Dried pea is the highest-volume pulse Ukraine produces and the one with the widest range of end uses. It sits in two commercial worlds at once: a traditional food trade in whole and split peas for soups and prepared dishes, and a fast-growing industrial trade supplying pea protein concentrate and isolate manufacturing. Those two buyers want almost nothing in common.
Production is concentrated in the forest-steppe, with Vinnytsia, Khmelnytskyi, Cherkasy, Poltava and Sumy oblasts carrying most of the area. Pea is an excellent rotational crop, fixing nitrogen and breaking cereal disease cycles, which means it competes well for area and gives Ukrainian supply more year-to-year stability than the minor pulses have. The rotation guide covers how that works.
Two colour types are traded. Yellow pea dominates by volume and is the standard raw material for protein extraction and for most soup applications. Green pea is a smaller trade, bought where the colour is wanted in the finished dish, and it carries a colour specification that yellow pea does not.
Grades, cuts and calibration
Pea is traded whole or split, and as with lentil the two carry different grading vocabularies.
Whole pea. Graded on size, colour, splits and broken counts, foreign matter, and defect categories including insect-damaged, wrinkled and discoloured seed. Whole pea for protein processing is graded far more loosely on appearance and far more tightly on protein content, because appearance is irrelevant once the seed enters a dry fractionation or wet extraction line.
Split pea. Produced by dehulling and splitting. Graded on the proportion of intact halves, residual hull, fines, colour uniformity and unhulled seed count. As in red lentil, unhulled seed is the characteristic defect and the one most visible in a finished pack.
Protein content. The parameter that has changed the pea trade in the last decade. Protein processors buy on protein percentage on a dry basis, and the difference between an average and a high-protein lot translates directly into extraction yield. Protein varies with variety, season and nitrogen availability, and it should be reported with the method and the moisture basis stated, because a protein figure on an unstated basis is not comparable.
The processing sequence for food-grade material is cleaning, destoning, grading, colour sorting and packing; for split pea, dehulling, splitting and aspiration are inserted before the final screening.
Seasonality and availability
Pea is sown early in spring and harvested in July and August, ahead of the later beans. Because it is harvested before the main autumn rain risk, pea quality is generally more stable year to year than kidney or white bean.
Availability is year round from stock. The commercially relevant seasonal question is not whether pea is available but which protein band is available, because protein content varies with the season and a processor buying to a protein floor may find a thin market in a low-protein year even when total volume is ample.
Bleaching is the seasonal issue in green pea. Green peas lose colour in storage, and exposure to light accelerates the loss markedly. A green pea lot that met a colour standard in autumn will not necessarily meet it the following summer, which is a storage and specification problem rather than a quality failure. Yellow pea is unaffected in commercial terms.
Rotation gives pea more supply stability than the minor pulses, but it does not make supply fixed. Area still responds to relative returns against cereals and oilseeds, and buyers planning multi-year volume should have the conversation before sowing rather than after harvest.
What the buyer checks at intake
- Moisture against the contract figure, with the reference method named. A lot shipped wet will heat in the container and arrive with mould and a smell that no downstream cleaning removes.
- Foreign matter, split and broken counts, and stones, each against a defined sample mass and a named method rather than a bare percentage.
- Insect activity, live and dead, plus evidence of the storage regime. This is the single most common rejection cause in the pulse trade.
- Colour uniformity and off-colour count, assessed under a defined light source rather than on a warehouse floor.
- Odour. Dry pulses pick up taint readily, and a musty or chemical smell at intake is a fatal defect regardless of the analytical results.
- Protein content on a stated moisture basis with the method named, for any lot destined for protein processing or for a nutritional claim.
- Unhulled seed and residual hull count in split pea, on a defined sample mass.
- Colour in green pea against a physical reference, with the harvest year stated, because bleaching in storage is normal and predictable.
Where it is used
Pulse protein manufacturing. The fastest-growing outlet. Yellow pea is the dominant raw material for pea protein concentrate and isolate, used in meat alternatives, beverages and sports nutrition. These buyers specify protein content, freedom from taint and consistency, and they buy in bulk rather than in bags. The protein content guide explains how the figures compare across species.
Soup and prepared food manufacturing. The traditional outlet. Split pea for soups, whole pea for prepared dishes and mushy pea products. Cooking behaviour and colour consistency drive the specification.
Food service and retail. Bulk bags and consumer packs of split and whole pea.
Pea flour and fibre. Milling produces pea flour for gluten-free bakery and extrusion, and hull fractions for fibre ingredients. Milling grade material is selected on protein and taint rather than appearance.
Pet food and feed. A legitimate outlet for material outside food-grade specification, and one that gives a packer somewhere to place off-grade fractions rather than discounting the whole lot.
Standards and routes
Codex CXS 171-1989 and ISO 605 apply as they do across the pulse range. For protein claims, the reference framework is the FAO protein quality guidance and the labelling rules in Regulation (EU) No 1169/2011; note that protein content and protein quality are different questions, and a high protein percentage does not by itself support a nutritional claim.
Residues fall under Regulation (EC) No 396/2005 with plant protection product approvals under Regulation (EC) No 1107/2009, and contaminants under the limits consolidated in Regulation (EU) 2023/915. Hygiene sits under Regulation (EC) No 852/2004; sites supplying protein processors are commonly also certified to ISO 22000 or a GFSI-recognised scheme.
Pea moves ambient in bags, big bags or bulk. Bulk is the norm for protein processors, who have intake systems designed for it, and it is materially the lowest-cost format per tonne. European destinations go by road; the cleaning and grading guide covers what to verify before loading and how to write the sampling plan.