Human toxicity, non-cancer

consensus-flow-list 40,541 factors over 40,541 flows, 34,489 of them non-zero

European Commission — JRC 39,389 factors over 39,389 flows, 33,329 of them non-zero

ecoinvent Centre 4,500 factors over 4,500 flows, 4,500 of them non-zero

GreenDelta 672 factors over 672 flows, 672 of them non-zero

Compare two of these implementations — only the rows where they state different numbers.

One row per flow and place. Published as is what this list did with the row: agreed where more than one implementation stated the same number, sole where only one spoke, and nothing at all where the disagreement went to a queue instead.

Order Largest number stated Flow name

Flow	Place	ecoinvent Centre	GreenDelta	Published as
1,1-dichloroethylene Environmental → Water → Long-term	—	—	—	sole
Vinyl Chloride Environmental → Air → Long-term	—	—	—	sole
Vinyl Chloride Environmental → Water → Long-term	—	—	—	sole
Diphenamid Environmental → Air → Long-term	—	—	—	sole
Fenthion Environmental → Air → Long-term	—	—	—	sole
Dipropylene Glycol Methyl Ether Environmental → Air → Long-term	—	—	—	sole
Dipropylene Glycol Methyl Ether Environmental → Water → Long-term	—	—	—	sole
Sethoxydim Environmental → Air → Long-term	—	—	—	sole
Flutolanil Environmental → Air → Long-term	—	—	—	sole
Flutolanil Environmental → Water → Long-term	—	—	—	sole
Isofenphos Environmental → Air → Long-term	—	—	—	sole
Isofenphos Environmental → Water → Long-term	—	—	—	sole
Isophorone Environmental → Air → Long-term	—	—	—	sole
Isophorone Environmental → Water → Long-term	—	—	—	sole
Dimethyl Phthalate Environmental → Water → Long-term	—	—	—	sole
Dimethyl Succinate Environmental → Air → Long-term	—	—	—	sole
Diquat Dibromide Environmental → Air → Long-term	—	—	—	sole
Diquat Dibromide Environmental → Water → Long-term	—	—	—	sole
Butyl Acrylate Environmental → Air → Long-term	—	—	—	sole
2-(2-butoxyethoxy)ethyl Acetate Environmental → Air → Long-term	—	—	—	sole
Fentin Hydroxide Environmental → Air → Long-term	—	—	—	sole
Fentin Hydroxide Environmental → Water → Long-term	—	—	—	sole
Fluazifop-p-butyl Environmental → Water → Long-term	—	—	—	sole
Fluoranthene Environmental → Water → Long-term	—	—	—	sole
Fluorene Environmental → Air → Long-term	—	—	—	sole
Fluroxypyr Environmental → Water → Long-term	—	—	—	sole
Folpet Environmental → Air → Long-term	—	—	—	sole
Folpet Environmental → Water → Long-term	—	—	—	sole
Imazaquin Environmental → Air → Long-term	—	—	—	sole
Imazaquin Environmental → Water → Long-term	—	—	—	sole
Bromochloromethane Environmental → Air → Long-term	—	—	—	sole
Chlormequat Chloride Environmental → Air → Long-term	—	—	—	sole
Furan Environmental → Air → Long-term	—	—	—	sole
Furfuryl Alcohol Environmental → Air → Long-term	—	—	—	sole
Glutaraldehyde Environmental → Water → Long-term	—	—	—	sole
Glyoxal Environmental → Air → Long-term	—	—	—	sole
Glyphosate Environmental → Air → Long-term	—	—	—	sole
Glyphosate Environmental → Water → Long-term	—	—	—	sole
Heptachlor Environmental → Air → Long-term	—	—	—	sole
Heptachlor Environmental → Water → Long-term	—	—	—	sole
Heptane Environmental → Air → Long-term	—	—	—	sole
Heptane Environmental → Water → Long-term	—	—	—	sole
Endosulfan Environmental → Air → Long-term	—	—	—	sole
Endosulfan Environmental → Water → Long-term	—	—	—	sole
Naphthalene Environmental → Air → Long-term	—	—	—	sole
Hexane Environmental → Water → Long-term	—	—	—	sole
Hydrogen cyanide Environmental → Air → Long-term	—	—	—	sole
Hydrogen cyanide Environmental → Water → Long-term	—	—	—	sole
Linuron Environmental → Air → Long-term	—	—	—	sole
Linuron Environmental → Water → Long-term	—	—	—	sole

Where two of these implementations differ, only the rows they state different numbers for — or this category in the whole-method difference report.

Human toxicity, non-cancer_organics

Factors

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