Where the implementations differ
Every row more than one implementation states, sorted by ratio, widest first. A difference is not an error. Competent teams rendering one method against different flow lists will differ, and most of these are modelling choices; the widest are worth a conversation, not a correction.
Published says what this list did about the row: `agreed` where they stated one number, `sole` where only one did, and nothing at all where the disagreement went to a queue instead.
| Flow | Category | Place | European Commission — JRC | GreenDelta | ecoinvent Centre | Apart | Published |
|---|---|---|---|---|---|---|---|
|
Vanadium(5+)
Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | 1.3384e-05 | 1.3384e-06 | 1.3384e-05 |
10×
10x
European Commission — JRC higher
|
agreed |
|
Vanadium(5+)
Environmental → Air → Ground level → Urban (>1000 people/square mile)
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | 1.3680e-05 | 1.3680e-06 | 1.3680e-05 |
10×
10x
European Commission — JRC higher
|
agreed |
|
Magnesium
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 1.6400e-10 | 3.2881e-10 |
2×
10x
ecoinvent Centre higher
|
restated |
|
Silicon
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 9.9900e-11 | 1.9982e-10 |
2×
10x
ecoinvent Centre higher
|
restated |
|
Aluminium(3+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 7.7300e-10 | 1.5460e-09 |
2×
2x
ecoinvent Centre higher
|
adopted |
|
Selenium(4+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 9.3300e-08 | 1.8648e-07 |
2×
2x
ecoinvent Centre higher
|
adopted |
|
Titanium, ion
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 2.1500e-12 | 4.2970e-12 |
2×
2x
ecoinvent Centre higher
|
adopted |
|
Ammonium
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 1.9700e-09 | 3.9313e-09 |
2×
2x
ecoinvent Centre higher
|
restated |
|
Molybdenum(6+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 5.1900e-07 | 1.0080e-06 |
1.94×
2x
ecoinvent Centre higher
|
restated |
|
Antimony, Ion
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 1.8300e-05 | 3.4909e-05 |
1.91×
2x
ecoinvent Centre higher
|
adopted |
|
Nickel(2+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 3.5200e-07 | 6.6923e-07 |
1.9×
2x
ecoinvent Centre higher
|
restated |
|
Cadmium(2+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 2.4900e-04 | 4.6859e-04 |
1.88×
2x
ecoinvent Centre higher
|
restated |
|
Thallium(1+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 8.6700e-05 | 1.6286e-04 |
1.88×
2x
ecoinvent Centre higher
|
restated |
|
Vanadium(5+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 9.6000e-06 | 1.8003e-05 |
1.88×
2x
ecoinvent Centre higher
|
restated |
|
Chromium(6+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 1.1900e-07 | 2.2292e-07 |
1.87×
2x
ecoinvent Centre higher
|
restated |
|
Zinc(2+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 1.4300e-06 | 2.6391e-06 |
1.85×
2x
ecoinvent Centre higher
|
restated |
|
Arsenic, Ion
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 0.00138 | 0.002526 |
1.83×
2x
ecoinvent Centre higher
|
adopted |
|
Bromine
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 7.8500e-08 | 1.4269e-07 |
1.82×
2x
ecoinvent Centre higher
|
restated |
|
Phosphorus
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 1.1100e-09 | 1.9831e-09 |
1.79×
2x
ecoinvent Centre higher
|
restated |
|
Beryllium(2+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 1.4200e-08 | 2.5246e-08 |
1.78×
2x
ecoinvent Centre higher
|
restated |
|
Fluoride
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 3.7600e-07 | 6.6344e-07 |
1.76×
2x
ecoinvent Centre higher
|
restated |
|
Copper, Ion
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 7.7900e-10 | 1.3667e-09 |
1.75×
2x
ecoinvent Centre higher
|
adopted |
|
Silver(1+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 2.7900e-05 | 4.7018e-05 |
1.69×
2x
ecoinvent Centre higher
|
restated |
|
Lead(2+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 3.0100e-06 | 5.0348e-06 |
1.67×
2x
ecoinvent Centre higher
|
restated |
|
Barium(2+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 8.4800e-06 | 1.4184e-05 |
1.67×
2x
ecoinvent Centre higher
|
restated |
|
Chromium(3+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 1.2900e-12 | 2.0690e-12 |
1.6×
2x
ecoinvent Centre higher
|
restated |
|
Mercury(2+)
Environmental → Water → Unconfined aquifer
|
Human toxicity, non-cancer_inorganics
EF 3.1
|
— | — | 0.00147 | 0.001794 |
1.22×
2x
ecoinvent Centre higher
|
restated |