the building.
This system is carried with pipes under bridges in the buildings.
Emir Emirbayer
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