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Importer Guide

Should You Test Egyptian Oranges for Chlorpyrifos?

Last updated: 19 October 2026 · By the FoodGate Audit inspection team (ISO 17020 accredited) · Get a free quote in 24h →

Yes, and it should no longer be the only substance in the request. Chlorpyrifos carries that exact label on 177 of the 541 EU RASFF notifications (EU RASFF Window data, 22 September 2026 snapshot) filed on Egyptian fruit, vegetables, herbs and spices since November 2019, more than any other substance, and 79 of the 169 orange entries carry a label from its family. Thirty two of those 79 fall in a single year, 2021, and since then the yearly count has run at 7, 17, 10, 6 and 7. Across the same recent seasons chlorpropham has moved ahead of it on oranges, with 22 of its 31 orange notifications in 2025 and 2026, so a laboratory scope copied from the seven year ranking is a scope written for a season that is already over.

Key Takeaways

Five points that change what a citrus buyer asks the laboratory for, in the order the decision gets made.

PointDetails
Chlorpyrifos peaked in 202132 of the 79 orange cases fall in that one year. 2025 produced 6, 2026 so far 7.
Chlorpropham now leads on oranges22 of its 31 orange cases landed in 2025 and 2026, and 30 of the 31 were border rejections.
One limit covers bothNeither substance is approved in the EU, so both sit at the 0.01 mg/kg default and there is nothing to argue about at the post.
The record spells it three waysChlorpyrifos, chlorpyriphos-ethyl and chlorpyrifos-methyl appear as separate labels, and only two of them are the same active substance.
A scope ages faster than a supplierThe ranking a buyer copies in October describes the seasons behind it, not the containers being loaded.

Table of Contents

What the orange record says, year by year

The dataset is the 541 EU RASFF notifications (EU RASFF Window data, 22 September 2026 snapshot) on Egyptian fruit, vegetables, herbs and spices filed between 28 November 2019 and 22 September 2026, published as open data by FoodGate Audit. No product appears more often than oranges, which carry 169 of the entries (31 %), 129 of them border rejections and 24 of them filed in the 12 months before the snapshot. Two counting rules, so that the figures can be reproduced: a notification is an orange notification when its subject names the product, and it counts once in a substance column when any of its hazard labels names that substance. The chlorpyrifos column groups the three spellings used in the source, chlorpyrifos, chlorpyriphos-ethyl and chlorpyrifos-methyl.

YearOrange notificationsChlorpyrifos familyChlorpropham
2020100
202138321
20221572
202334172
202430104
202527611
2026, to 22 September24711

Two curves cross in 2025. The chlorpyrifos family, which appears on 32 of the 38 orange notifications filed in 2021, appears on 6 in 2025 and 7 so far in 2026, while chlorpropham goes from 4 cases in 2024 to 11 and then 11. Of the 79 orange notifications in the family, 49 were border rejections. Read as a cumulative table the substance ranking has not changed. Read as a season by season table it has.

Why the peak came after the ban, not before

The approval of chlorpyrifos was not renewed by Commission Implementing Regulation (EU) 2020/18 of 10 January 2020, and the approval of chlorpyrifos-methyl was not renewed by Commission Implementing Regulation (EU) 2020/17. Commission Regulation (EU) 2020/1085 of 23 July 2020 then deleted the maximum residue levels that both substances held in Annex II of Regulation (EC) 396/2005 and replaced them with the default limit of determination of 0.01 mg/kg, applicable from 6 August 2020. The justification is in the recitals: the European Food Safety Authority confirmed developmental neurotoxicity in children for both actives and could not exclude a genotoxic potential from residues in food.

That sequence explains the shape of the table. What changed in August 2020 was the measuring line, not the grove: a residue previously read against a substance specific level in Annex II was read, from one day to the next, against the lowest concentration the reference laboratories judged reliably reportable. The dataset opens on 28 November 2019 and so barely covers the period before that change, with 18 notifications in 2020 and one of them on oranges. What it does show plainly is the year after, 2021, which alone holds 32 of the 79 orange cases in the whole record.

Pro Tip: a certificate that reports not detected is only as strong as the number it was measured against. If the method annex does not state a reporting limit at or below 0.01 mg/kg on citrus matrix, the document proves that the laboratory looked, not that the lot complies, and the difference surfaces only when someone at the border applies the legal figure.

Three names, two substances

The orange record uses three labels. Chlorpyrifos appears on 66 entries, chlorpyriphos-ethyl on 7 and chlorpyrifos-methyl on 7, with one notification carrying two of the labels, which is how the family total lands at 79 rather than 80. Chlorpyriphos-ethyl is the same active substance as chlorpyrifos under an older naming convention. Chlorpyrifos-methyl is a separate active substance, withdrawn by its own legal act on the same day and set at the same 0.01 mg/kg default by the same July 2020 regulation.

The distinction matters twice. It matters when a supplier sends a clean certificate naming one spelling and the notification history for that packhouse names another, and it matters when a purchase order asks for a targeted analysis instead of a multi-residue screen. A screen reports all three. A single analyte request reports the one that was ordered.

The substance that overtook it

Thirty one of the 33 chlorpropham entries in the entire Egyptian dataset sit on oranges. The first is dated 16 June 2021 and the most recent 10 July 2026. Thirty of the 31 are border rejection notifications, which means the consignment was stopped at the frontier rather than found after it had moved inland. Across all 33 chlorpropham entries the notifying authorities are spread across ten member states, led by Italy with 9, the Netherlands with 6, Slovenia with 6 and Romania with 5, and 12 of the 33 fall in the 12 months before the snapshot.

Chlorpropham is not a citrus product. Its approval expired on 28 February 2019 following Commission Implementing Regulation (EU) 2019/989, and it was used mainly as a sprout suppressant in potato storage. The Commission recognised that potatoes stored in facilities with a history of chlorpropham use can carry residues above the limit of determination, and answered that with a temporary maximum residue level for potatoes alone: 0.4 mg/kg under Commission Regulation (EU) 2021/155, lowered to 0.35 mg/kg by Commission Regulation (EU) 2023/377, then to 0.2 mg/kg by Commission Regulation (EU) 2025/1163, which applies from 6 January 2026 and requires storage operators to report monitoring data and cleaning progress every two years.

That tolerance is written for one crop. In the same June 2025 regulation the chlorpropham column for fresh fruit, oranges included, is restated at 0.01 mg/kg. The twentyfold difference (0.2 against 0.01 mg/kg) between what a potato may legally carry and what an orange may legally carry is therefore deliberate, and it is why a concentration that passes on one commodity stops a container on the other. The same pattern is visible in the Dutch file, where chlorpropham sits behind part of the recent border refusals. A notification records where a residue was found and at what level, never how it got there, and nothing in it licenses a conclusion about any individual packhouse. What it does justify is asking a different question during the audit of a citrus supplier: not only what was sprayed in the grove, but what else has been kept in the store and what the cleaning record for that store looks like.

Where inspection fits

The volumes behind these notifications are large. EU27 imports of oranges from Egypt (HS 080510, oranges fresh or dried) were 348,512 tonnes in 2025, against 499,737 in 2024 and 463,939 in 2023, and the Netherlands took 182,263 tonnes, 29.7 % of its orange imports (Eurostat, Comext (DS-045409), imports from Egypt, 2025, accessed 19 October 2026). The United Kingdom imported 71,126 tonnes from Egypt in 2025, 30.8 % of its orange imports (HM Revenue and Customs, Overseas Trade in Goods Statistics, 2025, accessed 19 October 2026).

None of the three columns above can be changed once the doors are shut. Every figure in them is the output of a control performed thousands of kilometres from the packhouse, on a lot that was fixed weeks earlier, which leaves a buyer one window and three acts inside it: draw a representative sample from the lot actually being loaded, send it to an accredited laboratory whose scope covers what is currently being notified, and hold the release until the result is in.

The sampling belongs to a pre-shipment inspection, which also covers grade, calibre, condition, packing and marking, the part of the file that decides the commercial outcome when the chemistry is clean. Citrus inspection in Egypt covers the specifics of the orange and mandarin season, and the EU MRL checker returns the applicable limit for a substance and product pair from the 237 limits checked against the EU pesticides database published alongside the notification dataset. FoodGate Audit is an ISO 17020 accredited inspection body, active on Egyptian fruit and vegetables only. The accreditation covers inspection rather than certification, and the company buys and sells nothing in this trade.

Egyptian citrus runs from November to May, and the analysis request is usually agreed before the first container of the season. On this record the ranking that held in 2021 no longer held four seasons later, and nothing announced the change except the notifications themselves.

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FAQ

Frequently asked questions

Chlorpyrifos has not been approved in the EU since 2020. Why does it still appear on Egyptian oranges?

Non-renewal removes the substance from the EU market, it does not remove it from every producing country, and the residue limit that applies at the EU border afterwards is the lowest figure a laboratory can reliably report. Both effects push in the same direction: a trace that was legal before August 2020 became a non-compliance without anything changing in the orchard. The record also shows the effect fading, from 32 orange cases in 2021 to 7 so far in 2026.

Is chlorpyriphos-ethyl a different substance from chlorpyrifos?

No. Chlorpyriphos-ethyl is an older name for the same active substance, and 7 of the orange notifications use it. Chlorpyrifos-methyl, which appears on another 7, is genuinely a different active substance with its own non-renewal act, Commission Implementing Regulation (EU) 2020/17. All three labels carry the same 0.01 mg/kg default limit.

Does a clean chlorpyrifos result make an orange consignment compliant?

It answers one question out of several. In 2025 and 2026 the substance most often behind an orange border rejection was chlorpropham, with 22 orange border rejections against 12 for the chlorpyrifos family, and dimethoate accounts for another 30 orange entries across the record. A single analyte certificate proves what it tested for and nothing beyond it, which is why a multi-residue screen is the usual instruction on a citrus purchase order.

The temporary limit for chlorpropham in potatoes is 0.2 mg/kg. Does that apply to citrus?

No. The temporary maximum residue level created for potatoes exists because the Commission accepted evidence of contamination in storage facilities with a history of chlorpropham use, and it is written for that crop only. Commission Regulation (EU) 2025/1163, which lowered the potato figure to 0.2 mg/kg from 6 January 2026, restates the limit for fresh fruit at 0.01 mg/kg.

What limit of quantification should the laboratory report for these substances?

At or below the applicable maximum residue level, which for all of the substances discussed here is 0.01 mg/kg on citrus. Ask for the figure in writing before the sample is drawn, because a report that states not detected against a higher reporting limit cannot demonstrate compliance with the lower one, and a border control post applies the legal limit rather than the one the method happened to reach.

Sources

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