Research Article
Potential Environmental Benefits of Ultralight Particleboards with Biobased Foam Cores
Table 4
Detail inventory for 1 m3 panel from gate-to-gate (Module A3).
| Flow | Unit | PB | ULPB (EPS) | ULPB (PLA/PMMA) | ULPB (PLA) |
| Input | Resources | | | | | | Water for cooling | m3 | | | | | Equipment | | | | | | Plant | Count | | | | | Batch reactor | Count | | | | | Absorption chiller | Count | | | | | Liquid storage tank | Count | | | | | Energy | | | | | | Electricity | kWh | | | | | Heat | MJ | | | | | …thereof Biomass | MJ | | | | | …thereof Gas | MJ | | | | | …thereof Oil | MJ | | | | |
| Output | Product | m3 | | | | | Byproducts: wood chips | m3 | | | | | Waste water | m3 | | | | | Heat | MJ | | | | | Emissions | | | | | | CO2 fossil | kg | | | | | CO2 biogenic | kg | | | | | | kg | | | | | | kg | | | | | NMVOC | kg | | | | | Particulates | kg | | | | | Formaldehyde | kg | | | | | Pentane | kg | | | | |
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