Cocoa Recovery & Wet to Dry Out-Turn
Dries cocoa
Enter wet cocoa bean weight to get the fermented dry beans (~40% of wet weight), the weight lost, the wet:dry ratio and the recovery percentage — the saleable out-turn.
Project your dry-bean yield
Next: budget for roughly 400 kg of saleable dry beans from this lot — about a 2.5 wet-to-dry ratio; price and ferment in batches sized around that shrink.
Recovery depends on pod fill, fermentation regime and final moisture (~6–7% for trade). Most fresh-to-dry ratios sit near 2.5:1 (40%); over-drying or poor fermentation lowers it.
Cocoa recovery — key facts
- Dry beans
- wet weight × recovery %
- Recovery
- ≈ 40% of wet weight
- Wet:dry ratio
- ≈ 2.5 : 1
- Weight lost
- wet weight − dry beans
- Wet moisture
- ≈ 60%+
- Dry moisture
- ≈ 6–8%
- Slow drying
- develops flavour & grade
- Privacy
- Runs in your browser; nothing uploaded
Ferment and dry to the bean buyers pay for
Cocoa beans leave the pod wet and pulp-coated, holding well over half their weight as water. Fermenting them in heaps or boxes breaks down the pulp and starts the chemistry of chocolate flavour, then slow drying brings moisture down to about 6–8% for safe storage. By the end only around 40% of the wet weight remains as fermented dry beans — the saleable form — so roughly 2.5 kg of wet beans makes 1 kg of dry. Good fermentation and unhurried drying are what earn the higher grades.
This tool gives the dry beans, the weight lost, the wet:dry ratio and the recovery percentage from the wet bean weight you enter. Use it to plan drying-floor space, sacks and sales, compare batches and seasons on out-turn, and see how recovery drives your returns per pod. Pair it with the Coffee Pulping Recovery, Dehydration Ratio and Cashew Processing Recovery tools for the full processing picture.
Plan the out-turn
Know the dry beans from any wet batch.
Size the drying
Match floor space and sacks to the yield.
Track recovery
Compare batches and seasons on out-turn.
Earn the grade
Ferment well and dry slowly for flavour.
Frequently Asked Questions
What is cocoa fermentation recovery?+
Recovery is the share of wet cocoa bean weight that survives as fermented, dried beans — the saleable form. Wet beans straight from the pod are fermented in heaps or boxes, then sun- or mechanically dried until only about 40% of the wet weight remains. So 1000 kg of wet beans typically gives roughly 400 kg of fermented dry beans.
How is dry bean weight calculated?+
Dry beans = wet bean weight × recovery %. Weight lost = wet weight − dry beans, which is mostly water (and a little pulp) driven off during fermentation and drying. The wet:dry ratio = wet weight ÷ dry beans shows how many kg of wet beans each kg of dry beans needed. The calculator does all of this from the wet weight you enter.
Why do wet beans lose so much weight?+
Fresh cocoa beans are coated in sugary pulp and hold a lot of water — often 60% moisture or more. Fermentation breaks down the pulp and drying drives moisture down to about 6–8% for safe storage. Removing all that water and pulp is why dry beans end up around 40% of the wet weight, and why the wet:dry ratio is roughly 2.5:1.
What is a typical wet:dry ratio?+
Around 2.5 kg of wet beans per 1 kg of dry beans is common, i.e. about 40% recovery. It varies with pod ripeness, pulp content, bean size and how thoroughly the beans are dried. Wetter, pulpier beans give a higher ratio (lower recovery); well-developed beans dried to target moisture sit near the typical figure.
Why does fermentation matter for flavour and grade?+
Fermentation is where chocolate flavour begins: yeasts and bacteria acting on the pulp drive chemical changes inside the bean that develop precursors for the roasted cocoa taste, reduce bitterness and set colour. Under-fermented beans are flat and slaty; well-fermented, slowly dried beans command higher grades and prices.
Why dry slowly rather than fast?+
Slow, even drying lets the chemical changes started in fermentation finish and allows acids (mainly acetic acid) to escape, improving flavour. Drying too fast — especially over hot artificial heat — traps acidity and can case-harden the bean, locking moisture inside and risking mould later. Good drying protects both quality and storability.
Does this work for any wet weight or unit?+
Yes — enter any wet bean weight in your usual unit (kg, quintals or tonnes) and adjust the recovery to match your own out-turn. The dry beans, weight lost and wet:dry ratio come back in the same unit, so you can plan drying-floor space, sacks and sales for any batch size.
How does recovery affect my returns?+
Because buyers pay for dry beans but you handle wet beans, recovery sets how much saleable product each harvest yields. A higher recovery — through ripe pods, good fermentation and proper drying — means more dry beans and better grades from the same wet weight, directly lifting income per pod harvested.
Are the figures precise?+
They're solid planning figures. Real recovery varies with pod ripeness, pulp content, fermentation method, weather and final moisture, so the ~40% is a guide. Weigh wet and dry beans across a few batches to find your own recovery, then use that here to plan drying capacity, packing and sales rather than relying on a single book figure.