Photochemical ozone formation

consensus-flow-list 1,392 factors over 672 flows, 1,390 of them non-zero

European Commission — JRC 1,386 factors over 666 flows, 1,384 of them non-zero

GreenDelta 493 factors over 169 flows, 493 of them non-zero

ecoinvent Centre 259 factors over 259 flows, 259 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	European Commission — JRC	GreenDelta	ecoinvent Centre	Published as
Sulfur Dioxide Environmental → Air → Aircraft cruise height	BG	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	BY	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	CH	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	CS	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	CZ	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	DE	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	DK	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	EE	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	ES	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	FI	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	FR	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	GB	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	GR	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	HR	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	HU	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	IE	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	IT	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	LT	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	LU	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	LV	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	MD	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	MK	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	NL	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	NO	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	PL	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	PT	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	RO	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	RU	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	SE	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	SI	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	SK	0.0811	0.0811	0.0811	—	sole
Sulfur Dioxide Environmental → Air → Aircraft cruise height	UA	0.0811	0.0811	0.0811	—	sole
Sulfur Trioxide Environmental → Air → Long-term	—	0.0811	0.0811	—	0.0811	agreed
Sulfur Trioxide Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.0811	0.0811	0.0811	0.0811	agreed
Sulfur Trioxide Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.0811	0.0811	—	0.0811	agreed
Formic Acid Environmental → Air → Unknown	—	0.0541	0.0541	0.0541	0.0541	agreed
Formic Acid Environmental → Air → Long-term	—	0.0541	0.0541	—	0.0541	agreed
Formic Acid Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.0541	0.0541	0.0541	0.0541	agreed
Formic Acid Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.0541	0.0541	0.0541	0.0541	agreed
Formic Acid Environmental → Air → Aircraft cruise height	—	0.0541	0.0541	—	—	sole
Tetrachloroethene Environmental → Air → Aircraft cruise height	—	0.049	0.049	—	—	sole
Tetrachloroethene Environmental → Air → Unknown	—	0.049	0.049	0.049	0.049	agreed
Tetrachloroethene Environmental → Air → Long-term	—	0.049	0.049	—	0.049	agreed
Tetrachloroethene Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.049	0.049	0.049	0.049	agreed
Tetrachloroethene Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.049	0.049	0.049	0.049	agreed
Carbon Monoxide (fossil) Environmental → Air → Long-term	—	0.0456	0.0456	—	0.0456	agreed
Carbon Monoxide (fossil) Environmental → Air → Unknown	—	0.0456	0.0456	0.0456	0.0456	agreed
Carbon Monoxide (fossil) Environmental → Air → Aircraft cruise height	—	0.0456	0.0456	0.0456	0.0456	agreed
Carbon Monoxide (fossil) Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	—	0.0456	0.0456	0.0456	0.0456	agreed
Carbon Monoxide (fossil) Environmental → Air → Ground level → Urban (>1000 people/square mile)	—	0.0456	0.0456	0.0456	0.0456	agreed

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

Photochemical ozone formation - human health

Factors

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