Eutrophication, aquatic

consensus-flow-list 116 factors over 116 flows, 116 of them non-zero

2.-0 LCA consultants 81 factors over 81 flows, 81 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	consensus-flow-list	2.-0 LCA consultants	Published as
Nitrate Environmental → Water → Ocean	—	0.70028	0.70028	sole
Nitric Acid Environmental → Water → Ocean	—	0.689078	0.689078	sole
Nitrate Environmental → Water → Surface water	—	0.587331	—	carried
Nitrate Environmental → Water → Lake	—	0.587331	—	carried
Nitrate Environmental → Water → River	—	0.587331	0.587331	sole
Nitrate Compounds Environmental → Water → Unknown	—	0.587331	0.587331	sole
Nitrate Environmental → Water → Unknown	—	0.587331	0.587331	sole
Nitric Acid Environmental → Water → River	—	0.577936	0.577936	sole
Nitric Acid Environmental → Water → Surface water	—	0.577936	—	carried
Nitric Acid Environmental → Water → Unknown	—	0.577936	0.577936	sole
Nitrogen, Total Environmental → Air → Unknown	—	0.267143	0.267143	sole
Dinitrogen Environmental → Air → Unknown	—	0.267143	0.267143	sole
Dinitrogen Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.267143	—	carried
Dinitrogen Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.267143	—	carried
Ammonia Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.22	—	carried
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.22	—	carried
Ammonia Environmental → Air → Unknown	—	0.22	0.22	sole
Ammonium Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.207778	—	carried
Ammonium Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.207778	—	carried
Ammonium Environmental → Air → Unknown	—	0.207778	0.207778	sole
Cyanide Environmental → Air → Unknown	—	0.143846	0.143846	sole
Cyanide Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.143846	—	carried
Cyanide Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.143846	—	carried
Nitric oxide Environmental → Air → Unknown	—	0.107333	0.107333	sole
Nitric oxide Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.107333	—	carried
Nitric oxide Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.107333	—	carried
Nitrogen Dioxide Environmental → Air → Unknown	—	0.07	0.07	sole
Nitrogen Dioxide Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.07	—	carried
Nitrogen Dioxide Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.07	—	carried
Nitrogen Oxides Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.07	—	carried
Nitrogen Oxides Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.07	—	carried
Nitrogen Oxides Environmental → Air → Unknown	—	0.07	0.07	sole
Nitrate Environmental → Air → Unknown	—	0.051935	0.051935	sole
Nitrate Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.051935	—	carried
Nitrate Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.051935	—	carried
Nitric Acid Environmental → Air → Unknown	—	0.051111	0.051111	sole
Nitric Acid Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.051111	—	carried
Nitric Acid Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.051111	—	carried
Phosphorus, Total Environmental → Water → Unconfined aquifer	—	0.0148	0.0148	sole
Phosphorus Environmental → Water → Unconfined aquifer	—	0.0148	0.0148	sole
Phosphate Environmental → Water → Unconfined aquifer	—	0.0048	0.0048	sole
Phosphoric Acid Environmental → Water → Unconfined aquifer	—	0.0046	0.0046	sole
1,3-dioxodiphosphoxane 1,3-dioxide Environmental → Water → Unconfined aquifer	—	0.0032	0.0032	sole
Dinitrogen Environmental → Water → Unconfined aquifer	—	0.00104	0.00104	sole
Nitrogen, Total Environmental → Water → Unconfined aquifer	—	0.00104	0.00104	sole
Nitrogen, Organic Bound Environmental → Water → Unconfined aquifer	—	0.00104	0.00104	sole
Ammonia Environmental → Water → Unconfined aquifer	—	8.5534e-04	8.5534e-04	sole
Ammonium Environmental → Water → Unconfined aquifer	—	8.0755e-04	8.0755e-04	sole
Cyanide Environmental → Water → Unconfined aquifer	—	5.5989e-04	5.5989e-04	sole
Nitrite Environmental → Water → Unconfined aquifer	—	4.4133e-04	4.4133e-04	sole

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

Eutrophication, aquatic

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