EUDR & Traceability

Coffee Traceability

Traceability is often discussed as though it were binary. It is not — it is a set of levels, each with a different cost and a different data requirement. This page sets out the levels that actually exist in East African coffee.

Last reviewed August 20263 min read

Quick answer

Traceability in coffee is a chain of records linking plot, washing station, dry mill, warehouse and container. Identity is preserved by keeping lots physically separate and documenting each transfer. The practical ceiling is set by where aggregation happens — usually at the washing station, which is why the station is the standard unit of East African traceability.

Scope of this section

This page describes what an origin supplier can provide to support an operator’s due diligence. It is not legal advice and it is not a statement of your obligations. The regulation, its guidance and its application timeline have been amended; confirm the current requirements from the official text and your own advisers.

The levels

Traceability levels, least to most specific
Level	What is identified	Typical availability	Cost implication
Country	Origin country only	Universal	None
Region	Growing area within the country	Universal	Minimal
Cooperative / union	The producer organisation	Widely available	Low
Washing station / factory	The specific processing site	Standard for specialty across our origins	Moderate — requires lot separation through milling
Delivery period	Station plus harvest week or day-lot	Available on request; small parcels	Higher — separate drying and milling runs
Individual producer	Named farmer or farm	Estates and some very small programmes only	Highest — impractical across a large smallholder base

Each step down this table means smaller parcels and higher per-kilo handling cost. That, rather than the cup, is what drives much of the specialty differential.

Where identity is lost

Traceability breaks at aggregation points. Understanding where they are tells you what level is realistically achievable.

1Cherry reception. Cherry from many farms enters the same reception tank. Below this point, individual-farm identity survives only if deliveries are kept separate — which is what a day-lot or micro-lot programme does, at cost.
2Fermentation tank. A tank is a lot. Two tanks filled on the same day from the same deliveries can still be tracked separately if the station chooses to.
3Drying beds. Bed identity is maintained by physical labelling. Combining beds at the end of drying merges lots.
4Dry mill. Milling batches — outturns in Kenya — are the identified unit. Combining parchment from several stations for a milling run merges them permanently.
5Warehouse and container. Bag marking and stow records preserve what arrived; they cannot recover what was merged upstream.

Step 1
Farm / plot
Producer identity, plot geolocation
Step 2
Wet mill / station
Delivery record, day lot
Step 3
Dry mill
Outturn or milling batch number
Step 4
Warehouse
Lot identity, storage conditions
Step 5
Container
Bag count, seal number, stuffing record

Each node is both a record and a potential merge point.

What each origin gives you naturally

Native traceability granularity by origin
Origin	Standard unit	Why
Kenya	Factory + outturn number	The cooperative factory system and dry-mill outturn numbering make this the default rather than an upgrade
Rwanda	Coffee washing station	Dense station network with small catchments
Burundi	Washing station + colline	Stations record cherry deliveries by hill
Ethiopia	Washing station + woreda	Stations aggregate from surrounding kebeles
Tanzania	AMCOS / central pulpery	Primary cooperative societies are the delivery unit
Uganda	Washing station (Arabica); collection area (Robusta)	Robusta’s dispersed dry processing makes station-level identity harder

Kenya is worth singling out: the combination of factory identity and outturn numbering gives unusually precise traceability as a by-product of how the system already works, rather than as something bolted on.

The records that support it

Chain of custody records

Cherry delivery record: Producer or group, date, weight, station
Processing record: Tank, fermentation and washing detail, bed allocation
Drying record: Bed identity, start and finish dates, final moisture
Parchment transfer: Weight and identity moving from station to dry mill
Milling record: Outturn or batch number, grade separations produced, outturn yield
Warehouse record: Lot identity, bag count, storage location and conditions
Stuffing record: Bag count, container and seal number, loading photographs

Specify the traceability level you need

Tell us the level and the format your systems require. We will confirm what each origin supports for the crop in question.

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Frequently asked questions

What is the most detailed traceability available for East African coffee?

Washing station or factory level is the standard for specialty across these origins, with delivery-period and day-lot separations available on request in smaller volumes. Individual-producer traceability is realistic for estates and small dedicated programmes, not across a large smallholder base.

Why is Kenyan coffee traceable to outturn?

Because the system already works that way. Smallholders deliver cherry to a cooperative factory, and the dry mill processes each delivery as an identified outturn. Both identifiers follow the coffee to sale, so the granularity is a by-product rather than an added service.

Does traceability guarantee quality?

No. It tells you where the coffee came from, which is necessary for accountability and for due diligence data, and useful for repeating a purchase. Quality is established by cupping.

Can traceability be added after the coffee is milled?

No. Once lots are merged the identity is gone. Traceability has to be designed into the physical handling from cherry reception onwards, which is why it must be agreed before the harvest.

Tell us the coffee you need

Lots can be specified by origin, region, process, grade, screen, moisture, defect tolerance, crop year and packaging. Send what you know and we will confirm what each origin realistically supports.