Eco Audit Report

Product Name elaboracion de cuadernos

Product Life (years) 1

Energy and CO2 Footprint Summary:

Energy Details...

CO2 Details...

Phase Energy (MJ) Energy (%) CO2 (kg) CO2 (%)

Material 6.72 91.8 0.195 80.3

Manufacture 0.577 7.9 0.0462 19.0

Transport 0.000736 0.0 5.23e-05 0.0

Use 0 0.0 0 0.0

Disposal 0.023 0.3 0.00161 0.7

Total (for first life) 7.32 100 0.243 100

End of life potential 0 0

NOTE: Differences of less than 20% are not usually significant. Page 1 of 3See notes on precision and data sources. 3 January 2013

Eco Audit Report

Energy and CO2 SummaryEnergy Analysis

Energy (MJ)/year

Equivalent annual environmental burden (averaged over 1 year product life): 7.3

Detailed breakdown of individual life phases

Material: Energy and CO2 Summary

Component MaterialRecycled

content* (%)

Part mass (kg)

Qty.Total mass

processed** (kg)

Energy (MJ)

%

hojas Paper (cellulose based) Virgin (0%) 0.075 1 0.075 3.9 57.4

anillado PUR (casting resin, unsaturated)

Virgin (0%) 0.025 1 0.025 2.2 32.4

tapa Cardboard Virgin (0%) 0.015 1 0.015 0.69 10.3

Total 3 0.12 6.7 100

*Typical: Includes 'recycle fraction in current supply'

**Where applicable, includes material mass removed by secondary processes

Manufacture: Energy and CO2 Summary

Component Process % Removed Amount processed Energy (MJ) %

hojas Cutting and trimming - 0 kg 0 0.0

anillado Polymer molding - 0.025 kg 0.58 100.0

Total 0.58 100

Transport: Energy and CO2 Summary

Breakdown by transport stage Total product mass = 0.12 kg

Stage name Transport type Distance (km) Energy (MJ) %

distribucion Sea freight 40 0.00074 100.0

Total 40 0.00074 100

Breakdown by components

Component Component mass (kg) Energy (MJ) %

hojas 0.075 0.00048 65.2

anillado 0.025 0.00016 21.7

tapa 0.015 9.6e-05 13.0

Total 0.12 0.00074 100

Use: Energy and CO2 Summary

NOTE: Differences of less than 20% are not usually significant. Page 1 of 3See notes on precision and data sources. 3 January 2013

Relative contribution of static and mobile modes

Mode Energy (MJ) %

Static 0

Mobile 0

Total 0 100

Disposal: Energy and CO2 Summary

ComponentEnd of life

option% recovered

Energy (MJ)

%

hojas Landfill 100.0 0.015 65.2

anillado Landfill 100.0 0.005 21.7

tapa Landfill 100.0 0.003 13.0

Total 0.023 100

EoL potential:

ComponentEnd of life

option% recovered

Energy (MJ)

%

hojas Landfill 100.0 0

anillado Landfill 100.0 0

tapa Landfill 100.0 0

Total 0 100

Notes: Energy and CO2 Summary

NOTE: Differences of less than 20% are not usually significant. Page 1 of 3See notes on precision and data sources. 3 January 2013

Eco Audit Report

Energy and CO2 SummaryCO2 Footprint Analysis

CO2 (kg)/year

Equivalent annual environmental burden (averaged over 1 year product life): 0.243

Detailed breakdown of individual life phases

Material: Energy and CO2 Summary

Component MaterialRecycled

content* (%)

Part mass (kg)

Qty.Total mass

processed** (kg)

CO2 footprint

(kg)%

hojas Paper (cellulose based) Virgin (0%) 0.075 1 0.075 0.088 44.9

anillado PUR (casting resin, unsaturated)

Virgin (0%) 0.025 1 0.025 0.093 47.4

tapa Cardboard Virgin (0%) 0.015 1 0.015 0.015 7.7

Total 3 0.12 0.2 100

*Typical: Includes 'recycle fraction in current supply'

**Where applicable, includes material mass removed by secondary processes

Manufacture: Energy and CO2 Summary

Component Process % Removed Amount processedCO2

footprint (kg)

%

hojas Cutting and trimming - 0 kg 0 0.0

anillado Polymer molding - 0.025 kg 0.046 100.0

Total 0.046 100

Transport: Energy and CO2 Summary

Breakdown by transport stage Total product mass = 0.12 kg

Stage name Transport type Distance (km)CO2 footprint

(kg)%

distribucion Sea freight 40 5.2e-05 100.0

Total 40 5.2e-05 100

Breakdown by components

Component Component mass (kg)CO2 footprint

(kg)%

hojas 0.075 3.4e-05 65.2

anillado 0.025 1.1e-05 21.7

tapa 0.015 6.8e-06 13.0

Total 0.12 5.2e-05 100

NOTE: Differences of less than 20% are not usually significant. Page 1 of 3See notes on precision and data sources. 3 January 2013

Use: Energy and CO2 Summary

Relative contribution of static and mobile modes

Mode CO2 footprint (kg) %

Static 0

Mobile 0

Total 0 100

Disposal: Energy and CO2 Summary

ComponentEnd of life

option% recovered

CO2 footprint

(kg)%

hojas Landfill 100.0 0.0011 65.2

anillado Landfill 100.0 0.00035 21.7

tapa Landfill 100.0 0.00021 13.0

Total 0.0016 100

EoL potential:

ComponentEnd of life

option% recovered

CO2 footprint

(kg)%

hojas Landfill 100.0 0

anillado Landfill 100.0 0

tapa Landfill 100.0 0

Total 0 100

Notes: Energy and CO2 Summary

NOTE: Differences of less than 20% are not usually significant. Page 1 of 3See notes on precision and data sources. 3 January 2013