Final Presentation REAP Technologies for Sustainable Material Cycles

Architect: Friedel Helbrecht Buildt 1963-1968

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

_city nord

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

_sur roundings

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

_light analyse

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

_facade analyse

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

_window analyse cour tyard

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

Basement

1. floor

Ground floor

2. floor

_or iginal plans

Study 1

Study 2

Study 3

Study 4

Study 5

Study 6

Technologies for Sustaineble Material Cycles Adrián Penalver Madrid & Ida Waagø

_str uctural studies

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

_our pr opsal

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

Basement

1. floor

Ground floor

2. floor

_str uctural lines

DINING ROOM

CONFERENCE ROOM

CAFETERIA KITCHEN

DININD ROOM SERVICE/ KITCHEN

CLEANING

MEN TOILET

WOMEN TOILET

WATER BOMB/

WATER BOMB/

HEATING

HEATING

INSTALATIONS

INSTALATIONS STORAGE OFFICES/STAFF ROOM WATER TANK SWIMMING POOL STAFF CHANGING ROOM

Basement

Ground floor Technologies for Sustaineble Material Cycles Adrián Penalver Madrid & Ida Waagø

_new plans

1. floor

DINING ROOM

CONFERENCE ROOM

CAFETERIA

DINING ROOM

CONFERENCE ROOM KITCHEN

DININD ROOM SERVICE/ KITCHEN

KITCHEN

CAFETERIA

DININD ROOM SERVICE/ KITCHEN

CLEANING

MEN TOILET

CLEANING

MEN TOILET

WOMEN TOILET

WOMEN TOILET

WATER BOMB/

WATER BOMB/

HEATING

HEATING

INSTALATIONS WATER BOMB/

STORAGE

HEATING INSTALATIONS

INSTALATIONS WATER BOMB/ HEATING INSTALATIONS

OFFICES/STAFF ROOM STORAGE

WATER TANK SWIMMING POOL STAFF CHANGING ROOM

OFFICES/STAFF ROOM

WATER TANK SWIMMING POOL STAFF CHANGING ROOM

2. floor Technologies for Sustaineble Material Cycles Adrián Penalver Madrid & Ida Waagø

_new plans

todays sections

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

new sections

_sections

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

_new cour tyard

_staircase _rooms

_atrium Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

_chang es

FLOOR

BRICK WALL LENGHT (m)

BRICK WALL SURFACE (m²)

TOTAL AMOUNT (T) (68 bricks/m²) (1,8kg/brick)

2nd

234,22

1873

229,5

Ground.

195,8

881,32

2042,6

191,6

TOTAL

255,3

1566

250,02

FLOOR

REMOVED BRICK WALL LENGHT (m)

REMOVED BRICK WALL SURFACE (m²)

TOTAL AMOUNT REMOVED (T) (68 bricks/m²) (1,8kg/brick)

2nd

93,95

751,6

92

Ground.

20,75

1st

196

Basem.

1st

Basem.

TOTAL

1568

7049,6

191,9

863,02

95,34

762,72

93,35

79,35

634

77,6

166

289,39

2314,32

20,4

283,35

TOTAL AMOUNT (T) (68 bricks/m²) (1,8kg/brick)

TOTAL AMOUNT REMOVED (T) (68 bricks/m²) (1,8kg/brick)

REMAINING AMOUNT (T) (68 bricks/m²) (1,8kg/brick)

863,02

283,35 (32,83%)

579,67 (67,17%)

Landscaping

Brick wall

Crusher on site

Rubble

Concrete Technologies for Sustaineble Material Cycles Adrián Penalver Madrid & Ida Waagø

_rooms: br icks

New walls: Timber frame walls

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

wall - floor

wall - roof

_rooms: new walls

Gypsum boards

Classified

Grinder

TIMBER DOORS

SURFACE OF WOOD (m²)

CRYSTAL DOORS

SURFACE OF CRYSTAL (m²)

ALUMINIUM DOORS

SURFACE OF ALUM.

2nd

30

72

4

9,6

-

-

Ground.

Basem.

TOTAL

Adrián Penalver Madrid & Ida Waagø

New boards

FLOOR

1st

Technologies for Sustaineble Material Cycles

Gypsum powder

17

40,8

30

72

22

99

52,8 237,6

8

19,2

14

33,6

14

40

-

-

33,6

8

16

96

8

16

-

-

REMOVED TIMBER DOORS

CHANGED TIMBER DOORS

ADDED TIMBER DOORS

99

61

93

_rooms: ceiling and doors

1

2 3

Interior Courtyard

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

1 2 3

_staircase

(29/floor))

(45kg/block)

116

5,22

Staircase

ELEMENT

REMOVED MATERIAL

TOTAL AMOUNT

HANDRAIL OAK WOOD

1,75 m³

1,75 T

HANDRAIL STEEL

176,4 m

ELEMENT

REMOVED WINDOWS (60/floor))+doors Squared Metalic Profile 75x75 mm, 6mm thickness, 10,5kg/m Oak Staircase Wood wieght: 1kg/dm³ 177

ELEMENT

203,55

NEW GLASS SURFACE ADDED

ELEMENT REMOVED MATERIAL CLOSING STAIRCASE OPENING REINFORCED CONCRETE 118 m³ SLAB* PLASTER CEILING*

1,85 T

TOTAL SURFACE OF GLASS (m²) (1,15 m²/window)

11,79 m³

TOTAL AMOUNT

52,2 m²

92,7 T 5,05 T

*REINFORCED CONCRETE SLAB: 275/375 kg/m² as we asume it is a REINFORCED CONCRETE MADE ON SITE SLAB. 84,7 m² x 4floors x 275Kg/m²) = 92,7 T *PLASTER CEILING: 84,7 m² x 4floors x 15kg/m² = 5,05

T

ELEMENT

REMOVED MATERIAL

TOTAL AMOUNT

HANDRAIL OAK WOOD

1,75 m³

1,75 T

HANDRAIL STEEL

176,4 m

1,85 T

Squared Metalic Profile 75x75 mm, 6mm thickness, 10,5kg/m Oak Wood wieght: 1kg/dm³

Technologies for Sustaineble Material Cycles ELEMENT Adrián Penalver Madrid & Ida Waagø

1 2 3 Rewindo.de

NEW GLASS SURFACE ADDED

_staircase: glass

ELEMENT

REMOVED WINDOWS (60/floor))+doors

TOTAL SURFACE OF GLASS (m²) (1,15 m²/window)

Staircase

177

203,55

ELEMENT

REMOVED MATERIAL

TOTAL AMOUNT

REINFORCED CONCRETE SLAB*

118 m³

92,7 T

PLASTER CEILING*

11,79 m³

5,05 T

*REINFORCED CONCRETE SLAB: 275/375 kg/m² as we asume it is a REINFORCED CONCRETE MADE ON SITE SLAB. 84,7 m² x 4floors x 275Kg/m²) = 92,7 T *PLASTER CEILING: 84,7 m² x 4floors x 15kg/m² = 5,05

T

ELEMENT

REMOVED MATERIAL

TOTAL AMOUNT

HANDRAIL OAK WOOD

1,75 m³

1,75 T

HANDRAIL STEEL

176,4 m

1,85 T

1 2 3

Squared Metalic Profile 75x75 mm, 6mm thickness, 10,5kg/m Oak Wood wieght: 1kg/dm³

ELEMENT

NEW GLASS SURFACE ADDED

CLOSING STAIRCASE OPENING

52,2 m²

Technologies for Sustaineble Material Cycles Adrián Penalver Madrid & Ida Waagø

_staircase: materials

FLOOR

EXISTING GRANITE BLOCKS

TOTAL AMOUNT T (45kg/block)

2nd

104

4,68

Ground.

58

2,61

1st

159

Basem.

7,15

58

Basem.

2,61

379

17,05

ELEMENT

REMOVED GRANITE BLOCKS (29/floor))

REMOVED TOTAL AMOUNT (T) (45kg/block)

REMAINING AMOUNT

Staircase

116

5,22 (30,61%)

110,78 (69,39%)

Technologies for Sustaineble Material Cycles Adrián Penalver Madrid & Ida Waagø

2 3

_staircase: masonr y

-

soil

+

concrete

+

steel and glass canopy

Glass canopy covering the atrium

378m3 soil

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø

Suitable for growing plants?

Landscaping

_atrium

Books: Hendriks, F., Nijkerk,A. A., & Koppen, A. A. (2000). The Building Cycle. The Netherlands: Aeneas Technical Publishers Addis, B. (2006). Building with Reclaimed Components and Materials. UK: Earthscan Norges Byggeforskningsinstitutt (2001). Treteknikk - treteknologi. Trebaserte byggekonstruksjoner. Lillestrøm: Byggenæringens forlag HCU library archives

Websites: UK Timber Frame Acossiation. Benefits of Timber Frame. http://uktfa.com/benefits-of-timber-frame/ Gypsum Recycling International. http://www.gypsumrecycling.biz/6688-1_Whyrecycle/ Construction Materials Recycling Association. http://www.drywallrecycling.org/consite.html

Technologies for Sustaineble Material Cycles Adrián Penalver Madrid & Ida Waagø

_materials: over view

Technologies for Sustaineble Material Cycles Adriån Penalver Madrid & Ida Waagø