Classification
Product TypeRaw Material
Product FormIn-shell (Raw, dried)
Industry PositionPrimary Agricultural Product
Raw Material
Commodity GroupOilseed and edible nut (groundnut/peanut)
Scientific NameArachis hypogaea
PerishabilityMedium
Growing Conditions- Warm-season crop requiring a frost-free growing period.
- Best performance on well-drained, sandy to sandy-loam soils to support pod development and efficient harvest.
- Post-harvest curing/drying is essential to reach stable storage condition and reduce mold risk.
Main VarietiesRunner, Virginia, Spanish, Valencia
Consumption Forms- Roasted in-shell snack peanuts
- Shelled kernels for confectionery and snack mixes
- Processed into peanut butter and paste
- Crushed for peanut oil and meal (channel depends on quality and local regulations)
Grading Factors- Moisture condition and evidence of wetness/mold
- Aflatoxin test results and lot segregation status
- Foreign matter and soil contamination
- Insect damage and damaged/broken pods
- Pod size/uniformity (as specified by buyer/standard)
Planting to HarvestTypically harvested within a single warm-season cropping cycle; timing varies by variety group and local climate/agronomy.
Market
In-shell runner raw peanuts are unroasted groundnuts traded as a primary agricultural commodity, with specifications typically anchored on shell integrity, moisture management, and food-safety compliance. Global groundnut production is concentrated in Asia and Africa (notably China, India, and West Africa), while internationally traded in-shell volumes are more concentrated among a smaller set of exporters. UN Comtrade data (via WITS) indicates the United States and Egypt are leading exporters for HS 120210 (in-shell, not roasted), with major destination demand including China and EU member markets such as Italy, Spain, and Germany. Market access and pricing are strongly shaped by aflatoxin control requirements and border testing regimes, making post-harvest drying, segregation, and verified lab testing central to tradeability.
Major Producing Countries- 중국Major global groundnut producer (FAO/FAOSTAT groundnut series).
- 인도Major global groundnut producer (FAO/FAOSTAT groundnut series).
- 나이지리아Major groundnut producer in West Africa (FAO/FAOSTAT groundnut series).
- 미국Major producer; Runner market type is dominant in U.S. production and widely used in processing markets.
- 수단Significant groundnut producer and regional supplier (FAO/FAOSTAT groundnut series).
- 미얀마 [버마]Notable groundnut producer in Asia (FAO/FAOSTAT groundnut series).
- 세네갈Important West African groundnut producer with historical export orientation.
- 아르헨티나Important producer and major exporter of edible-grade peanuts (trade emphasis often stronger in shelled kernels than in-shell).
Major Exporting Countries- 미국Among top exporters for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
- 이집트Among top exporters for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
- 중국Among top exporters for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
- 인도Among top exporters for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
- 이스라엘Among top exporters for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
Major Importing Countries- 중국Among top importers for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
- 이탈리아Among top importers for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS; demand includes in-market roasting/snack channels.
- 스페인Among top importers for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
- 독일Among top importers for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS; also a distribution market for edible nuts.
- 캐나다Among top importers for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
- 터키Among top importers for HS 120210 (in-shell, not roasted) in UN Comtrade data compiled by WITS.
Specification
Major VarietiesRunner, Virginia, Spanish, Valencia
Physical Attributes- Pods delivered in-shell; shell integrity and low splits are important for in-shell roasting markets.
- Uniform pod size and low insect damage support consistent roasting and higher edible yield.
- Clean shells with low soil adhesion and low foreign matter support packhouse efficiency and importer acceptance.
Compositional Metrics- Moisture and water-activity control are central buyer specifications to reduce mold growth and quality loss during ocean transit and storage.
- Aflatoxin testing (and segregation based on results) is a core commercial requirement for edible-grade shipments under many importing-country regimes.
- High-oleic traits (common in many modern cultivars) may be specified by some buyers to support oxidative stability in roasted products.
Grades- UNECE Standard DDP-35 provides marketing and commercial quality control guidance for raw and roasted in-shell peanuts (defects, tolerances, presentation).
- National standards and private buyer specifications commonly define tolerances for foreign matter, damaged pods/kernels, insect damage, and off-odors.
Packaging- Bulk woven polypropylene or jute bags for edible-grade in-shell lots; labeling typically includes crop year, origin, and lot identifiers for traceability.
- Bulk bags (FIBC) or containerized bulk solutions may be used when downstream handling is industrial.
- Moisture-control measures in containers (e.g., liners or desiccants) are commonly used to reduce condensation and mold risk on long voyages.
ProcessingCommonly traded for destination roasting as in-shell snack product and/or for shelling into kernels for further processing.Lots that do not meet edible-grade food-safety or quality thresholds may be diverted to non-edible channels depending on national rules and buyer controls.
Supply Chain
Value Chain- Harvest (pods) -> field drying/curing -> cleaning/aspiration -> grading and defect removal -> lot segregation -> aflatoxin sampling/testing -> bagging -> container loading with moisture management -> import inspection/testing -> destination roasting (in-shell) and/or shelling for kernels -> distribution
Demand Drivers- In-shell roasted peanut snack demand in Mediterranean/Middle East and parts of Asia, often supplied via imports for in-market roasting.
- Industrial demand for kernels after shelling (confectionery, peanut butter, snack mixes) where buyers may import in-shell lots and shell near consumption markets to manage quality.
- Price-sensitive substitution between peanuts and other snack nuts/oilseeds, with in-shell demand influenced by seasonal snack consumption and promotional cycles.
Temperature- Quality preservation depends more on keeping peanuts dry and avoiding heat buildup than on refrigerated transport; elevated temperatures accelerate rancidity and increase mold risk when moisture is present.
- Avoiding condensation inside containers (especially during temperature swings) is critical for preventing localized mold growth and quality downgrades.
Atmosphere Control- Dry, well-ventilated container conditions and moisture-control practices (e.g., desiccants/liners) are used to reduce condensation risk on long sea routes.
- Pest management during storage and transit (where permitted) can include approved fumigation or other integrated pest controls to prevent insect damage.
Shelf Life- In-shell raw peanuts can store for extended periods when properly dried and protected from moisture, insects, and high temperatures.
- Shelf-life failures in trade commonly present as mold/odor issues, increased free-fatty-acid/rancidity notes, or insect infestation—all of which can trigger claims, downgrades, or rejections.
Risks
Food Safety HighAflatoxin contamination is the most critical global trade disruptor for raw peanuts: it can trigger border rejections, recalls, and long-term buyer delisting, and the risk is amplified by drought stress, delayed drying, and moisture exposure during storage/shipping. Many import regimes require verified sampling and laboratory testing, and failure to control aflatoxin can rapidly close market access for specific origins, exporters, or lots.Implement Codex-aligned good practices for prevention/reduction (rapid drying/curing, moisture control, insect damage reduction), enforce lot-level segregation, and use accredited aflatoxin testing with documented traceability before shipment.
Climate MediumHeat and drought episodes can reduce yields and raise aflatoxin pressure, increasing quality variability and tightening edible-grade availability in affected seasons.Diversify origin sourcing, monitor seasonal agronomic risk indicators, and contract for quality with contingency volumes and pre-shipment testing triggers.
Storage And Logistics MediumMoisture ingress and container condensation can cause localized mold growth, off-odors, and quality downgrades; insect infestation during storage/shipping can also damage lots and increase claims.Use validated drying/curing protocols, specify moisture management in containers (liners/desiccants), apply pest controls where permitted, and audit warehouses/packhouses for humidity and hygiene.
Regulatory Compliance MediumTrade is exposed to changing or strictly enforced contaminant limits and inspection intensity (e.g., mycotoxin-focused border controls), leading to delays, increased costs, or shipment rejections even when commercial quality is acceptable.Align specifications to destination-market requirements, maintain compliance documentation, and build importer-broker alignment on sampling plans, methods, and dispute resolution.
Allergen Management LowPeanuts are a priority allergen in many markets; while this mainly affects downstream processing and labeling, cross-contact controls and clear product identity documentation matter for mixed-nut facilities and repackers.Maintain strict product identity/lot controls and ensure downstream partners apply allergen labeling and cross-contact management consistent with destination regulations.
Sustainability- Climate sensitivity: drought and heat stress can reduce yields and increase pre-harvest aflatoxin pressure in some production regions.
- Water stewardship where irrigation is used; competition for water and rising energy costs can affect production economics.
- Agrochemical stewardship (pesticides/fungicides) and soil management; peanuts can support rotations and nitrogen fixation but still face erosion and soil-health risks under poor practices.
Labor & Social- High smallholder participation in parts of Africa and South Asia increases the importance of aggregation, extension support, and consistent post-harvest controls to meet export specifications.
- Worker safety risks from pesticide handling and any fumigation operations; compliance depends on training, PPE, and contractor oversight.
- Traceability and due diligence demands are increasing for food-safety assurance and for managing contamination incidents and recalls.
FAQ
What is the biggest global trade risk for raw in-shell peanuts?Aflatoxin contamination is the most critical risk because it can lead to border rejections and recalls. Codex Alimentarius has a dedicated code of practice for preventing and reducing aflatoxin contamination in peanuts, and many importing markets use testing and strict controls to manage this risk.
Which countries are major exporters and importers of in-shell raw peanuts?For HS 120210 (ground-nuts in shell, not roasted), UN Comtrade data compiled by the World Bank WITS indicates the United States and Egypt are among the top exporters, with China and EU member markets such as Italy, Spain, and Germany among the leading importers.
What does “Runner” mean in peanuts, and why might buyers specify it?“Runner” is one of the four main U.S. peanut market types (Runner, Virginia, Spanish, Valencia). Industry sources describe Runner as the dominant type grown in the United States and widely used in large-scale processing (including peanut butter), so some buyers specify Runner to target consistent kernel characteristics and processing performance.