Table 3.
Impacts of scenarios for decentralised process.
| Impact category | Unit | (A) FRELP | (B.1) FRELP decentralised |
(B.2) FRELP decentralised |
Variations (compared to scenario A) |
|
|---|---|---|---|---|---|---|
| (300 km) | (500 km) | B.1 | B.2 | |||
| Climate change | [kg CO2 eq] | 4.6E+02 | 3.9E+02 | 4.0E+02 | −15% | −14% |
| Ozone depletion | [kg CFC-11 eq] | 3.3E-05 | 2.2E-05 | 2.2E-05 | −34% | −31% |
| Human toxicity, cancer effects | [CTUh] | 1.4E-05 | 1.0E-05 | 1.0E-05 | −28% | −26% |
| Human toxicity, non-cancer effects | [CTUh] | 1.6E-05 | 1.1E-05 | 1.1E-05 | −32% | −30% |
| Human toxicity (ReCiPe) | [kg 1,4-DB eq] | 3.5E+02 | 2.5E+02 | 2.6E+02 | −28% | −26% |
| Particulate matter | [kg PM2.5 eq] | 1.0E-01 | 8.1E-02 | 8.2E-02 | −19% | −18% |
| Ionising radiation HH | [kg U235 eq] | 3.2E+01 | 2.5E+01 | 2.5E+01 | −22% | −21% |
| Photochemical ozone formation | [kg NMVOC eq] | 3.0E+00 | 2.7E+00 | 2.7E+00 | −10% | −10% |
| Acidification | [molc H+ eq] | 2.7E+00 | 2.4E+00 | 2.4E+00 | −10% | −10% |
| Acidification (EDIP) | [m2] | 5.2E+01 | 4.9E+01 | 4.9E+01 | −7% | −6% |
| Terrestrial eutrophication | [molc N eq] | 1.2E+01 | 1.1E+01 | 1.1E+01 | −8% | −8% |
| Freshwater eutrophication | [kg P eq] | 5.4E-02 | 4.7E-02 | 4.8E-02 | −12% | −11% |
| Marine eutrophication | [kg N eq] | 1.1E+00 | 1.0E+00 | 1.0E+00 | −9% | −8% |
| Freshwater ecotoxicity | [CTUe] | 2.6E+02 | 1.9E+02 | 2.0E+02 | −24% | −23% |
| Abiotic depletion potential (mineral) | [kg Sb eq] | 4.4E-03 | 2.3E-03 | 2.4E-03 | −47% | −45% |
| Cumulative energy demand, non-renewable | [MJ] | 3.1E+03 | 2.0E+03 | 2.1E+03 | −35% | −32% |