Outcomes
One row per source flow per list. Needs a decision is an unmatched flow with candidate substances — usually a context or unit mismatch. Needs a substance is one without: a genuinely unknown compound, already enriched before matching, so it wants a ruling rather than another pass.
| Source flow | List | Context | Unit | CAS | Outcome | Basis | Target | Candidates |
|---|---|---|---|---|---|---|---|---|
|
Noble Gases, Radioactive, Unspecified
fef20853-5b12-4b7f-8228-0dcbe0baba1c
|
ecoinvent-3.12 | air → unspecified | kBq | — | algorithm |
label
Noble Gases, Radioactive, Unspecified
|
1e45f7d3-9755-4b86-8815-e15e3e01d8b3 |
1 flow
|
|
Promethium-147
08e8878b-4069-4b49-8bca-0dd7c9b44b71
|
ecoinvent-3.12 | air → urban air close to ground | kBq | 14380-75-7 | algorithm |
cas
14380-75-7
|
3f30a1c7-3c63-4504-b8a9-aa06231c6285 |
1 flow
|
|
Ethylene Oxide
754ccda0-6129-5288-986e-0de6d578dc59
|
ecoinvent-3.12 | soil → unspecified | kg | 75-21-8 | algorithm |
cas
75-21-8
|
fe0acd60-3ddc-11dd-a487-0050c2490048 |
1 flow
|
|
Aldehydes, Unspecified
06f0a67c-ec68-435d-8c32-0decd79a4a1a
|
ecoinvent-3.12 | air → unspecified | kg | — | algorithm |
label
Aldehydes, Unspecified
|
c272c3fb-b732-48fb-8eaf-b89f8c67e8ce |
1 flow
|
|
Trans-permethrin
32a11a3f-a794-553e-b1e9-0df13b862f76
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 61949-77-7 | algorithm |
cas
61949-77-7
|
ee62a0e7-ad14-49f3-b12e-db05b19c5d63 |
1 flow
|
|
Flamprop-methyl
05fe61a5-3ea6-5866-8b1b-0df3a1967eec
|
ecoinvent-3.12 | soil → agricultural | kg | 52756-25-9 | algorithm |
cas
52756-25-9
|
e7645708-3408-41e9-8b59-9ec7956fc449 |
1 flow
|
|
Clofentezine
d3888c0e-5676-53b1-9b95-0e00b41bfda3
|
ecoinvent-3.12 | water → surface water | kg | 74115-24-5 | algorithm |
cas
74115-24-5
|
4d9a8790-3ddd-11dd-942a-0050c2490048 |
1 flow
|
|
Diquat
e26389f0-d555-5406-bdd2-0e091bb5a93e
|
ecoinvent-3.12 | air → unspecified | kg | 2764-72-9 | algorithm |
cas
2764-72-9
|
230e4a01-09d8-4302-a7e6-d4e93676df6a |
1 flow
|
|
Barium II
95ad40ec-c34b-49fc-a7dc-0e13172ac105
|
ecoinvent-3.12 | water → ocean | kg | 22541-12-4 | algorithm |
cas
22541-12-4
|
57ade468-589b-4cf9-a180-8c7f05d48146 |
1 flow
|
|
Pyrithiobac Sodium Salt
50721658-44f0-5cb3-9a19-0e2156c5b0ed
|
ecoinvent-3.12 | soil → forestry | kg | 123343-16-8 | algorithm |
cas
123343-16-8
|
e75aef20fabab5fe91cb58f6180ffd1d621fbd91 |
3 flows, 3 tied at 3
|
|
Iron-59
128e3b2b-08f7-4777-a984-0e3685e745ef
|
ecoinvent-3.12 | air → low population density, long-term | kBq | 14596-12-4 | algorithm |
cas
14596-12-4
|
32ccfa82-6556-11dd-ad8b-0800200c9a66 |
1 flow
|
|
Borate
2ce73c7e-01b7-4fc0-a995-0e3785d5277d
|
ecoinvent-3.12 | water → ocean | kg | 11129-12-7 | algorithm |
label
Borate
|
af771331-3c2b-418f-990c-63ed1f1f1b2f |
1 flow
|
|
Occupation, Forest, Intensive
aca1714f-0040-4a65-a73a-0e38aa9f50f4
|
ecoinvent-3.12 | natural resource → land | m2.a | — | algorithm |
land_class
occupation/forest/intensity=intensive
|
eb01bbdf-8977-4dd2-9c20-9d59d6f8a71f |
1 flow
|
|
Methiocarb
7191ee49-deb7-5391-b194-0e3b1abaa3a3
|
ecoinvent-3.12 | soil → unspecified | kg | 2032-65-7 | algorithm |
cas
2032-65-7
|
08a91e70-3ddc-11dd-a232-0050c2490048 |
1 flow
|
|
Zineb
a5ee5afb-2710-5f24-a619-0e460c5259d7
|
ecoinvent-3.12 | soil → forestry | kg | 12122-67-7 | algorithm |
cas
12122-67-7
|
1c99c1423f883b4a041d2fbab7df8ed9d8b24387 |
3 flows, 3 tied at 3
|
|
Dieldrin
5ec0c9db-f3f6-5cf7-bb9a-0e487b7e9506
|
ecoinvent-3.12 | water → surface water | kg | 60-57-1 | algorithm |
cas
60-57-1
|
4d9a8790-3ddd-11dd-8ce9-0050c2490048 |
1 flow
|
|
Methylarsonic Acid
69b9a25b-bb93-5d2e-a64a-0e4b7b32fa43
|
ecoinvent-3.12 | soil → forestry | kg | 124-58-3 | algorithm |
cas
124-58-3
|
bc92dc104c0a7354986647f1de4dd32e6cdee280 |
3 flows, 3 tied at 3
|
|
Butyl Acetate
1fee3bdb-480b-4194-b3d7-0e4bd2814c33
|
ecoinvent-3.12 | air → low population density, long-term | kg | 123-86-4 | algorithm |
cas
123-86-4
|
4d9a8790-3ddd-11dd-97e0-0050c2490048 |
1 flow
|
|
Primisulfuron-methyl
29f9e607-02cd-5885-88ed-0e5529e5f35a
|
ecoinvent-3.12 | air → unspecified | kg | 86209-51-0 | algorithm |
cas
86209-51-0
|
d624973a-1292-45c0-b1b3-7ffbc2dcfcd3 |
1 flow
|
|
Butoxycarboxim
5f79472e-69c1-5e82-a42b-0e55a10bce5b
|
ecoinvent-3.12 | soil → forestry | kg | 34681-23-7 | algorithm |
cas
34681-23-7
|
27d5e76b49f88d421b479db60c017a71bf1480c8 |
3 flows, 3 tied at 3
|
|
Chlorosulfonic Acid
46f9fcc3-e595-4252-897e-0e5a997333f0
|
ecoinvent-3.12 | water → unspecified | kg | 7790-94-5 | algorithm |
cas
7790-94-5
|
0ec949a7-3e3f-4f5e-8e12-95b77b6b48d3 |
1 flow
|
|
Americium-241
a3102816-c649-4240-b0d1-0e60b08371ec
|
ecoinvent-3.12 | water → surface water | kBq | 14596-10-2 | algorithm |
label
Americium-241
|
fe0acd60-3ddc-11dd-acd4-0050c2490048 |
1 flow
|
|
Ammonium Sulfamate
3ab35674-f10c-5fae-bca8-0e626c64a2ad
|
ecoinvent-3.12 | soil → forestry | kg | 7773-06-0 | algorithm |
cas
7773-06-0
|
0289c60174d6303b8de00d53946bcfc91119792a |
3 flows, 3 tied at 3
|
|
Atrazine
efd3798a-ff6b-46ef-b408-0e74d80548cc
|
ecoinvent-3.12 | soil → agricultural | kg | 1912-24-9 | algorithm |
cas
1912-24-9
|
fe0acd60-3ddc-11dd-a3ca-0050c2490048 |
1 flow
|
|
Isocyanic Acid
ca6e057b-6b74-4ec2-83b0-0e82b98d97f2
|
ecoinvent-3.12 | air → unspecified | kg | 75-13-8 | algorithm |
cas
75-13-8
|
ad9a0946-eca5-430f-9b08-7a159ae02854 |
1 flow
|
|
Difenoconazole
3eca47eb-0bf4-5381-bc15-0e85d67e4bb5
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 119446-68-3 | algorithm |
cas
119446-68-3
|
08a91e70-3ddc-11dd-90cc-0050c2490048 |
1 flow
|
|
Nitrogen Dioxide
399b496b-b590-4c48-ba34-0e8f18b5baff
|
ecoinvent-3.12 | water → surface water | kg | 10102-44-0 | algorithm |
cas
10102-44-0
|
08a91e70-3ddc-11dd-96ea-0050c2490048 |
1 flow
|
|
Methylarsonic Acid
fc2846f4-a78b-594c-be10-0e99a972b9fd
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 124-58-3 | algorithm |
cas
124-58-3
|
26707a3f-5fa9-4e67-ad1a-236853713ccf |
1 flow
|
|
Dazomet
fa6609d5-5501-5ea4-af6c-0eb061c03048
|
ecoinvent-3.12 | soil → forestry | kg | 533-74-4 | algorithm |
cas
533-74-4
|
6397cfd60452205bffb24aa5fe1f36a7e3864baf |
3 flows, 3 tied at 3
|
|
Topramezone
40e4047d-8f65-5f70-a168-0eb5b8169657
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 210631-68-8 | algorithm |
cas
210631-68-8
|
8fdc83c5-d32b-45f1-8afa-d32dd0573a65 |
1 flow
|
|
Bronopol
ca63d222-c7e0-5b57-8a27-0eba07942700
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 52-51-7 | algorithm |
cas
52-51-7
|
ec2db399-a2e8-4897-9317-5cf4054e25a4 |
1 flow
|
|
Orthosulfamuron
2e4bca4c-bc20-52bb-891b-0ed0f4ea72ef
|
ecoinvent-3.12 | water → unspecified | kg | 213464-77-8 | algorithm |
cas
213464-77-8
|
e70055d9-0193-47c2-a02a-080de8b225fd |
1 flow
|
|
Uranium-235
a5e0860b-7e2b-4870-ae00-0ed150fb8ae3
|
ecoinvent-3.12 | water → ground-, long-term | kBq | 15117-96-1 | algorithm |
cas
15117-96-1
|
08a91e70-3ddc-11dd-9c41-0050c2490048 |
1 flow
|
|
Thidiazuron
89a77be9-b53a-5476-ab78-0eda3524cd69
|
ecoinvent-3.12 | water → unspecified | kg | 51707-55-2 | algorithm |
cas
51707-55-2
|
4d9a8790-3ddd-11dd-974a-0050c2490048 |
1 flow
|
|
Pesticides, Unspecified
a46af3f1-bb74-565e-a078-0ef7aecb96e6
|
ecoinvent-3.12 | soil → forestry | kg | — | algorithm |
label
Pesticides, Unspecified
|
6f7df242d0c39ffce1a093b35891950a8824d118 | — |
|
Paraquat
a794b444-2b77-4449-8592-0efda101b0c2
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 4685-14-7 | algorithm |
cas
4685-14-7
|
11936eb8-1423-4d79-adab-280cb918aa4d |
1 flow
|
|
Iodofenphos
2551fb1d-0771-5649-b4df-0eff2217bf02
|
ecoinvent-3.12 | soil → agricultural | kg | 18181-70-9 | algorithm |
cas
18181-70-9
|
c3fe4c88-bd21-4fdb-8789-d28d1f649419 |
1 flow
|
|
Tributyltin oxide
220c227b-ef13-58a9-b346-0f06a1193296
|
ecoinvent-3.12 | water → unspecified | kg | 56-35-9 | algorithm |
cas
56-35-9
|
fe0acd60-3ddc-11dd-a6ef-0050c2490048 |
1 flow
|
|
Amidosulfuron
da294b11-7bb3-50be-bd68-0f0cb0834565
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 120923-37-7 | algorithm |
cas
120923-37-7
|
64b1ce5c-6556-11dd-ad8b-0800200c9a66 |
1 flow
|
|
Chlorothalonil
42620169-5cc9-519b-a737-0f0d7a2083b2
|
ecoinvent-3.12 | water → surface water | kg | 1897-45-6 | algorithm |
cas
1897-45-6
|
4d9a8790-3ddd-11dd-9214-0050c2490048 |
1 flow
|
|
Potassium Bicarbonate
59b4ba35-5dbf-59bc-9aaf-0f0f68bcd3cb
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 298-14-6 | algorithm |
cas
298-14-6
|
f2a98902-12b0-4a5c-93b3-2861004fb4c9 |
1 flow
|
|
Leptophos
a0e6eb8d-143b-5467-96f2-0f18273b32c3
|
ecoinvent-3.12 | soil → unspecified | kg | 21609-90-5 | algorithm |
cas
21609-90-5
|
83f2c7c7-709c-41e4-bbc0-e40f8322095e |
1 flow
|
|
Norflurazon
50f05f8e-a062-4298-a805-0f230ef6ff5d
|
ecoinvent-3.12 | soil → agricultural | kg | 27314-13-2 | algorithm |
cas
27314-13-2
|
4d9a8790-3ddd-11dd-9569-0050c2490048 |
1 flow
|
|
Propiconazole
9bebedc1-d722-4dcd-bf4a-0f25da82eaa6
|
ecoinvent-3.12 | water → surface water | kg | 60207-90-1 | algorithm |
cas
60207-90-1
|
fe0acd60-3ddc-11dd-ab4a-0050c2490048 |
1 flow
|
|
Isofenphos
869fa8e5-13cb-5865-93e1-0f2ddfcda3ca
|
ecoinvent-3.12 | air → unspecified | kg | 25311-71-1 | algorithm |
cas
25311-71-1
|
fe0acd60-3ddc-11dd-a532-0050c2490048 |
1 flow
|
|
Mandestrobin
1d1a6b77-3aa8-510b-a248-0f42fb0a4d4a
|
ecoinvent-3.12 | air → unspecified | kg | 173662-97-0 | algorithm |
cas
173662-97-0
|
0cd729a6-2721-49eb-9fa4-5a187e94ed88 |
1 flow
|
|
Difenzoquat
12c0a521-127e-5d77-a2b0-0f44b0ddcd00
|
ecoinvent-3.12 | air → unspecified | kg | 49866-87-7 | algorithm |
cas
49866-87-7
|
614f7dee-7ff0-41f3-a871-1cc8bc690d64 |
1 flow
|
|
Picolinafen
f9e10427-90b4-5dc8-a0ca-0f58321bd55c
|
ecoinvent-3.12 | soil → agricultural | kg | 137641-05-5 | algorithm |
cas
137641-05-5
|
4f45aca7-0901-4e80-8d40-d03f1edd8fc4 |
1 flow
|
|
Scandium
bd534cc3-5ca2-4e0e-b24e-0f5924627d83
|
ecoinvent-3.12 | water → unspecified | kg | 7440-20-2 | algorithm |
cas
7440-20-2
|
fe0acd60-3ddc-11dd-abeb-0050c2490048 |
1 flow
|
|
1,2-Dichloro-1,1,2,2-tetrafluoroethane
1584734d-c5c8-42a5-aa51-0f6a92a9cc0d
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 76-14-2 | algorithm |
cas
76-14-2
|
fe0acd60-3ddc-11dd-ab9b-0050c2490048 |
1 flow
|