EU: pesticide sold by active substance category| ��ƽ��

Total volume of active pesticide substances sold in the EU-27 annually from 2011 to 2020, by categorization of active substances (in thousand metric tons)

Characteristic	*Approved active substances	**Active substances candidates for substitution	***Non-approved active substances	****Low-risk active substances
2020	293.18	47.83	13.37	0.26
2019	260.1	53.88	16.94	0.16
2018	288.65	61.13	15.06	0.15
2017	282.66	59.88	15.04	0.18
2016	284.68	62.72	21.88	0.2
2015	275.87	60.81	27.72	0.16
2014	281.26	59.06	26.21	0.11
2013	263.17	57.21	26.66	0.08
2012	261.3	54.67	31.48	0.07
2011	268.22	56.36	40.1	0.05

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Release date

May 2023

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Survey time period

2011 to 2020

Supplementary notes

*Approved active substances that are neither low-risk nor candidates for substitution: This group includes active substances that have been approved for use in the EU but are not considered low-risk or candidates for substitution.
**Active substances that are candidates for substitution: These are active substances that are being considered for replacement by safer alternatives due to their potential risks to human health and the environment.
***Non-approved active substances: These are active substances that have not been approved for use in the EU.
****Low-risk active substances: These are active substances that are considered to have a low risk to human health and the environment.

Citation formats

From 2011 to 2020, pesticide sales in the European Union maintained a relatively steady level of approximately 350 thousand metric tons per year. In 2020, the majority of these sales, amounting to more than 293.18 thousand metric tons, consisted of approved active substances. These substances are chemicals that have received authorization for usage within the European Union. The next most significant category in terms of sales volume in 2020 was comprised of active substances that are potential candidates for substitution. These substances are currently under consideration for replacement by safer alternatives due to their potential risks to human health and the environment.