Classification
Product TypeByproduct
Product FormDefatted meal (oilcake), ground or pelleted
Industry PositionOilseed Crushing Byproduct (Feed Ingredient)
Market
Defatted peanut meal (groundnut oilcake/meal) is the solid residue from peanut oil extraction and is traded primarily as a protein ingredient for compound feed, with secondary use in certain food and industrial applications where permitted. Supply is structurally tied to peanut (groundnut) production and oil-crushing economics, with major output concentrated in large groundnut-producing countries in Asia, Africa, and the Americas. International trade is typically smaller and more fragmented than mainstream oilseed meals (e.g., soybean meal), and buyer specifications are strongly shaped by feed safety controls and mycotoxin risk management. Market access and price realization are highly sensitive to aflatoxin management, moisture control, and traceability through storage and transport.
Major Producing Countries- 중국Among the largest global groundnut producers; large domestic crushing and feed demand base.
- 인도Major groundnut producer with significant oilseed processing capacity; also appears as a leading exporter in HS 2305 trade data.
- 나이지리아Large groundnut producer; meal availability is linked to domestic processing and regional trade.
- 미국Significant groundnut producer; peanut products are strongly integrated into formal grading and quality control systems.
- 아르헨티나Notable groundnut producer and processor; appears as a leading exporter in HS 2305 trade data.
- 수단Important groundnut producer in semi-arid conditions; supply variability can be climate-sensitive.
- 세네갈Historically important groundnut producer; meal availability is linked to oil-crushing throughput.
- 브라질Groundnut producer with oilseed processing; appears in HS 2305 trade data as an exporter in some years.
Major Exporting Countries- 인도Frequently listed among leading exporters for HS 2305 (groundnut oilcake/solid residues) in UN Comtrade-derived datasets.
- 아르헨티나Frequently listed among leading exporters for HS 2305 in UN Comtrade-derived datasets.
- 니카라과Appears as a notable exporter for HS 2305 in some UN Comtrade-derived datasets; trade can be concentrated in a few corridors.
- 미국Appears as an exporter for HS 2305 in some UN Comtrade-derived datasets.
- 베냉Appears as an exporter for HS 2305 in some UN Comtrade-derived datasets; may reflect regional processing and re-export patterns.
Major Importing Countries- 중국Listed as a major importer for HS 2305 in some UN Comtrade-derived datasets; imports may support feed and processing demand.
- 미국Listed as an importer for HS 2305 in some UN Comtrade-derived datasets; use can include feed blending and specialty applications.
- 스페인Appears among importers for HS 2305 in some UN Comtrade-derived datasets; may reflect EU feed ingredient demand and distribution.
- 폴란드Appears among importers for HS 2305 in some UN Comtrade-derived datasets.
Specification
Physical Attributes- Free-flowing light-to-dark brown meal or pellets (appearance varies by processing intensity and hull inclusion).
- Dustiness and particle size distribution influence handling losses and feed mill performance.
Compositional Metrics- Commercial specifications commonly reference crude protein, residual oil (fat), crude fiber, moisture, and ash.
- Mycotoxin (notably aflatoxins) testing and acceptance limits are central to buyer specifications and border controls.
- Peroxide value and sensory rancidity checks may be applied where residual oil content is meaningful or storage durations are long.
Grades- Feed-grade material is typically traded under buyer-defined specifications, often aligned with feed safety schemes and importing-country requirements.
- Some markets distinguish between mechanically expelled vs. solvent-extracted meal and between meal vs. pelleted forms.
Packaging- Bulk shipments (containers or bulk handling) are common where trade volumes justify it; bagged formats (e.g., multiwall or woven PP) are also used for smaller lots.
- Moisture-protective packaging and clean, dry containers are emphasized to prevent mold growth and quality loss.
ProcessingProduced as a solid residue from peanut oil extraction (mechanical expeller and/or solvent extraction), often followed by desolventizing/toasting and grinding or pelleting.Heat exposure during desolventizing/toasting can affect color, flavor, and protein functionality relevant to end use.
Risks
Food Safety HighAflatoxin contamination risk is a primary deal-breaker for cross-border trade in peanut-derived products: inadequate drying/curing, humid storage, or poor lot segregation can lead to mycotoxin levels that trigger rejection, recalls, or forced diversion to non-food uses, disrupting supply reliability and pricing.Implement strict post-harvest drying/curing and moisture control, maintain clean/dry storage and transport, segregate high-risk lots, and use routine aflatoxin testing and documentation aligned with Codex guidance.
Supply Linkage MediumDefatted peanut meal supply is structurally dependent on peanut oil crushing volumes; shifts in edible peanut demand, oil margins, or policy can rapidly change meal availability and tradeable surplus.Use flexible formulations and multi-origin sourcing strategies; contract with crushers that can provide consistent throughput and quality documentation.
Storage And Logistics MediumThe product is sensitive to moisture ingress and poor container hygiene; mold, infestation, caking, and off-odors can emerge during long dwell times, leading to claims and downgrades.Specify moisture limits, require dry/clean containers, use appropriate liners where needed, and monitor storage conditions and dwell times in transit.
Regulatory Compliance MediumImport acceptance can hinge on feed safety rules, contaminant limits, and documentation requirements; compliance failures can cause delays, added testing costs, or outright refusal at destination.Align specifications to destination requirements, maintain traceability and certificates of analysis, and pre-clear testing protocols with buyers and inspection agencies.
Sustainability- Post-harvest loss reduction (drying/curing and storage) is a key sustainability lever because quality failures can divert product to lower-value uses or disposal.
- Climate variability (heat and drought stress) in major groundnut regions can tighten crushing throughput and reduce availability of defatted meal, increasing substitution pressure to other proteins.
FAQ
What is defatted peanut meal and how is it produced?Defatted peanut meal (also called groundnut oilcake/meal) is the solid residue left after extracting oil from peanuts, typically via mechanical expeller and/or solvent extraction, followed by desolventizing/toasting and grinding or pelleting.
What is the biggest trade-disrupting risk for defatted peanut meal?Aflatoxin contamination is the most critical risk because it can trigger shipment rejections or forced diversion if drying, storage, and testing controls are insufficient.
Why can supply availability change quickly even when peanut production seems stable?Because supply is tied to oil-crushing volumes and margins: if crushers run less (or divert peanuts to other uses), the volume of defatted meal available for domestic use or export can fall even without a large change in overall peanut output.