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 |
|---|---|---|---|---|---|---|---|---|
|
Chlordecone
58e60842-eb58-5bf2-b70c-03078f686aab
|
ecoinvent-3.12 | soil → unspecified | kg | 143-50-0 | algorithm |
cas
143-50-0
|
4d9a8790-3ddd-11dd-9d27-0050c2490048 |
1 flow
|
|
Chlorimuron-ethyl
bcd5d501-8bed-5de6-afa5-030cfb49ee4a
|
ecoinvent-3.12 | water → surface water | kg | 90982-32-4 | algorithm |
cas
90982-32-4
|
4d9a8790-3ddd-11dd-905d-0050c2490048 |
1 flow
|
|
Radon-220
98bd0642-19d0-4c76-930e-03136c21cc20
|
ecoinvent-3.12 | air → urban air close to ground | kBq | 22481-48-7 | algorithm |
cas
22481-48-7
|
fe0acd60-3ddc-11dd-abae-0050c2490048 |
1 flow
|
|
Dioxins, Measured As 2,3,7,8-tetrachlorodibenzo-p-dioxin
f77c5e36-ee47-4437-b757-03139bb1d6d6
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 1746-01-6 | algorithm |
cas
1746-01-6
|
fe0acd60-3ddc-11dd-ab6a-0050c2490048 |
1 flow
|
|
Benzthiazuron
2329c802-9d76-5dfd-88e5-031f42f8a6ea
|
ecoinvent-3.12 | air → unspecified | kg | 1929-88-0 | algorithm |
cas
1929-88-0
|
bc19536c-4791-44c1-8f7e-6be77c1f97b6 |
1 flow
|
|
Magnesium
ce9fd912-233a-4807-a33e-0323b1e4a7a2
|
ecoinvent-3.12 | water → ground-, long-term | kg | 7439-95-4 | algorithm |
cas
7439-95-4
|
fe0acd60-3ddc-11dd-aac0-0050c2490048 |
1 flow
|
|
Flupyradifurone
aee1554b-b534-57eb-a9bd-032439e5197e
|
ecoinvent-3.12 | soil → agricultural | kg | 951659-40-8 | algorithm |
cas
951659-40-8
|
b4cda526-632a-4716-9bb5-f96c2847f6ba |
1 flow
|
|
Copper hydroxide
6f1a4695-eef7-5474-827b-033045e48c56
|
ecoinvent-3.12 | soil → forestry | kg | 20427-59-2 | algorithm |
cas
20427-59-2
|
f753264b958f538c36545ecbe7ffeae3df21045e |
3 flows, 3 tied at 3
|
|
Dichlofluanid
33abb651-1b14-5de4-8861-033120c41cb6
|
ecoinvent-3.12 | soil → unspecified | kg | 1085-98-9 | algorithm |
cas
1085-98-9
|
0f5a2773-f32c-4759-ba95-1d8365e6df8d |
1 flow
|
|
Piperonyl Sulfoxide
67136190-8cc4-50ca-bffb-0336059d7f63
|
ecoinvent-3.12 | soil → agricultural | kg | 120-62-7 | algorithm |
cas
120-62-7
|
4d9a8790-3ddd-11dd-98cc-0050c2490048 |
1 flow
|
|
Beryllium II
5457df7d-0461-407c-9f09-0338dbff77ef
|
ecoinvent-3.12 | air → low population density, long-term | kg | 22537-20-8 | algorithm |
cas
22537-20-8
|
09c2f6f2-22f2-4524-af03-0828509da50b |
1 flow
|
|
Azoxystrobin
090a168d-b9a3-5d7f-83f7-033fa6fa48dd
|
ecoinvent-3.12 | air → unspecified | kg | 131860-33-8 | algorithm |
cas
131860-33-8
|
08a91e70-3ddc-11dd-9c80-0050c2490048 |
1 flow
|
|
Terpenes
9b7f06e5-0dc7-4c58-8300-034426d069b5
|
ecoinvent-3.12 | air → low population density, long-term | kg | — | algorithm |
label
Hydrocarbons, terpene processing by-products; Terpenes
|
08705ea7-2ee4-4f5a-a2ec-c82356781167 |
1 flow
|
|
Uranium-238
543421e8-f0b3-45a2-b0ed-03489e878138
|
ecoinvent-3.12 | air → urban air close to ground | kBq | 24678-82-8 | algorithm |
cas
24678-82-8
|
fe0acd60-3ddc-11dd-af96-0050c2490048 |
1 flow
|
|
Trietazine
ee7f7695-b3f8-5cd3-bf36-03664bc87418
|
ecoinvent-3.12 | air → unspecified | kg | 1912-26-1 | algorithm |
cas
1912-26-1
|
93a881b5-7bb7-4f43-a1f3-fed11e9b1b47 |
1 flow
|
|
Formetanate Hydrochloride
5d7745c3-5008-599f-82a4-036ad0d85b58
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 23422-53-9 | algorithm |
cas
23422-53-9
|
08a91e70-3ddc-11dd-a123-0050c2490048 |
1 flow
|
|
Aluminium III
2e0c9efa-d55c-49db-8be3-0376d5921ff4
|
ecoinvent-3.12 | water → ground- | kg | 22537-23-1 | algorithm |
cas
22537-23-1
|
0dd79be38e3ed824246950cab4f9bf36af54c918 |
4 flows, 4 tied at 3
|
|
DNOC
9561c9bf-4598-56cf-ba29-038c480e0727
|
ecoinvent-3.12 | water → surface water | kg | 534-52-1 | algorithm |
cas
534-52-1
|
08a91e70-3ddc-11dd-92fc-0050c2490048 |
1 flow
|
|
Triasulfuron
78731d7f-23a6-5e2f-ba47-0391cfea19ce
|
ecoinvent-3.12 | water → unspecified | kg | 82097-50-5 | algorithm |
cas
82097-50-5
|
4d9a8790-3ddd-11dd-93ba-0050c2490048 |
1 flow
|
|
Ethyl Acetate
227f85d8-5156-461f-9d03-03960287debf
|
ecoinvent-3.12 | air → low population density, long-term | kg | 141-78-6 | algorithm |
cas
141-78-6
|
4d9a8790-3ddd-11dd-97bb-0050c2490048 |
1 flow
|
|
Malathion
0f5b811b-4ff9-5941-9776-039b7a1771d8
|
ecoinvent-3.12 | soil → forestry | kg | 121-75-5 | algorithm |
cas
121-75-5
|
3754be5ad73489d44eb1acb0b0d97d682e6afc5f |
3 flows, 3 tied at 3
|
|
Lambda-cyhalothrin
f3d18a02-8ddc-5c5d-acff-039d120446fd
|
ecoinvent-3.12 | soil → forestry | kg | 91465-08-6 | algorithm |
cas
91465-08-6
|
c5863c49d604b20af562ac1625ad52c74e55ef14 |
3 flows, 3 tied at 3
|
|
Profenofos
5ad908dd-0f14-53e2-8726-03a0becf0bd7
|
ecoinvent-3.12 | soil → forestry | kg | 41198-08-7 | algorithm |
cas
41198-08-7
|
85bdf3d9a1164a2e619d1681bc4f7cd304b09ee0 |
3 flows, 3 tied at 3
|
|
Hydrogen Peroxide
98313bb5-3f35-4e11-bf3e-03ad2dae591b
|
ecoinvent-3.12 | water → surface water | kg | 7722-84-1 | algorithm |
cas
7722-84-1
|
08a91e70-3ddc-11dd-94a4-0050c2490048 |
1 flow
|
|
Chlormequat Chloride
78e0f742-cd9e-5c12-9bc3-03ae277a1801
|
ecoinvent-3.12 | water → unspecified | kg | 999-81-5 | algorithm |
cas
999-81-5
|
08a91e70-3ddc-11dd-9b9e-0050c2490048 |
1 flow
|
|
Nuarimol
e4872147-5bc9-532e-bf32-03b2cbd97c37
|
ecoinvent-3.12 | water → unspecified | kg | 63284-71-9 | algorithm |
cas
63284-71-9
|
ecfc318f-6a09-40cc-870d-c126ec2a3c31 |
1 flow
|
|
2-Methoxyethylmercury Chloride
3bef9a2d-ebf2-5b90-ab94-03b555dd160c
|
ecoinvent-3.12 | air → unspecified | kg | 123-88-6 | algorithm |
cas
123-88-6
|
c35e73f4-4c87-4e73-b42e-d6ba9644c9a4 |
1 flow
|
|
Dicrotophos
72c4db1e-cd2d-5add-ab22-03b6991a74ec
|
ecoinvent-3.12 | soil → unspecified | kg | 141-66-2 | algorithm |
cas
141-66-2
|
fe0acd60-3ddc-11dd-b126-0050c2490048 |
1 flow
|
|
Terbacil
b5939480-e91b-5738-93a5-03bf005b4710
|
ecoinvent-3.12 | air → unspecified | kg | 5902-51-2 | algorithm |
cas
5902-51-2
|
fe0acd60-3ddc-11dd-a24c-0050c2490048 |
1 flow
|
|
Chlorosulfonic Acid
e6a2b657-56ef-48b2-a62c-03d1980bc3f1
|
ecoinvent-3.12 | water → ground- | kg | 7790-94-5 | algorithm |
cas
7790-94-5
|
1448883a402e5ee01355e0ef029dbd3f467a1aef |
4 flows, 4 tied at 3
|
|
Arsenic Acid
285aedb4-deea-5e63-b904-03d6e692c0e2
|
ecoinvent-3.12 | soil → unspecified | kg | 7778-39-4 | algorithm |
cas
7778-39-4
|
2e1f63b8-3ba8-44a5-bd86-150ddef71aaf |
1 flow
|
|
Perchlorate
74f5020d-ee9e-400b-9e64-03dead9e4ffa
|
ecoinvent-3.12 | water → ground- | kg | 14797-73-0 | algorithm |
cas
14797-73-0
|
effd00b96d93dfcd87c3509b0162a92eb2168310 |
4 flows, 4 tied at 3
|
|
Hexachlorocyclohexane
c4ece40c-cae6-5589-874f-03e283c10dc6
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 27154-44-5 | algorithm |
label
Hexachlorocyclohexane
|
fe0acd60-3ddc-11dd-a74e-0050c2490048 |
1 flow
|
|
Sulfallate
41358f5d-2c5e-5ce0-9b66-03e6760622a9
|
ecoinvent-3.12 | soil → unspecified | kg | 95-06-7 | algorithm |
cas
95-06-7
|
a010ddbd-f6b4-4a64-b7b9-2895301e52cd |
1 flow
|
|
Propazine
ba6856dd-1346-546a-937f-03ecfcaa6702
|
ecoinvent-3.12 | soil → forestry | kg | 139-40-2 | algorithm |
cas
139-40-2
|
91e06a57c028697d0b6b8b309323534cd00f81e1 |
3 flows, 3 tied at 3
|
|
Penoxsulam
e922fdca-23e3-53fe-8a81-03f16811eb36
|
ecoinvent-3.12 | water → unspecified | kg | 219714-96-2 | algorithm |
cas
219714-96-2
|
90a84797-b34a-435a-8abd-928377516e07 |
1 flow
|
|
Acetamiprid
910b7532-d541-45a5-a535-03f54997726e
|
ecoinvent-3.12 | soil → agricultural | kg | 135410-20-7 | algorithm |
cas
135410-20-7
|
0523efe9-c00c-487a-8a91-203fb9d75b50 |
1 flow
|
|
Isobutanol
446e7a93-6ac4-4bdf-b97d-03f683c7488c
|
ecoinvent-3.12 | water → unspecified | kg | 78-83-1 | algorithm |
cas
78-83-1
|
fe0acd60-3ddc-11dd-a436-0050c2490048 |
1 flow
|
|
Pyroquilon
aff36ea9-4099-5559-aad5-03faba2c3829
|
ecoinvent-3.12 | water → unspecified | kg | 57369-32-1 | algorithm |
cas
57369-32-1
|
6890bd72-15ec-458b-a374-a22cbde7f84d |
1 flow
|
|
Isohexane
c37f7b36-9883-4191-953f-03fd88762518
|
ecoinvent-3.12 | water → ground- | kg | 107-83-5 | algorithm |
cas
107-83-5
|
6e0d537ce1ff8eb11c94163034689c08c9ca12dd |
4 flows, 4 tied at 3
|
|
Urea
67a1322b-6798-46a8-be95-03fe92d8e779
|
ecoinvent-3.12 | water → ocean | kg | 57-13-6 | algorithm |
cas
57-13-6
|
897b0e88-520a-4043-89c3-5abc729007b6 |
1 flow
|
|
Dalapon
90ff0632-cebc-5f62-ba5c-040259943636
|
ecoinvent-3.12 | soil → agricultural | kg | 75-99-0 | algorithm |
cas
75-99-0
|
4d9a8790-3ddd-11dd-8d14-0050c2490048 |
1 flow
|
|
Bis(trichloromethyl) Sulfone
8c548a06-185c-5b8b-9ec7-0405cf8a2e79
|
ecoinvent-3.12 | soil → unspecified | kg | 3064-70-8 | algorithm |
cas
3064-70-8
|
dea4c1d7-5047-4a93-8fef-abf01d02a413 |
1 flow
|
|
Dinitrogen Monoxide
afd6d670-bbb0-4625-9730-04088a5b035e
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 10024-97-2 | algorithm |
cas+label
10024-97-2
|
08a91e70-3ddc-11dd-94c6-0050c2490048 |
1 flow
|
|
Phosphorus
62f3d964-9b53-4d01-9ee0-04112dcfc6d2
|
ecoinvent-3.12 | water → ocean | kg | 7723-14-0 | algorithm |
cas
7723-14-0
|
675f43c1-0d9b-4ce0-bc9d-45d6a0f404dc |
1 flow
|
|
Thimerosal
21c09d63-1789-579f-be63-042bfcd6629e
|
ecoinvent-3.12 | water → surface water | kg | 54-64-8 | algorithm |
cas
54-64-8
|
326dd1d2-3f6a-4dfa-9b5a-5722cbf1d8fc |
1 flow
|
|
Tolylfluanid
9a6d6a8f-15bd-54af-bf53-04443c78cda0
|
ecoinvent-3.12 | soil → unspecified | kg | 731-27-1 | algorithm |
cas
731-27-1
|
697f1037-d086-44dd-8250-d9df909ee74c |
1 flow
|
|
Triazoxide
499d00e6-2ec6-5c86-b0c0-0444661eeaf5
|
ecoinvent-3.12 | soil → unspecified | kg | 72459-58-6 | algorithm |
cas
72459-58-6
|
0ff66974-2d30-4657-85ea-50d62db858c8 |
1 flow
|
|
Pencycuron
971859b1-5a73-5197-86d3-04458fbda703
|
ecoinvent-3.12 | soil → unspecified | kg | 66063-05-6 | algorithm |
cas
66063-05-6
|
adf957c8-34c6-4349-b0c0-b7c05aae470b |
1 flow
|
|
Copper Sulfate
b5d14a63-53be-5f4c-959a-045678564c5c
|
ecoinvent-3.12 | soil → forestry | kg | 7758-98-7 | algorithm |
cas
7758-98-7
|
09056144c3de3b5732c56bfb520cad52b60868eb |
3 flows, 3 tied at 3
|