Brightway Flows 1.0
GitHub

Sulfur Oxides

fe0acd60-3ddc-11dd-a20a-0050c2490048

Identity

Substance
fo-4f8a2868266d1886 Molecule grouping class
Source
EF 3.1
Unit
kg
Context
Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)
CAS
—
EC
—

Context

Dimension
Environmental
Media
Air
Population density
Rural (<1000 people/square mile)
Strata
Medium stack, <150 meters

Source lists

1
List Version Source flow Name there Why this flow
EF 3.1 fe0acd60-3ddc-11dd-a20a-0050c2490048 sulfur oxides The consensus list is built from this one, so this row is the flow itself rather than something matched to it.

Concept associations

1
Source list Source flow Name there Compartment there Match Conversion
EF 3.1 fe0acd60-3ddc-11dd-a20a-0050c2490048 sulfur oxides Emissions/Emissions to air/Emissions to non-urban air or from high stacks exactMatch —

Characterisation factors

224

Every implementation that says anything about this flow. Published as is what this list did with the row: where more than one implementation states a number and they agree it publishes it as agreed; where only one speaks, as sole; where they disagree it publishes nothing and asks.

Method Implementation Category Place Factor Published as
EF 3.1 European Commission — JRC Acidification — 1.31 —
EF 3.1 brightway-flows Acidification — 1.31 sole
EF 3.1 European Commission — JRC Acidification AL 0.032 —
EF 3.1 brightway-flows Acidification AL 0.032 sole
EF 3.1 European Commission — JRC Acidification AT 0.711 —
EF 3.1 brightway-flows Acidification AT 0.711 sole
EF 3.1 European Commission — JRC Acidification BA 0.101 —
EF 3.1 brightway-flows Acidification BA 0.101 sole
EF 3.1 European Commission — JRC Acidification BE 1.579 —
EF 3.1 brightway-flows Acidification BE 1.579 sole
EF 3.1 European Commission — JRC Acidification BG 0.041 —
EF 3.1 brightway-flows Acidification BG 0.041 sole
EF 3.1 European Commission — JRC Acidification BY 0.688 —
EF 3.1 brightway-flows Acidification BY 0.688 sole
EF 3.1 European Commission — JRC Acidification CH 0.494 —
EF 3.1 brightway-flows Acidification CH 0.494 sole
EF 3.1 European Commission — JRC Acidification CS 0.146 —
EF 3.1 brightway-flows Acidification CS 0.146 sole
EF 3.1 European Commission — JRC Acidification CZ 2.12 —
EF 3.1 brightway-flows Acidification CZ 2.12 sole
EF 3.1 European Commission — JRC Acidification DE 2.281 —
EF 3.1 brightway-flows Acidification DE 2.281 sole
EF 3.1 European Commission — JRC Acidification DK 2.043 —
EF 3.1 brightway-flows Acidification DK 2.043 sole
EF 3.1 European Commission — JRC Acidification EE 0.369 —
EF 3.1 brightway-flows Acidification EE 0.369 sole
EF 3.1 European Commission — JRC Acidification ES 0.108 —
EF 3.1 brightway-flows Acidification ES 0.108 sole
EF 3.1 European Commission — JRC Acidification FI 0.463 —
EF 3.1 brightway-flows Acidification FI 0.463 sole
EF 3.1 European Commission — JRC Acidification FR 0.715 —
EF 3.1 brightway-flows Acidification FR 0.715 sole
EF 3.1 European Commission — JRC Acidification GB 1.187 —
EF 3.1 brightway-flows Acidification GB 1.187 sole
EF 3.1 European Commission — JRC Acidification GR 0.012 —
EF 3.1 brightway-flows Acidification GR 0.012 sole
EF 3.1 European Commission — JRC Acidification HR 0.187 —
EF 3.1 brightway-flows Acidification HR 0.187 sole
EF 3.1 European Commission — JRC Acidification HU 0.542 —
EF 3.1 brightway-flows Acidification HU 0.542 sole
EF 3.1 European Commission — JRC Acidification IE 0.558 —
EF 3.1 brightway-flows Acidification IE 0.558 sole
EF 3.1 European Commission — JRC Acidification IT 0.11 —
EF 3.1 brightway-flows Acidification IT 0.11 sole
EF 3.1 European Commission — JRC Acidification LT 0.569 —
EF 3.1 brightway-flows Acidification LT 0.569 sole
EF 3.1 European Commission — JRC Acidification LU 1.259 —
EF 3.1 brightway-flows Acidification LU 1.259 sole
EF 3.1 European Commission — JRC Acidification LV 0.431 —
EF 3.1 brightway-flows Acidification LV 0.431 sole
EF 3.1 European Commission — JRC Acidification MD 0.176 —
EF 3.1 brightway-flows Acidification MD 0.176 sole
EF 3.1 European Commission — JRC Acidification MK 0.035 —
EF 3.1 brightway-flows Acidification MK 0.035 sole
EF 3.1 European Commission — JRC Acidification NL 1.554 —
EF 3.1 brightway-flows Acidification NL 1.554 sole
EF 3.1 European Commission — JRC Acidification NO 4.524 —
EF 3.1 brightway-flows Acidification NO 4.524 sole
EF 3.1 European Commission — JRC Acidification PL 1.742 —
EF 3.1 brightway-flows Acidification PL 1.742 sole
EF 3.1 European Commission — JRC Acidification PT 0.037 —
EF 3.1 brightway-flows Acidification PT 0.037 sole
EF 3.1 European Commission — JRC Acidification RO 0.201 —
EF 3.1 brightway-flows Acidification RO 0.201 sole
EF 3.1 European Commission — JRC Acidification RU 0.037 —
EF 3.1 brightway-flows Acidification RU 0.037 sole
EF 3.1 European Commission — JRC Acidification SE 1.993 —
EF 3.1 brightway-flows Acidification SE 1.993 sole
EF 3.1 European Commission — JRC Acidification SI 0.237 —
EF 3.1 brightway-flows Acidification SI 0.237 sole
EF 3.1 European Commission — JRC Acidification SK 0.786 —
EF 3.1 brightway-flows Acidification SK 0.786 sole
EF 3.1 European Commission — JRC Acidification UA 0.153 —
EF 3.1 brightway-flows Acidification UA 0.153 sole
EF 3.1 European Commission — JRC EF-particulate Matter — 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter — 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter AL 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter AL 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter AT 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter AT 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter BA 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter BA 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter BE 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter BE 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter BG 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter BG 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter BY 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter BY 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter CH 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter CH 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter CS 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter CS 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter CZ 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter CZ 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter DE 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter DE 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter DK 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter DK 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter EE 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter EE 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter ES 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter ES 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter FI 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter FI 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter FR 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter FR 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter GB 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter GB 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter GR 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter GR 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter HR 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter HR 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter HU 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter HU 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter IE 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter IE 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter IT 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter IT 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter LT 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter LT 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter LU 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter LU 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter LV 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter LV 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter MD 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter MD 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter MK 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter MK 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter NL 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter NL 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter NO 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter NO 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter PL 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter PL 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter PT 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter PT 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter RO 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter RO 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter RU 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter RU 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter SE 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter SE 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter SI 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter SI 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter SK 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter SK 9.9000e-07 sole
EF 3.1 European Commission — JRC EF-particulate Matter UA 9.9000e-07 —
EF 3.1 brightway-flows EF-particulate Matter UA 9.9000e-07 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health — 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health — 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health AL 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health AL 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health AT 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health AT 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health BA 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health BA 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health BE 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health BE 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health BG 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health BG 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health BY 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health BY 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health CH 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health CH 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health CS 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health CS 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health CZ 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health CZ 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health DE 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health DE 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health DK 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health DK 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health EE 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health EE 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health ES 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health ES 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health FI 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health FI 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health FR 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health FR 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health GB 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health GB 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health GR 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health GR 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health HR 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health HR 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health HU 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health HU 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health IE 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health IE 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health IT 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health IT 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health LT 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health LT 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health LU 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health LU 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health LV 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health LV 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health MD 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health MD 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health MK 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health MK 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health NL 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health NL 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health NO 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health NO 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health PL 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health PL 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health PT 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health PT 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health RO 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health RO 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health RU 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health RU 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health SE 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health SE 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health SI 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health SI 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health SK 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health SK 0.0811 sole
EF 3.1 European Commission — JRC Photochemical ozone formation - human health UA 0.0811 —
EF 3.1 brightway-flows Photochemical ozone formation - human health UA 0.0811 sole
Stepwise 2006 brightway-flows Acidification — 19 carried
Stepwise 2006 brightway-flows Respiratory inorganics — 0.078 carried

This flow in the difference report

History

The change log and the PROV-O trail (0 consensus changes)

Open the changes page

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Full record

Flow JSON 
{
  "altLabel": [],
  "properties": {},
  "references": [],
  "prefLabel": [
    {
      "@value": "Sulfur Oxides",
      "@language": "en",
      "source": {
        "prov:wasGeneratedBy": "bootstrap_labels",
        "prov:wasAttributedTo": "brightway-flows",
        "prov:hadPrimarySource": [
          "EF 3.1"
        ],
        "prov:wasDerivedFrom": "legacy name field"
      }
    }
  ],
  "@type": [
    "https://w3id.org/chemrof/MoleculeGroupingClass"
  ],
  "uuid": "fe0acd60-3ddc-11dd-a20a-0050c2490048",
  "identifier": "fe0acd60-3ddc-11dd-a20a-0050c2490048",
  "source": "EF 3.1",
  "cas_numbers": [],
  "ec_numbers": [],
  "context": {
    "dimension": "Environmental",
    "media": "Air",
    "strata": "Medium stack, <150 meters",
    "population_density": "Rural (<1000 people/square mile)"
  },
  "synonyms": [],
  "lcia_methods": [
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "DE"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "NO"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "BE"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "FI"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "RU"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "PT"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "BG"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "DK"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "LT"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "LU"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "HR"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "LV"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "FR"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "UA"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "HU"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "SE"
    },
    {
      "method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
      "name": "EF-particulate Matter",
      "methodology": "Environmental Footprint",
      "impact_category": "Respiratory inorganics",
      "impact_indicator": "Impact on human health",
      "characterization_factor": 9.9e-7,
      "geography": "SI"
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  "input_datasets": [
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}

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A flow can be wrong in three ways, and they are decided differently. Pick the one that matches what you are looking at.

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