What the Logo Doesn't Audit
Five investigations into the same architecture. The label names a region. The shelf word implies the whole product. The gap between them has a shape.
Five investigations this fortnight, one architecture. Every certification on every shelf audits a defined region; the consumer reads the audit as the whole product. Cookware coatings, INCI nomenclature, GOTS cotton, reactive dyes — the gap between scope and reading keeps having the same shape, and the sentence that names it sits on page two of every standard.
Reports
The Disclosure Gap
The EU banned titanium dioxide from food in 2022. It did not ban it from the pan that puts titanium dioxide into food — "ceramic" cookware can release 100 million titanium dioxide nanoparticles per square decimetre, and twenty-two years after Regulation 1935/2004, only 5 of 17 food-contact material categories have specific safety measures. "Ceramic nonstick" is a marketing term with no regulatory definition. Read more →
The Coco Question
The vocabulary on the back of a shampoo bar was compiled by a US trade association in 1973 to standardise names for regulators — not synthesis pathways, not chain-length distributions, not the ethylene oxide step that determines whether 1,4-dioxane needs capping at 1 ppm. "Sodium Coco-Sulfate" and "Sodium Lauryl Sulfate" share a molecule; "Sodium Cocoyl Isethionate" sits downstream of the same chemistry consumers were told to avoid. Read more →
The Hidden Half
"Organic," "natural," "compostable," and "carbon-neutral" all share the same architecture: a defined region of the product is audited, and the rest reverts to industrial default. Lee et al. (2021) found roughly two-thirds of aviation's actual warming sits outside every carbon-offset registry's scope — and the same audit-shaped gap appears in cotton, in cookies, in code. Read more →
Where the Logo Ends
GOTS §1.2.6 — the scope statement of the world's leading organic textile certification — defines its job as "low impact and low residual" chemical inputs, not end-of-life biodegradability. The sentence is on page two of a public document; it does not appear on the hangtag. Read more →
The Dye Beneath
Reactive dyes bind to cotton through covalent C–O linkages designed in 1956 to survive industrial washing — and they survive composting too. A typical 700g GOTS-certified coloured towel carries 2–17 grams of triazine-anchored chromophore, structurally similar to atrazine, and the soil bacteria that can break those rings concentrate only in agricultural soils that have already seen the herbicide. Read more →
Take Action
The Toothpaste That Shows Its Chemistry
Born from The Coco Question. A toothpaste that names its surfactant chemistry, abrasive class, pH, and fluoride form — not just the INCI word.
The Shampoo Bar That Shows Its Chemistry
Born from The Coco Question. A shampoo bar that names its synthesis pathway, chain-length distribution, pH, and whether the surfactant sits downstream of ethylene oxide.
The Body Wash Bar That Shows Its Chemistry
Born from The Coco Question. A bar that tells you whether it's alkaline soap (pH 9-10) or pH-adjustable syndet — and whether its surfactant pathway runs through ethylene oxide.
The Baby Cleanser That Shows Its Chemistry
Born from The Coco Question. The most sensitive skin in the household deserves to see the synthesis pathway, the impurity ceilings, and the chain-length distribution — not just the INCI name.
Kitchen Linens the Compost Heap Can Finish
Born from The Dye Beneath. Kitchen linens with named-chromophore plant dyes and disclosed mordant chemistry — so the compost heap can actually finish what the wash starts.
Five investigations, one shape. The audit region is not the product; the sentence that says so is on page two of every standard, and it never made it onto the hangtag.