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Project name: straw bale show-house Ebergassing

building overall
*OI3 BG0 GFA:37 points
PENRT:578 kWh / m² GFA
GWP-total:-94,4 kg CO2 equ. / m² GFA
AP:0,600 kg SO2 equ. / m² GFA
GFA:355 m²
lc:1,61 m
catalog of LCA indicators:IBO benchmarks 2012
useful life considered:no
calculation for:new building

A
B
C
D
E
F
G
40
140
OI3BG0 BGF
37
* Taking the production phase into account (A1-A3).

test- and educational-version. not for commercial use!

 
 
Bauteile ΔOI3   PENRT
kWh
GWP-total
kg CO2 equ.
AP
kg SO2 equ.
quantity building element BG0, GFA per m² per m² GFA
208,00 m² AW01 outer wall straw bales with reinforcing steel 6 10 45 -57,7 0,076
99,20 m² AW02 outer wall timber frame 8 30 47 -24,2 0,051
8,10 m² AW03 thermal insulation 2 80 7 1,8 0,005
181,40 m² EB01 ground floor in contact with ground 66 129 243 71,5 0,186
13,97 m² FD01 outer ceiling terrace 3 77 13 -3,0 0,015
173,00 m² FD02 flat roof, ventilated 9 19 62 -46,8 0,072
14,52 m² FE01 window 3 76 8 1,3 0,014
6,44 m² FE02 window 1 82 4 0,5 0,007
7,14 m² FE03 window 2 81 5 0,6 0,007
7,76 m² FE04 window 2 80 5 0,6 0,008
7,70 m² FE05 window 2 81 5 0,6 0,008
5,00 m² FE06 window 1 83 3 0,4 0,005
3,36 m² FE07 window 1 87 3 0,2 0,004
6,58 m² FE08 window 2 81 4 0,5 0,007
2,82 m² FE09 window 1 83 2 0,2 0,003
29,40 m² Inner door 0 0 0 0,0 0,000
173,00 m² ZD01 intermediate ceiling 25 52 121 -41,0 0,131
947,38 m² sum 578 -94,4 0,600
test- and educational-version. not for commercial use!
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graphic details of solid and transparent building elements

AW01 outer wall straw bales with reinforcing steel (30358, BG0)

ΣΔOI3: 10 points/m²
mass: 184,3 kg/m²
PENRT: 277 MJ/m²
GWP-total: -98,4 kg CO2 equ./m²
AP: 0,129 kg SO2 equ./m²
service life: no

0,059 W/m²K

no. layer (from inside to outside) d
cm
ΔOI3
pts/m²
1 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 2,00 4
2 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 2,00 4
3 straw (Building straw bales (109 kg/m³)) 85,00 -6
4 reinforcing steel, 208 running metres x 10mm diameter (Reinforcing steel) 0,01 1
5 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 1,50 3
6 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 1,50 3
 building element92,01
¹ U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.    

AW02 outer wall timber frame (30358, BG0)

ΣΔOI3: 30 points/m²
mass: 162,4 kg/m²
PENRT: 606 MJ/m²
GWP-total: -86,6 kg CO2 equ./m²
AP: 0,183 kg SO2 equ./m²
service life: no

0,120 W/m²K

no. layer (from inside to outside) d
cm
ΔOI3
pts/m²
1 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 2,00 4
2 wood-fibre insulation board (Synthesa Inthermo HFD-Holzfaserdämmplatte) 6,00 13
3 OSB board (OSB boards (650 kg/m³)) 2,00 5
4 timber, interspersed with straw 36,00  
  56,5 cm (90%) Building straw bales (109 kg/m³) 36,00 -2
  6 cm (10%) Timber (475 kg/m³ - e.g. spruce/fir) - rough, technically dried 36,00 -1
5 Wood wool panel WW, magnesite-bonded (Wood wool panel WW, magnesite-bonded (350 kg/m³)) 5,00 4
6 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 1,50 3
7 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 1,50 3
 building element54,00
¹ U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.    

AW03 thermal insulation (30358, BG0)

ΣΔOI3: 80 points/m²
mass: 329,3 kg/m²
PENRT: 1.286 MJ/m²
GWP-total: 82,9 kg CO2 equ./m²
AP: 0,268 kg SO2 equ./m²
service life: no

0,109 W/m²K

no. layer (from inside to outside) d
cm
ΔOI3
pts/m²
1 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 2,00 4
2 lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) 2,00 4
3 Aerated concrete 400kg (Aerated concrete (375 kg/m³)) 70,00 58
4 Polymer bitumen sealing sheeting 0,50 ¹ 12
5 extruded polystyrene CO2 foamed (Sto-Polystyrol-Hartschaumplatte PS15SE 040) 10,00 9
6 adhesive filler (Baumit KlebeSpachtel) 0,30 1
7 silicate plaster (Silicate plaster with synthetic resin additive) 0,20 3
 building element85,00
¹ layer is OI-relevant from BG1    ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.    

EB01 ground floor in contact with ground (30358, BG0)

ΣΔOI3: 129 points/m²
mass: 813,2 kg/m²
PENRT: 2.260 MJ/m²
GWP-total: 152 kg CO2 equ./m²
AP: 0,461 kg SO2 equ./m²
service life: no

0,105 W/m²K

no. layer d
cm
ΔOI3
pts/m²
1 Solid parquet 1,00 ¹ 10
2 Adhesive - artificial resin 0,50 ¹ 10
3 screed concrete (RÖFIX 970 Zementestrich) 6,50 12
4 Polyethylene (PE) vapour brake (Polyethylene (PE) vapour brake) 0,04 ¹ 1
5 expanded polystyrene (EPS)-W20 (Bachl EPS W-20) 20,00 23
6 expanded polystyrene granulate cement bonded (EPS-(RECYCLING) Granulate levelling fillers with binders or cement-bonded (150 kg/m³)) 4,00 4
7 Polymer bitumen sealing sheeting (Polymer bitumen sealing sheeting) 0,50 ¹ 12
8 reinforced concrete (Waterproof concrete with 80 kg/m³ reinforcing steel (1 vol. %)) 28,00 68
9 extruded polystyrene CO2 foamed (AUSTROTHERM XPS TOP 30 SF) 12,00 21
 building element72,54
¹ layer is OI-relevant from BG1    ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.    

FD01 outer ceiling terrace (30358, BG0)

ΣΔOI3: 77 points/m²
mass: 113,3 kg/m²
PENRT: 1.613 MJ/m²
GWP-total: -65,4 kg CO2 equ./m²
AP: 0,421 kg SO2 equ./m²
service life: no

0,120 W/m²K

no. layer d
cm
ΔOI3
pts/m²
1 roofing underlayment (Sarnafil TS 77) 0,20 ¹ 8
2 EPS W30 (Bachl EPS W-30) 3,00 5
3 roofing underlayment (Polymer bitumen sealing sheeting) 0,30 ¹ 7
4 Laminated timber, glued internal use (Laminated timber, glued internal use (475 kg/m³ - e.g. spruce/fir)) 18,00 30
5 mineral wool tile (Glass wool MW(GW)-WF (50 kg/m³)) 20,00 40
6 Polyethylene (PE) vapour brake (Polyethylene (PE) vapour brake) 0,20 ¹ 6
7 gypsum platerboard (Knauf Gipskarton Bauplatte) 1,50 2
 building element43,20
¹ layer is OI-relevant from BG1    ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.    

FD02 flat roof, ventilated (30358, BG0)

ΣΔOI3: 19 points/m²
mass: 111,1 kg/m²
PENRT: 764 MJ/m²
GWP-total: -86,3 kg CO2 equ./m²
AP: 0,173 kg SO2 equ./m²
service life: no

0,129 W/m²K

no. layer d
cm
ΔOI3
pts/m²
1 Polyethylene roof underlay (Polyethylene (PE) roof underlay - open to diffusion) 0,30 ¹ 15
2 MDF panel for building industry (Plywood and veneer timber for interior use (600 kg/m³)) 1,50 7
3 timber, interspersed with straw 36,00  
  54,5 cm (87%) Building straw bales (109 kg/m³) 36,00 -2
  8 cm (13%) Timber (475 kg/m³ - e.g. spruce/fir) - rough, technically dried 36,00 -1
4 OSB board (OSB boards (650 kg/m³)) 2,00 5
5 timber, interspersed with glass wool 5,00  
  56,5 cm (90%) Glass wool MW(GW)-WL (18 kg/m³) 5,00 3
  6 cm (10%) Timber (475 kg/m³ - e.g. spruce/fir) - rough, technically dried 5,00 0
6 Gypsum plasterboard – flame-retardant (Gypsum plasterboard – flame-retardant (900 kg/m³)) 3,00 7
 building element47,80
¹ layer is OI-relevant from BG1    ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.    

FE01 window (Window (transparent element), BG0)

ΣΔOI3: 76 points/m²
width x height: 3,09 x 2,35 m
percentage of frame: 17,2 %
PENRT: 742 MJ/m²
GWP-total: 32,1 kg CO2 equ./m²
AP: 0,348 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 55
window frame Wood/aluminium spruce frame <=109 block frame depth 22
ψ (linear heat transfer coefficient) reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4))  

FE02 window (Window (transparent element), BG0)

ΣΔOI3: 82 points/m²
width x height: 1,37 x 2,35 m
percentage of frame: 25,9 %
PENRT: 847 MJ/m²
GWP-total: 27,6 kg CO2 equ./m²
AP: 0,366 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 49
window frame Wood/aluminium spruce frame <=109 block frame depth 33
ψ (linear heat transfer coefficient) reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4))  

FE03 window (Window (transparent element), BG0)

ΣΔOI3: 81 points/m²
width x height: 1,52 x 2,35 m
percentage of frame: 24,4 %
PENRT: 829 MJ/m²
GWP-total: 28,4 kg CO2 equ./m²
AP: 0,363 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 50
window frame Wood/aluminium spruce frame <=109 block frame depth 31
ψ (linear heat transfer coefficient) reference (Plastic/butyl (2-IV; Ug <1.4; Uf <1.4))  

FE04 window (Window (transparent element), BG0)

ΣΔOI3: 80 points/m²
width x height: 1,65 x 2,35 m
percentage of frame: 23,3 %
PENRT: 815 MJ/m²
GWP-total: 29,0 kg CO2 equ./m²
AP: 0,360 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 51
window frame Wood/aluminium spruce frame <=109 block frame depth 29
ψ (linear heat transfer coefficient) reference (Stainless steel (2-IV; Ug <1.4; Uf <1.4))  

FE05 window (Window (transparent element), BG0)

ΣΔOI3: 81 points/m²
width x height: 2,85 x 1,35 m
percentage of frame: 24,7 %
PENRT: 832 MJ/m²
GWP-total: 28,3 kg CO2 equ./m²
AP: 0,363 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 50
window frame Wood/aluminium spruce frame <=109 block frame depth 31
ψ (linear heat transfer coefficient) reference (Plastic/butyl (2-IV; Ug <1.4; Uf <1.4))  

FE06 window (Window (transparent element), BG0)

ΣΔOI3: 83 points/m²
width x height: 1,85 x 1,35 m
percentage of frame: 28,4 %
PENRT: 878 MJ/m²
GWP-total: 26,4 kg CO2 equ./m²
AP: 0,371 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 47
window frame Wood/aluminium spruce frame <=109 block frame depth 36
ψ (linear heat transfer coefficient) reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4))  

FE07 window (Window (transparent element), BG0)

ΣΔOI3: 87 points/m²
width x height: 1 x 1,68 m
percentage of frame: 34,9 %
PENRT: 955 MJ/m²
GWP-total: 23,1 kg CO2 equ./m²
AP: 0,385 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 43
window frame Wood/aluminium spruce frame <=109 block frame depth 44
ψ (linear heat transfer coefficient) reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4))  

FE08 window (Window (transparent element), BG0)

ΣΔOI3: 81 points/m²
width x height: 1,4 x 2,35 m
percentage of frame: 25,6 %
PENRT: 843 MJ/m²
GWP-total: 27,8 kg CO2 equ./m²
AP: 0,365 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 49
window frame Wood/aluminium spruce frame <=109 block frame depth 32
ψ (linear heat transfer coefficient) reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4))  

FE09 window (Window (transparent element), BG0)

ΣΔOI3: 83 points/m²
width x height: 1,2 x 2,35 m
percentage of frame: 28,2 %
PENRT: 874 MJ/m²
GWP-total: 26,5 kg CO2 equ./m²
AP: 0,371 kg SO2 equ./m²
service life: no

component title ΔOI3
glazing Triple-glazed heat-protection glass, Argon, 40 < pane thickness 47
window frame Wood/aluminium spruce frame <=109 block frame depth 36
ψ (linear heat transfer coefficient) reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4))  

Inner door (30358, BG0)

ΣΔOI3: 0 points/m²
mass: 28,0 kg/m²
PENRT: 975 MJ/m²
GWP-total: -25,5 kg CO2 equ./m²
AP: 0,208 kg SO2 equ./m²
service life: no

no. layer (from inside to outside) d
cm
ΔOI3
pts/m²
1 Inner door (Inner door to buffer space (wood, varnished)) 4,00 ¹ 56
 building element4,00
¹ layer is OI-relevant from BG1    

ZD01 intermediate ceiling (30358, BG0)

ΣΔOI3: 52 points/m²
mass: 228,4 kg/m²
PENRT: 1.297 MJ/m²
GWP-total: -73,7 kg CO2 equ./m²
AP: 0,347 kg SO2 equ./m²
service life: no

no. layer d
cm
ΔOI3
pts/m²
1 Solid parquet 1,00 ¹ 10
2 Adhesive - artificial resin 0,50 ¹ 10
3 screed concrete (RÖFIX 970 Zementestrich) 6,00 12
4 Polyethylene (PE) vapour brake 0,20 ¹ 6
5 expanded polystyrene (EPS)-W20 (Bachl EPS W-20) 3,00 3
6 glass wool impact sound (Glass wool MW(GW)-T (80 kg/m³)) 2,00 6
7 Laminated timber, glued internal use (Laminated timber, glued internal use (475 kg/m³ - e.g. spruce/fir)) 18,00 30
 building element30,70
¹ layer is OI-relevant from BG1    




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List of materials
material mass
kg
mass-
percentage
cumulated
percentage
Building material ID Density
kg/m³
λ-Value
W/m²K
PENRT
MJ/FU (functional unit)
GWP-total
kg CO2 equ./FU (functional unit)
AP
kg SO2 equ./FU (functional unit)
FU (functional unit)
Waterproof concrete with 80 kg/m³ reinforcing steel (1 vol. %) 116.822 42,1% 42,1% 2142715591 2.3002,3001,240,1360,000314 kg
RÖFIX 970 Zementestrich 46.559 16,8% 58,9% 2142685424 2.1001,6001,030,1200,000278 kg
Building straw bales (109 kg/m³) 36.008 13,0% 71,8% 2142715105 1090,0510,801-1,250,000852 kg
One-layer plastering mortar for external OC lime (1300 kg/m³) 25.797 9,3% 81,1% 2142714799 1.3000,4902,110,1780,000524 kg
Laminated timber, glued internal use (475 kg/m³ - e.g. spruce/fir) 15.986 5,8% 86,9% 2142715629 4750,1207,39-1,240,00236 kg
Timber (475 kg/m³ - e.g. spruce/fir) - rough, technically dried 5.810 2,1% 89,0% 2142715290 4750,1202,52-1,500,000944 kg
Gypsum plasterboard – flame-retardant (900 kg/m³) 4.671 1,7% 90,7% 2142715612 9000,2504,390,1920,000734 kg
OSB boards (650 kg/m³) 3.539 1,3% 92,0% 2142715124 6500,1308,56-1,150,00210 kg
Solid parquet 2.623 0,9% 92,9% 2142684313 7400,16017,80,06520,00514 kg
Adhesive - artificial resin 2.126 0,8% 93,7% 2142684361 1.2000,90027,01,090,00426 kg
Aerated concrete (375 kg/m³) 2.126 0,8% 94,4% 2142714733 3750,1102,820,2270,000662 kg
Wood wool panel WW, magnesite-bonded (350 kg/m³) 1.736 0,6% 95,1% 2142715242 3500,1104,07-0,1330,000903 kg
Timber (475 kg/m³ - e.g. spruce/fir) - planed, technically dried 1.566 0,6% 95,6% 2142715107 4750,1203,59-1,440,00128 kg
Plywood and veneer timber for interior use (600 kg/m³) 1.557 0,6% 96,2% 2142715127 6000,12011,1-1,040,00413 kg
Synthesa Inthermo HFD-Holzfaserdämmplatte 1.488 0,5% 96,7% 2142685099 2500,05314,4-0,8040,00400 kg
Triple-glazed heat-protection glass, Argon, 40 < pane thickness 1.445 0,5% 97,2% 2142706825 53440,80,311
Wood/aluminium spruce frame <=109 block frame depth 1.248 0,4% 97,7% 2142706805 1.742-9,890,523
EPS-(RECYCLING) Granulate levelling fillers with binders or cement-bonded (150 kg/m³) 1.088 0,4% 98,1% 2142715091 1500,0759,460,7210,00171 kg
Polymer bitumen sealing sheeting 1.088 0,4% 98,5% 2142684291 1.1000,23041,60,8190,00556 kg
Inner door to buffer space (wood, varnished) 823 0,3% 98,8% 2142684502 7000,160975-25,50,208
Bachl EPS W-20 809 0,3% 99,1% 2142705760 200,03898,94,170,0149 kg
AUSTROTHERM XPS TOP 30 SF 653 0,2% 99,3% 2142702349 300,03693,64,200,0155 kg
Polyethylene (PE) roof underlay - open to diffusion 509 0,2% 99,5% 2142700493 9800,5001053,300,00842 kg
Polyethylene (PE) vapour brake 290 0,1% 99,6% 2142712508 6500,50084,72,630,0103 kg
Glass wool MW(GW)-T (80 kg/m³) 277 0,1% 99,7% 2142714923 800,03546,22,450,0153 kg
Building paper 186 0,1% 99,8% 2142684284 5000,17014,2-0,9530,00589 kg
Knauf Gipskarton Bauplatte 142 0,1% 99,8% 2142701948 6800,2503,530,1530,000447 kg
Glass wool MW(GW)-WL (18 kg/m³) 141 0,1% 99,9% 2142714913 180,03846,22,450,0153 kg
Glass wool MW(GW)-WF (50 kg/m³) 140 0,1% 99,9% 2142714920 500,03546,22,450,0153 kg
Reinforcing steel 130 0,0% 99,9% 2142716114 7.80050,00017,51,190,00425 kg
Baumit KlebeSpachtel 34 0,0% 100,0% 2142707285 1.4000,8004,070,3410,000954 kg
Sarnafil TS 77 31 0,0% 100,0% 106 1.1000,17069,82,100,00792 kg
Silicate plaster with synthetic resin additive 29 0,0% 100,0% 2142684365 1.8000,80011,40,5310,00279 kg
Low-alloy steel (alloy content: 1 %) 21 0,0% 100,0% 2142715682 7.80050,00019,81,360,00529 kg
Sto-Polystyrol-Hartschaumplatte PS15SE 040 12 0,0% 100,0% 2142685604 150,04098,94,170,0149 kg
Bachl EPS W-30 12 0,0% 100,0% 2142705762 280,03598,94,170,0149 kg

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