What Recyclers Need From Manufacturers

Directive 2012/19/EU requires producers to provide treatment information for each new type of electrical equipment placed on the market. Most comply by supplying an exploded parts diagram and a materials declaration.

Treatment facilities generally cannot use either. The gap is not one of goodwill; it is that the document was written by people who design and repair products, for people who dismantle several hundred an hour.

The economics that shape the requirement

A treatment facility processes by weight at low margin. The time available to make a decision about any individual unit is measured in seconds, and the decision is usually binary: does anything have to come out before this goes into the shredder.

That single constraint explains most of what makes manufacturer documentation unusable. A twelve-page PDF requiring interpretation is not consulted, because consulting it costs more than the material recovered from the unit is worth.

What they actually need, in order

The information a facility needs has a natural priority, and it is close to the inverse of how manufacturer documentation is usually organised.

Row one is the whole document for most units. A facility needs to know whether a battery, capacitor, mercury lamp or printed circuit board must be extracted, and where to find it. Everything else is refinement.

Why location beats presence

A materials declaration stating that a product contains a restricted flame retardant satisfies a compliance obligation and helps nobody on a dismantling line.

The actionable form is the location: which component, in which subassembly, reached how. An operator who knows the flame retardant is in the rear housing can route that fraction separately. An operator who only knows it is somewhere in the product must treat the whole unit as contaminated or ignore the information entirely.

This distinction is worth pressing internally, because materials declarations are usually generated from a bill of materials that already contains the location. The information is present in the source system and lost in the reporting.

The disassembly sequence

Where removal is required, the sequence is the deliverable. Not a diagram of how the product is constructed, but an ordered list of steps to reach the component that has to come out.

A sequence written this way is typically half a page. It is also directly measurable, which matters because disassembly time feeds repairability assessment under EN 45554 and is an ecodesign parameter in its own right.

How the passport changes distribution

Historically this information travelled through a portal or an information exchange that a facility had to know about, register for and search. In practice that meant it reached the largest operators and nobody else.

A passport reached by scanning the product removes the discovery problem entirely. The operator holding the unit scans it and receives the treatment view, without a prior relationship with the manufacturer and without knowing who made it.

That is the single largest practical improvement the passport offers to end-of-life handling, and it depends on one design decision: that the recycler view is served to a verified operator credential rather than to an account the manufacturer has to create in advance.

Writing it with a recycler in the room

The most reliable way to produce usable treatment information is to have it reviewed by someone who dismantles products for a living, before it is published.

The review is fast and the findings are consistent: the sequence assumes tools the facility does not have, the component is described by an internal part name nobody outside the company recognises, or the instruction stops at a step that turns out to be the hard one. All three are cheap to fix before publication and impossible to fix afterwards without reissuing.