Purpose: To be able to categorize the substances with similar characteristics that are emitted during the product lifecycle you need to enter a number of substance groups.
Windows:
Eco-footprint Basic Data
Substance Group | Description |
BFR | Brominated Flame Retardants |
METALS | Heavy Metals |
GREEN GAS | Green House Gases |
Purpose: The purpose of this exercise is to register different types of emission substances.
Windows:
Substance
Note: For each installation there is a number of system-generated substance numbers.
Enter substance numbers as described in the table below.
Substance No | Description | Substance Group | Default Media Code | UoM | Green House Gas | GPW | High Acute Toxicity | Human Toxicity Potential | Carcinogenic | Environmental Hazardous | Energy | MJ per Substance UoM |
PB | Lead | METALS | Product | kg | ü | 0,1 | ü | |||||
CD | Cadmium | METALS | Product | kg | ü | 0,1 | ü | |||||
PBDE | Polybrominated Diphenyl Ethers | BFR | Product | kg | ü | |||||||
PLASTIC | Plastic Packaging | Recycling | kg | |||||||||
CO2 | Carbon Dioxide | GREEN GAS | Air | kg | ü | 1 | ||||||
ENERGY | Energy | Waste | kWh | ü | 3,6 |
Purpose: The purpose of this exercise is to enter the emissions that are generated during the transport of the parts.
Windows:
Eco-footprint Basic Data
Ship Via Code | Substance No | Emission Media Code | Emissions per Distance and Weight Unit |
30 | CO2 | Air | 0,05 |
10 | CO2 | Air | 0,7 |
Note: The supplier must have a distance in supply chain matrix for the suppliers default ship-via code in order to calculate transport emissions