Classification
Product TypeIngredient
Product FormDried meal (milled)
Industry PositionProcessed Agricultural Ingredient
Market
Broad-bean meal (milled faba/broad bean, Vicia faba) is traded as a protein- and starch-containing legume ingredient used primarily in animal feed formulations and, in some markets, as a legume flour ingredient for human foods. Supply availability is structurally tied to faba bean production in major growing regions; Feedipedia (citing FAO-era data) highlights China, Ethiopia, Australia, France, and the United Kingdom among the leading producing countries. In trade classification terms, legume flours/meals are commonly captured under HS heading 1106 (including subheading 110610 for dried leguminous vegetable flour/meal/powder), but product labeling and end-use (food vs. feed) can affect how shipments are recorded. Market dynamics are influenced by substitution versus other protein meals (notably soybean meal) and by quality constraints such as anti-nutritional factors (tannins; vicine/convicine) and storage stability of ground material.
Major Producing Countries- 중국Identified by Feedipedia as the largest producer in FAO-referenced historical production context (early 2010s).
- 에티오피아Identified by Feedipedia among top producing countries in FAO-referenced historical production context (early 2010s).
- 호주Identified by Feedipedia among top producing countries; GRDC notes Australia as a major exporter of faba beans (grain) to Egypt and MENA.
- 프랑스Identified by Feedipedia among top producing countries; French technical bodies position faba bean as a protein crop used largely in animal feed.
- 영국Identified by Feedipedia among top producing countries in FAO-referenced historical production context (early 2010s).
Supply Calendar- France (spring faba bean / féverole de printemps):Aug, SepTerres Inovia indicates spring sowing (Jan–Mar) with harvest typically in August–September (grain basis; meal supply depends on post-harvest processing/storage).
- France (winter faba bean / féverole d'hiver):JulTerres Inovia indicates winter sowing (Nov–Dec) with harvest typically around July (grain basis; meal supply depends on post-harvest processing/storage).
Specification
Major VarietiesVicia faba var. major (broad bean), Vicia faba var. minor (field/horse bean)
Physical Attributes- Free-flowing meal/flour produced by grinding cleaned dried faba beans; color and particle size vary by dehulling level and milling specification
- Dehulled meal generally has lower fiber and different anti-nutritional factor profile than whole-bean meal (buyer- and process-dependent)
Compositional Metrics- Protein- and starch-rich ingredient; Feedipedia summarizes typical faba bean seed composition (protein and starch ranges) and highlights lysine-rich amino acid profile with relatively lower sulfur amino acids
- Anti-nutritional factors are a commercial specification consideration, notably tannins and vicine/convicine (variety-dependent); low-tannin, low vicine/convicine materials are preferred for some monogastric applications
- Ground faba bean material can be prone to rancidity if stored for extended periods after milling (storage stability and oxidation control are key buyer concerns)
Grades- Commercial transactions typically specify minimum crude protein, maximum moisture, maximum fiber/ash, and limits/targets for tannins and vicine/convicine; no single global grade system is consistently applied across markets
Packaging- Bulk or bagged formats depending on destination channel (feed mill vs. food ingredient users)
- Moisture-barrier packaging and dry storage practices are emphasized to reduce caking, mold risk, and quality loss
ProcessingDehulling and thermal/mechanical processing (e.g., extrusion, pelleting) are used in some supply chains to improve digestibility and enable higher inclusion rates in monogastric dietsTight moisture management is used to support safe storage and downstream handling
Supply Chain
Value Chain- Faba bean harvest (grain) -> drying/cleaning -> storage -> dehulling (optional) -> milling/grinding into meal -> (optional) thermal/mechanical processing (e.g., extrusion/pelleting) -> packing/bulk loading -> distribution to feed mills and ingredient users
Demand Drivers- Partial replacement of soybean meal or other protein sources in livestock and aquaculture feeds (where formulation and anti-nutritional-factor constraints allow)
- Use as a legume flour/meal ingredient in selected human food applications (product- and market-dependent)
- Interest in regionally produced plant protein crops in Europe and other regions with protein-crop policy/rotation incentives (context varies by market)
Temperature- Typically handled as an ambient-stable dry ingredient; controlling moisture ingress and overheating during storage is important for quality preservation
Shelf Life- Shelf life is primarily moisture- and oxidation-limited; Feedipedia notes ground faba bean material can become rancid if stored too long after milling, so turnover and storage conditions matter
Risks
Climate HighClimate-driven yield volatility in major faba bean producing regions can disrupt availability of broad-bean meal and create sharp price and supply swings for feed formulators and ingredient buyers. Agronomic sources note faba bean sensitivity to hot, dry conditions during podding and that elevated temperatures can trigger flower abortion, increasing the risk of production shocks during heat events.Diversify origin sourcing where feasible; use forward contracts and buffer inventories; monitor seasonal climate risk indicators in key producing regions and adjust formulations for substitutable protein sources.
Anti Nutritional Factors MediumTannins and vicine/convicine (variety-dependent) can limit inclusion rates in some monogastric and aquaculture feeds, creating trade frictions if specifications are not aligned between seller and buyer.Specify and verify variety/quality traits (e.g., low-tannin and low vicine/convicine where required); use dehulling and appropriate thermal/mechanical processing to improve usability; align formulation constraints with supplier QA documentation.
Storage Quality MediumQuality can deteriorate during storage and transport if moisture control is poor (mold/caking risk) or if oxidative stability is not managed; Feedipedia highlights rancidity risk for ground faba bean material when stored for extended periods after milling.Set moisture targets and storage protocols; use appropriate packaging and ventilation; prioritize faster turnover for milled meal and implement incoming QC checks (moisture, odor/oxidation indicators, and contamination screening as appropriate).
Sustainability- Climate sensitivity of yield and flowering/podding stages can amplify year-to-year supply volatility in major producing regions
- As a nitrogen-fixing legume used as a break crop, faba bean is promoted in some agronomic systems for rotation benefits and reduced reliance on synthetic nitrogen inputs (system- and region-dependent)
FAQ
What is broad-bean meal typically used for in global trade?It is most commonly used as a dry ingredient in animal feeds (including poultry, pigs, ruminants, and some aquaculture feeds) as a protein- and energy-containing legume input, and it can also be used as a legume flour/meal ingredient in certain human food applications depending on local product standards and formulations.
What are the main quality or buyer-specification parameters for broad-bean meal?Buyers commonly focus on basic composition and safety/handling parameters (such as protein, moisture, fiber/ash, and particle size) and on anti-nutritional factors that can constrain use (notably tannins and vicine/convicine, which vary by variety and processing), alongside good storage stability and cleanliness.
What is the biggest supply risk that can disrupt broad-bean meal availability?Weather and climate variability affecting faba bean yields in key producing regions is the most critical disruption risk, because broad-bean meal supply depends on faba bean grain output and agronomic sources note sensitivity to hot, dry conditions during podding and to heat that can cause flower abortion.