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 |
|---|---|---|---|---|---|---|---|---|
|
Pyridalyl
4f68497f-0e25-5976-833c-1503a0b5d33c
|
ecoinvent-3.12 | water → surface water | kg | 179101-81-6 | algorithm |
cas
179101-81-6
|
44a84cae-1e2f-4d8c-917f-f76e1e0fb076 |
1 flow
|
|
Titanium ion
e2380d91-f278-41ee-9926-15272a7d1443
|
ecoinvent-3.12 | water → ground- | kg | — | algorithm |
label
Titanium, Ion
|
5d7e594c7aa25af1d1e0bfb04c8cc5864674a392 |
4 flows, 4 tied at 3
|
|
Butene
c4c2bc7a-c7c2-4ace-9d25-152b25cb1a07
|
ecoinvent-3.12 | water → ocean | kg | 25167-67-3 | algorithm |
cas
25167-67-3
|
08a91e70-3ddc-11dd-9d60-0050c2490048 |
1 flow
|
|
Plutonium-241
ff84efc6-1bd8-4eda-a7e6-1531be49bf89
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kBq | 14119-32-5 | algorithm |
cas
14119-32-5
|
cf029250-cc38-11dd-ad8b-0800200c9a66 |
1 flow
|
|
Dimoxystrobin
61962728-dbfe-5666-b653-153ee0c440ca
|
ecoinvent-3.12 | soil → unspecified | kg | 149961-52-4 | algorithm |
cas
149961-52-4
|
86cc0913-cc13-45c7-9ca2-f2032caf8f01 |
1 flow
|
|
Dienochlor
5971931d-9487-5449-94a0-154ddfe6330c
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 2227-17-0 | algorithm |
cas
2227-17-0
|
38fc2df5-bde4-4e4c-b2a3-e86d8dd275f6 |
1 flow
|
|
Ethidimuron
3257197b-57d1-5f58-ac7a-15540ae597eb
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 30043-49-3 | algorithm |
cas
30043-49-3
|
9288f02a-bf56-42ff-b863-b466199f01eb |
1 flow
|
|
DDT
93588cf6-3489-535c-9e3d-155aa5b256a2
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 50-29-3 | algorithm |
cas
50-29-3
|
4d9a8790-3ddd-11dd-94de-0050c2490048 |
1 flow
|
|
Hexachlorobenzene
04f42988-6207-4d09-a91f-155be8d27eb0
|
ecoinvent-3.12 | air → unspecified | kg | 118-74-1 | algorithm |
cas
118-74-1
|
08a91e70-3ddc-11dd-a2fb-0050c2490048 |
1 flow
|
|
Isoprocarb
14b603ac-2d59-502d-b5bf-15674ae2934b
|
ecoinvent-3.12 | water → surface water | kg | 2631-40-5 | algorithm |
cas
2631-40-5
|
476667b3-e30a-4c1c-81e4-ad37d1160c7d |
1 flow
|
|
Metolachlor
d2885a24-b728-4832-8638-15697630eff9
|
ecoinvent-3.12 | soil → agricultural | kg | 51218-45-2 | algorithm |
cas
51218-45-2
|
fe0acd60-3ddc-11dd-afea-0050c2490048 |
1 flow
|
|
Quinoxyfen
dc0215eb-27fc-59b8-98a6-156bf2ca2aaf
|
ecoinvent-3.12 | air → unspecified | kg | 124495-18-7 | algorithm |
cas
124495-18-7
|
8ef22c953736fe3fecadc55262c48195440aeebb | — |
|
Rotenone
967694f5-5fa6-5808-9d2d-156c698d59e2
|
ecoinvent-3.12 | air → unspecified | kg | 83-79-4 | algorithm |
cas
83-79-4
|
4d9a8790-3ddd-11dd-9aba-0050c2490048 |
1 flow
|
|
Lufenuron
8700abb1-3f91-5e6c-b7d9-15787bdb8b1c
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 103055-07-8 | algorithm |
cas
103055-07-8
|
1922e4b0-d413-47f4-b1ee-a5ce743c3277 |
1 flow
|
|
Sulcotrione
ed833edc-cec9-54c1-9bd8-1579ff25ff75
|
ecoinvent-3.12 | soil → agricultural | kg | 99105-77-8 | algorithm |
cas
99105-77-8
|
58e1ca33-fe4e-4a11-977a-cd806ce52af5 |
1 flow
|
|
Molinate
bfc3d153-8d80-5616-a849-158a83daf6c2
|
ecoinvent-3.12 | soil → unspecified | kg | 2212-67-1 | algorithm |
cas
2212-67-1
|
fe0acd60-3ddc-11dd-a893-0050c2490048 |
1 flow
|
|
Tribufos
2bcaf196-b25d-586d-949e-158fb0385709
|
ecoinvent-3.12 | water → unspecified | kg | 78-48-8 | algorithm |
cas
78-48-8
|
fe0acd60-3ddc-11dd-a06e-0050c2490048 |
1 flow
|
|
Potassium I
926fdcf3-6c44-44e2-acb6-159060ac65cf
|
ecoinvent-3.12 | air → low population density, long-term | kg | 24203-36-9 | algorithm |
cas
24203-36-9
|
a6308bcd58e5a3ec446532ca962b4f5c6d44fb0c | — |
|
Manganese II
c91fd4bf-ed70-4e2f-a34f-159773f981b6
|
ecoinvent-3.12 | water → ocean | kg | 16397-91-4 | algorithm |
cas
16397-91-4
|
e31499a1-39e9-4621-a8af-5f45ff30a3d0 |
1 flow
|
|
Thidiazuron
7a502afe-ab9d-5eb8-b6a8-159a2229c0a9
|
ecoinvent-3.12 | water → surface water | kg | 51707-55-2 | algorithm |
cas
51707-55-2
|
fe0acd60-3ddc-11dd-aed9-0050c2490048 |
1 flow
|
|
Triadimefon
df862092-c414-5018-a758-159c4cbbb7a6
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 43121-43-3 | algorithm |
cas
43121-43-3
|
4d9a8790-3ddd-11dd-9cea-0050c2490048 |
1 flow
|
|
3-Methyl-1-butanol
8114f79d-41eb-42f2-99d8-159db57d3bcb
|
ecoinvent-3.12 | water → unspecified | kg | 123-51-3 | algorithm |
cas
123-51-3
|
bb7791c1-47ef-4d46-a836-975d007cffeb |
1 flow
|
|
Bithionol
89eb021b-e42d-5c0d-949b-15a8e5e5c32b
|
ecoinvent-3.12 | soil → agricultural | kg | 97-18-7 | algorithm |
cas
97-18-7
|
a1d4cdaf-cc23-4a26-8ce1-291416499273 |
1 flow
|
|
Barium II
c792edbf-a11f-459d-9d92-15ad0c2f0c3c
|
ecoinvent-3.12 | soil → forestry | kg | 22541-12-4 | algorithm |
cas
22541-12-4
|
912344e1adf936497fec71a86d135599ea6e46ef |
3 flows, 3 tied at 3
|
|
Isoproturon
d7c8bb6c-1547-583b-938e-15bd56034c39
|
ecoinvent-3.12 | soil → unspecified | kg | 34123-59-6 | algorithm |
cas
34123-59-6
|
fe0acd60-3ddc-11dd-a3d6-0050c2490048 |
1 flow
|
|
Sulfuric Acid
9bb73c31-c01d-4384-b567-15c1544ae581
|
ecoinvent-3.12 | soil → agricultural | kg | 7664-93-9 | algorithm |
cas
7664-93-9
|
5648a1a0-ac6b-42f2-a2ef-d10aec10ed19 |
1 flow
|
|
Copper(I) Oxide
75ba7d21-6f4e-5871-9096-15c5de98d978
|
ecoinvent-3.12 | soil → unspecified | kg | 1317-39-1 | algorithm |
cas
1317-39-1
|
5d940d00-f28a-4103-80c2-efe6802c9d89 |
1 flow
|
|
Furalaxyl
b9720bae-dfc3-5285-8521-15c78933ee2e
|
ecoinvent-3.12 | water → unspecified | kg | 57646-30-7 | algorithm |
cas
57646-30-7
|
34189658-f8aa-452d-92d3-57c3a03db34c |
1 flow
|
|
Actinium
7781bd84-0ca4-5bf1-8fc5-15cdc1fb0796
|
ecoinvent-3.12 | natural resource → in ground | kg | 7440-34-8 | algorithm |
cas
7440-34-8
|
08a91e70-3ddc-11dd-91b3-0050c2490048 |
1 flow
|
|
Particulate Matter, > 2.5 Um And < 10um
295c9740-6fdb-4676-9eb8-15e3786f713d
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | — | algorithm |
particulate_size_class
pm2_5_to_pm10
|
08a91e70-3ddc-11dd-9504-0050c2490048 |
1 flow
|
|
Bifenox
db0bac33-49e5-4888-89bd-15f4bfe11e51
|
ecoinvent-3.12 | soil → agricultural | kg | 42576-02-3 | algorithm |
cas
42576-02-3
|
fe0acd60-3ddc-11dd-b130-0050c2490048 |
1 flow
|
|
Cumene
7a3b6567-5f36-4142-b390-15fbf940e206
|
ecoinvent-3.12 | water → unspecified | kg | 98-82-8 | algorithm |
cas
98-82-8
|
4d9a8790-3ddd-11dd-988d-0050c2490048 |
1 flow
|
|
Chromium III
591de726-f2c7-43ba-8e22-15fd08acc8dc
|
ecoinvent-3.12 | soil → forestry | kg | 16065-83-1 | algorithm |
prepared_mapping
4d9a8790-3ddd-11dd-8fd3-0050c2490048
|
e1cb32a5a221c45b1d04f72c7e6b6d373560d667 | — |
|
Selenium IV
62cc5e18-da24-4fb7-9f7c-1601fedba341
|
ecoinvent-3.12 | water → ocean | kg | 22541-55-5 | algorithm |
cas
22541-55-5
|
4247bc0a-bdcd-4b40-b33a-31565e5ab026 |
1 flow
|
|
Transformation, From Forest, Intensive
e717f3cc-ac70-4c9b-be56-1614239b917e
|
ecoinvent-3.12 | natural resource → land | m2 | — | algorithm |
land_class
transformation-from/forest/intensity=intensive
|
f80c15bc-c2bf-4491-8b02-46ad74b8e1eb |
1 flow
|
|
Anilazine
f05fb16a-8cca-5113-8fb9-161bcd28d032
|
ecoinvent-3.12 | water → unspecified | kg | 101-05-3 | algorithm |
cas
101-05-3
|
4d9a8790-3ddd-11dd-8e25-0050c2490048 |
1 flow
|
|
Flutriafol
0388efaa-9c49-57a8-b663-161cb4e2e449
|
ecoinvent-3.12 | air → unspecified | kg | 76674-21-0 | algorithm |
cas
76674-21-0
|
fa60f602-5527-45d5-8f51-aaa666ccb9e0 |
1 flow
|
|
(4-Chloro-2-methylphenoxy)acetic acid
b1736122-ffce-570c-a0a5-162514d3a21b
|
ecoinvent-3.12 | soil → forestry | kg | 94-74-6 | algorithm |
prepared_mapping
fe0acd60-3ddc-11dd-af1d-0050c2490048
|
48192fc7fc3476a68fe26f93ecbaffd476c5f191 | — |
|
Quizalofop-ethyl
9ae11925-3df9-5fde-b7af-1627c0818347
|
ecoinvent-3.12 | soil → agricultural | kg | 76578-14-8 | algorithm |
cas
76578-14-8
|
4d9a8790-3ddd-11dd-9a87-0050c2490048 |
1 flow
|
|
Fenitrothion
cc6a8f0f-3da8-5b75-bb0f-16300af6e4ff
|
ecoinvent-3.12 | soil → forestry | kg | 122-14-5 | algorithm |
cas
122-14-5
|
0865b44bfeee764246abe8bb720604c50b33c922 |
3 flows, 3 tied at 3
|
|
Curium-244
8a1ce588-d2b5-4fd6-a6db-16378c8f6d06
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kBq | 13981-15-2 | algorithm |
cas
13981-15-2
|
8bde8487-132c-4fd0-b1e1-40643a5f1345 |
1 flow
|
|
Radon-220
878a36ab-9fb6-4d14-a1a7-163b24777eeb
|
ecoinvent-3.12 | air → low population density, long-term | kBq | 22481-48-7 | algorithm |
cas
22481-48-7
|
fe0acd60-3ddc-11dd-abad-0050c2490048 |
1 flow
|
|
Pyridaben
03ef5012-01c7-597f-9878-163f9222a621
|
ecoinvent-3.12 | soil → agricultural | kg | 96489-71-3 | algorithm |
cas
96489-71-3
|
fe0acd60-3ddc-11dd-a1a1-0050c2490048 |
1 flow
|
|
Metalaxyl
234e3625-2400-5519-800a-1641c32aadf7
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 57837-19-1 | algorithm |
cas
57837-19-1
|
08a91e70-3ddc-11dd-a1f9-0050c2490048 |
1 flow
|
|
4-Methyl-2-pentanol
1911896c-5aff-4695-9cba-164b0ecd9199
|
ecoinvent-3.12 | water → ocean | kg | 108-11-2 | algorithm |
cas
108-11-2
|
1e6f0530-fdd0-4f66-9b7a-6ea98004905e |
1 flow
|
|
Dichlofenthion
95339fa2-9694-51c8-a222-1661c8c80a70
|
ecoinvent-3.12 | soil → forestry | kg | 97-17-6 | algorithm |
cas
97-17-6
|
c466c07f57bd906b65a0519e1f8f748a31c60d16 |
3 flows, 3 tied at 3
|
|
Haloxyfop-P
70cb318e-811f-5db1-bd98-16670e6d92e2
|
ecoinvent-3.12 | soil → agricultural | kg | 95977-29-0 | algorithm |
cas
95977-29-0
|
afb3aae1-83d9-4553-a81c-936458d9dbcc |
1 flow
|
|
Chlorthiophos
05c95ba1-bed7-5cab-8068-166ae7cf576a
|
ecoinvent-3.12 | air → unspecified | kg | 60238-56-4 | algorithm |
label
Chlorthiophos
|
abeb109c-7c0c-4785-bfeb-389b1f17bf38 |
1 flow
|
|
Acetochlor
4af50c60-3742-5010-9c87-166f50a41742
|
ecoinvent-3.12 | water → surface water | kg | 34256-82-1 | algorithm |
cas
34256-82-1
|
4d9a8790-3ddd-11dd-924c-0050c2490048 |
1 flow
|
|
Dinitramine
ad7447a4-8f6f-5fa7-9fc1-1675e64d60ed
|
ecoinvent-3.12 | soil → forestry | kg | 29091-05-2 | algorithm |
cas
29091-05-2
|
028ca3484b4ed80d9a468513b43f2a4b64929a70 |
3 flows, 3 tied at 3
|