The European Union's July 2026 amendments to its food-contaminant framework create two approaching compliance milestones for infant and young-child foods: new or tighter limits for 3-monochloropropanediol and glycidyl esters from January 2027, and the first EU maximum levels for a weighted sum of furan and two methylfurans from January 2028. Their significance extends beyond numerical limits. The contaminants arise through different manufacturing pathways— principally upstream oil refining for certain fatty-acid esters and thermal processing for furans—while the same finished food must also satisfy uncompromised microbiological safety, nutritional and shelf-life requirements. Recent analytical and pilot-scale studies reveal substantial opportunities for mitigation, but also matrix effects, scale-up failures and differences between concentrations measured in sealed products and exposure after preparation. This article proposes a dual-ledger process-validation approach linking ingredient provenance, microbial lethality, contaminant formation, analytical uncertainty and jurisdiction-specific legal status. It distinguishes binding law from scientific hypotheses and explains why neither reduced heating nor a compliant supplier certificate is, alone, a sufficient infant-food safety strategy.
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Jose Manuel López (2026) studied this question.