Executive Summary
Three process contaminants – 3-monochloropropanediol (3-MCPD), 3-MCPD fatty acid esters (3-MCPDE) and glycidyl fatty acid esters (GE) – are moving out of the specialist laboratory and into mainstream product compliance and supply-chain assurance. They matter most to businesses using refined vegetable oils, fish oils or other marine oils in foods with more than 5% fat, and to anyone supplying infant and young-child food markets.
On 29 July 2026, the European Commission adopted Regulation (EU) 2026/1825, amending Regulation (EU) 2023/915. It introduces new maximum levels for certain compound foods and baby foods, and tightens limits for oils intended for baby-food production. Compound-food requirements have applied since 19 August 2026; baby-food and input-oil requirements follow on 1 January 2027.
For UK businesses, the story is not simply that the EU changed its limits, so the UK did too. The legal position differs between Great Britain and Northern Ireland, and preparations for a UK-EU SPS agreement are moving toward a potential mid-2027 implementation. The most resilient response is not a one-off test, but a risk-based control system that connects regulatory intelligence, formulation data, supplier assurance, HACCP and laboratory strategy.
What Changed in the EU in 2026?
The amendment responds to new occurrence data, particularly for baby food, and to enforcement difficulties around compound foods containing vegetable oils. Key maximum levels include:
- Compound foods over 5% fat with added vegetable, fish or marine oils: 1,250 or 2,500 µg/kg fat for 3-MCPD + 3-MCPDE (depending on oil profile) and 1,000 µg/kg fat for GE – from 19 August 2026, with no transitional arrangement.
- Baby food and processed cereal-based food: 50 µg/kg product for 3-MCPD + 3-MCPDE and 25 µg/kg for GE – from 1 January 2027.
- Oils and fats intended for baby-food production: reduced from 750 to 500 µg/kg (3-MCPD) and from 500 to 250 µg/kg (GE) – from 1 January 2027.
Three details deserve attention. First, the compound-food rule can capture bakery, snack and prepared foods that are not oil products themselves. Second, where oils are blended, the applicable limit can depend on the proportions of each oil – making supplier composition data part of contaminant control. Third, pre-fried and fried coated meat and fish are excluded from the new limits for now, as formation during frying is still under assessment.
Businesses should always verify the exact category, footnotes and application date against the legal text before making a conformity decision.
What Does This Mean for the UK Market?
The UK position must be split into Great Britain and Northern Ireland. Directly applicable EU law no longer applies in GB, so the 2026 amendment does not automatically become GB law. In Northern Ireland, relevant EU food law continues to apply under the Windsor Framework.
Yet the EU limits still matter to GB manufacturers who:
- export products to the EU or supply EU customers
- work to customer or retailer specifications requiring EU equivalence
- operate dual-market specifications or integrated GB/NI supply chains
Legal requirement vs market requirement
A product can be legally saleable in GB while still failing an EU customer specification. Technical teams should therefore maintain both a legal register and a customer/destination requirement matrix.
The official-controls picture is moving too. The UK National Monitoring Plan 2026/27 includes edible oils for 3-MCPD sampling and GE/3-MCPD esters in fish and marine oils. Meanwhile, the Food Standards Agency reported in September 2026 that it aims to have changes in place for dynamic alignment with relevant EU SPS rules by mid-2027.
Where Do These Contaminants Enter the Process?
3-MCPD and glycidyl esters are not ingredients that a business “adds”. They form during high-temperature processing and refining of fats and oils, so the hazard is influenced by raw material, refining conditions, processing history and even the analytical method. A food-safety team does not need to reproduce the chemistry – it needs a clear control map covering:
- Raw material profile – origin, species, oil type and supplier practices
- Refining – the main high-temperature steps and the supplier’s process controls
- Oil blending – which can change the contaminant profile and the applicable limit
- Formulation – the amount and type of oil in the finished product
- Thermal processing – further processing such as frying
- Laboratory method – which analytes are captured and how esters are handled
A practical HACCP prompt: “Can 3-MCPD, 3-MCPDE or GE be introduced through any oil or fat ingredient, or formed during our process – and what evidence supports our control measures?” The answer should rest on product, process and destination, not on a statement that “the supplier provides a CoA”.
Supplier Assurance Is the Control Many Businesses Underestimate
For many UK manufacturers, the strongest control point is upstream. Finished-product testing can verify performance, but it cannot replace supplier control where refined oils are the main source of risk. A robust oil or fat specification should define:
- identity and origin of the oil or fat, and its intended use
- applicable limits, including destination- and customer-specific limits
- testing frequency, analytical method and LOQ expectations
- change-notification requirements for refining process, source, blend or supplier
- CoA content traceable to the delivered lot, and retention of trend data
Procurement and technical teams should ask suppliers for recent trend data rather than a single representative result, the quantitative composition of oil blends, and what happens when a result is atypical but still below the limit.
Testing Strategy: Asking the Right Laboratory Question
Analytical compliance is not simply a matter of ordering a test named “3-MCPD + GE”. The method must match the product matrix, fat content, regulated analytes, target limit and reporting basis. Before relying on a result, confirm:
- The regulatory measurand – the amended EU definition of GE includes certain related esters; legacy test packages may not map onto it.
- The fat basis – EU compound-food limits are expressed per kg fat, so results may need conversion using the product fat content.
- The LOQ – an LOQ adequate for screening may not be adequate for a conformity statement at a low limit.
- Measurement uncertainty and decision rules – these can materially affect the conformity decision.
- Matrix scope – a method validated for refined oil may not suit a low-fat compound food.
- Comparability – changing laboratory or method should trigger a documented comparability review.
When sending samples, provide the product name, intended market, fat content, full ingredient list and oil proportions where known. Incomplete information can prevent a robust compliance assessment.
What Will an Auditor Look For?
BRCGS Food Safety Issue 9 remains the current auditable standard, and the F926 position statements (version 4) became effective and mandatory on 10 August 2026. Issue 10 is under development and planned for publication in 2027. The lesson is not that any contaminant will get a new clause, but that standards increasingly expect demonstrable risk control. Sites should be able to show evidence across:
- legal and regulatory review – a current legal register and destination matrix
- HACCP – a documented hazard rationale for oils, fats and process conditions
- supplier approval and specification management
- testing and verification – sampling plans, methods, LOQs and trend charts
- nonconformity, CAPA and change management
- food safety culture and management review.
A useful audit question: “Show me how you would know if the 3-MCPD/GE requirement for one of your key products changed tomorrow.” A mature answer traces regulatory intelligence through to product classification, supplier communication, HACCP review and controlled implementation.
A Practical 90-Day Readiness Programme
Organisations do not need to begin by rewriting every procedure. A phased approach works well:
Days 0–30: Build the product and destination map, identify products with relevant oil and fat inputs and any NI/EU exposure, then review supplier specifications, blend data, CoAs and historical results.
Days 31–60: Update HACCP hazard assessments, confirm formulation data and fat basis, and agree a laboratory strategy covering matrix scope, LOQ, uncertainty, sampling frequency and release rules.
Days 61–90: Run targeted verification testing where evidence is weak, establish a trend baseline, complete CAPA and change-control updates, brief procurement and production teams, and present results to management review.
When a Result Is High – or Simply Looks Wrong
A result should trigger a controlled technical assessment, not an automatic conclusion. Teams should:
- Place affected lots into controlled status where appropriate.
- Confirm the destination, applicable criterion, method, LOQ and sample basis.
- Reconcile the result with the recipe, fat content and contributing oil lots.
- Determine disposition, complete root-cause analysis and feed lessons into supplier approval, HACCP and change control.
Above all, do not lose the data trail. The link between result, batch, recipe version, oil lots, supplier CoA, method and disposition is often worth more in an investigation than any single certificate.
The Business Opportunity Behind the Change
This change should not be treated purely as a laboratory exercise. Management dashboards that track supplier specification coverage, trend data, internal warning thresholds and open CAPA help leadership see deterioration early rather than merely record failures. Businesses that build strong evidence chains now will be better placed for EU-facing customers, future GB alignment and the next revision of BRCGS.
Working With PJRFSI
Perry Johnson Registrars Food Safety, Inc. (PJRFSI) supports food businesses seeking certification to the BRCGS Global Standard for Food Safety. BRCGS certification provides a structured framework for managing food safety, legality, supplier controls, verification and continual improvement. PJRFSI provides independent assessment of food safety systems against applicable certification requirements, helping organisations demonstrate that their response to regulatory change is systematic, risk-based and effectively implemented.
Conclusion
The 2026 EU amendment is not a reason to panic, but it is a reason to act. It combines tighter limits, new product categories and a more explicit analytical definition, increasing the importance of product classification, formulation data, supplier assurance and analytical capability. For UK businesses, the key step is to replace a single-market view with a destination-aware compliance model.
The businesses best prepared for the next change will not necessarily be those that run the most tests. They will be the ones that know why they are testing, what the result means, where the risk originates and how quickly they can update their system when requirements change.
The objective is not simply to pass a test. It is to strengthen the food safety system behind every result.
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