Classification
Product TypeRaw Material
Product FormDried Seed
Industry PositionPrimary Agricultural Product
Raw Material
Commodity GroupOilseed (Brassicaceae)
Scientific NameCamelina sativa (L.) Crantz
PerishabilityLow (storable oilseed when dried to safe moisture)
Growing Conditions- Temperate environments; described as adapted to cool conditions with seedlings tolerating mild frosts in some guidance.
- Light to medium soils are commonly referenced; positioned as drought-tolerant with low water consumption in technical factsheets, though rainfall through flowering is noted as important for performance.
- Low-input management is often emphasized, with weed management (especially perennial weeds) flagged as a practical constraint in some references.
Main VarietiesSpring biotypes, Winter biotypes
Consumption Forms- Crushed/pressed for oil (industrial uses including bio-based fuels; and food ingredient use where approved).
- Press cake/meal for animal feed and other downstream uses where permitted and where buyers exist.
Grading Factors- Seed moisture at intake/storage (commonly targeted at or below ~9% for safe storage).
- Foreign material/green impurities (cleaning and prompt pre-sorting recommended when present).
- Oil content (often referenced in buyer specifications for oilseed contracting).
Planting to HarvestShort-season oilseed commonly described around 90–120 days (varies by biotype and environment).
Market
Camelina seed (Camelina sativa) is a niche oilseed in global trade, with cultivation reported in a limited set of temperate countries and relatively small planted area worldwide compared with major oilseeds. Commercial positioning is closely tied to oil extraction for bio-based fuels (including biodiesel/jet-fuel pathways) alongside smaller edible-oil and feed-cake outlets where regulations allow. Because volumes are thin and often contract-based, market liquidity and reliable year-to-year availability can be more limiting than agronomic potential. Seasonality is driven by regional sowing windows (spring vs. autumn/winter types), but as a storable oilseed, supply is primarily shaped by harvest timing plus drying/storage quality management.
Market GrowthMixed (medium-term outlook)project-driven expansion alongside persistent niche scale
Major Producing Countries- 캐나다Cultivation reported by Health Canada; global acreage described as small.
- 미국Cultivation reported by Health Canada; agronomic guidance published by US extension services.
- 이탈리아Cultivation reported by Health Canada; also referenced in EU practice guidance for double-cropping systems.
- 슬로베니아Cultivation reported by Health Canada; overall global planted area described as limited.
Supply Calendar- Europe (temperate; winter or spring camelina):Jun, JulHarvest commonly described as June–July for winter/spring varieties; timing varies by location and cropping system.
- United States (early-planted spring camelina; example guidance for the Northeast):JulExtension guidance notes early-planted camelina harvest typically occurs in July.
- United Kingdom (southeast farm trials; spring-sown):Sep, OctPractice abstract reports harvest between September and October for spring-sown camelina in trial conditions.
Specification
Major VarietiesSpring biotypes, Winter biotypes, Calena, Suneson
Physical Attributes- Small seed size, which can increase sensitivity to harvest losses if combine settings and handling are not optimized.
- Pods (siliques) turn yellow-brown at maturity; timely harvest is emphasized to limit field and handling losses.
Compositional Metrics- Seeds reported to contain up to ~42% oil and up to ~30% protein (dry matter basis referenced in project factsheet).
- Cold-pressed camelina oil is described by Health Canada as largely unsaturated and relatively high in omega-3 (alpha-linolenic acid).
ProcessingUsed as a crushing/pressing oilseed (including cold-pressing for food ingredient use in some jurisdictions).Press cake/meal is a co-product pathway, with use dependent on feed authorizations and market outlets.
Supply Chain
Value Chain- Cultivation (spring or autumn/winter types) -> harvest -> cleaning/pre-sorting (especially if green matter present) -> drying to safe moisture for storage -> bulk storage -> crushing or cold-press oil extraction -> oil refining or fuel conversion pathways -> distribution of oil and press cake/meal.
Demand Drivers- Bio-based fuels and bioproduct demand (materials frequently cite biodiesel and jet-fuel pathways as primary end-uses).
- Niche edible-oil demand where regulatory approvals allow use of cold-pressed camelina oil as a food ingredient.
- Animal feed/aquaculture ingredient demand for press cake/meal where permitted and where buyers exist.
Temperature- Post-harvest quality depends more on rapid drying and moisture control than refrigerated transport; multiple technical references emphasize keeping seed moisture at or below ~9% for safe storage.
- Prompt pre-sorting/cleaning is recommended when fresh impurities (green matter) are present to reduce heating/spoilage risk.
Shelf Life- As a storable oilseed, shelf-life performance is closely tied to moisture at harvest and during storage (commonly cited targets around 8–9% moisture for storage).
- Handling risks (seed shattering/breakage and losses during cutting/threshing) can materially affect marketable volume and quality.
Risks
Market Liquidity HighCamelina is described by regulators and technical references as being grown on a relatively small planted area worldwide, which translates into thin, contract-driven supply and limited spot-market liquidity. Small shifts in buyer offtake, processing capacity, or policy-driven demand can therefore cause outsized disruptions to availability and price formation in international trade.Use multi-year offtake contracts where possible, qualify multiple crushers/buyers, and maintain clear specs for moisture/impurities to reduce rejection risk.
Crop Disease MediumTechnical references note susceptibility to sclerotinia stem rot even where resistance to some other Brassica diseases is highlighted, creating yield and quality downside risk in wet or high-inoculum conditions.Apply Brassica-appropriate rotation planning and disease monitoring; avoid high-risk field histories and manage canopy/microclimate where feasible.
Harvest Losses MediumSmall seed size and handling sensitivity can lead to measurable harvest and post-ripening losses if timing and combine/threshing settings are not well managed, reducing marketable volume and increasing foreign material.Optimize combine settings for small seeds, harvest promptly at maturity, and prioritize cleaning/drying to storage-safe moisture.
Regulatory Compliance MediumFood and feed market access can be shaped by jurisdiction-specific approvals and conditions (for example, regulatory assessments for use of cold-pressed camelina oil as a food ingredient and separate authorization pathways for by-products as livestock feed).Verify destination-country food/feed authorizations and labeling requirements prior to contracting, and maintain traceability for variety and processing method.
Food Safety LowRegulatory assessments note camelina’s botanical relationship to mustard (a known allergen), which can elevate scrutiny for certain consumer segments even when documented reactions are not reported in the cited assessment.Maintain robust allergen risk review for edible-oil channels and ensure accurate ingredient labeling consistent with local rules.
Sustainability- Water stewardship and drought resilience positioning: camelina is repeatedly described as drought-tolerant/low water-use relative to some competing oilseeds, but performance depends on rainfall through flowering.
- Low-input cultivation claims (reduced pesticide needs in some systems) paired with practical constraints such as perennial weed control needs in certain environments.
- Land-use and rotation role: promoted as a diversification/rotation crop in parts of Europe and North America, including double-cropping and cover/soil-health related use cases.
FAQ
Which countries is camelina reported to be cultivated in today?A Health Canada novel-food assessment for cold-pressed camelina oil states that camelina is cultivated in Canada, the United States, Slovenia, and Italy, and that only a small number of acres are grown worldwide.
When is camelina typically harvested in temperate production systems?Harvest timing varies by region and crop type: a project factsheet describes June–July harvest for winter/spring varieties in temperate settings (with late July also mentioned), Penn State Extension notes early-planted camelina harvest typically occurs in July, and a UK practice abstract reports harvest between September and October for spring-sown trial conditions.
What are the main commercial uses of camelina seed?Technical and public-sector sources describe camelina seed primarily as an oilseed for pressing/crushing, with end uses including biodiesel and jet-fuel pathways; some jurisdictions also allow cold-pressed camelina oil as a food ingredient, and press cake/meal can be used in animal feed where authorized.