An industry push is moving camelina from a niche cover crop toward a potential feedstock for renewable diesel, biodiesel and sustainable aviation fuel in the United States. Farmers and agribusinesses point to improved seed lines and emerging demand from energy firms as the reason for renewed interest, and Bayer and BP have announced a collaboration to develop both the crop and an oilseed market. Bayer and BP alliance frames the private-sector effort to link seed development with downstream fuel buyers.
Camelina already fits into Northern Plains rotations as an early-maturing oilseed and cover crop that reduces erosion and suppresses weeds before main-season plantings. Producers with small-grain experience can plant and harvest camelina without specialized machinery, and the crop’s early harvest windows can free acreage for a subsequent cash crop. That timing creates an opportunity to capture three crops in two years on some rotations, a selling point advocates highlight for diversification.
Farmers weighing camelina must consider herbicide history, soil type, storage and limited herbicide options for the crop. Agronomists warn camelina can be sensitive to residues from some Group 2 and Group 15 herbicides, and the plant does poorly on heavy, wet soils compared with lighter, well-drained sites. Storage logistics matter for growers who contract with processors or buyers: temporary on-farm bins or elevator space may be required at harvest. Christopher Graham, professor and Extension specialist at South Dakota State University, noted that in semi-arid Upper Plains conditions disease pressure is low and camelina provides a needed broadleaf option where sunflower is often the alternative.
Crop management and risks
University Extension specialists emphasize testing soils and reviewing recent herbicide programs before planting camelina, and they recommend matching fields to the crop’s drainage and maturity profile. Weed control choices remain limited, so rotation planning and mechanical options can be important where herbicide tools are scarce. Matt Leavitt, perennial grains and winter annuals agronomy specialist with the University of Minnesota, said camelina’s flexibility — including no need for specialized planting equipment — makes it an accessible choice for many growers considering cover-crop-to-cash-crop strategies.
Industry interest is tied to projected growth in biofuel feedstock demand and to corporate commitments to lower carbon-intensity fuel supplies. Analysts cited by industry expect acreage processed for biofuels to rise substantially through the decade, and that rising demand underpins private investment in seed and supply chains. Bayer has expanded its Newgold seed brand into the Northern Plains and parts of Canada, and energy partners like BP view camelina as a low-carbon feedstock that could supply renewable diesel and aviation fuel markets; proponents point to an expected 45% biofuel acres growth by the end of the decade as a market driver.
Market development and breeding
Breeding work and trials focus on earlier maturity, larger seed size and higher yields to make camelina more competitive with established oilseeds. Bayer’s breeding and commercialization efforts remain concentrated in Canada and the Northern Plains while the company also runs trials farther south; Matt Leavitt cautioned that diversification helps growers but that “markets are everything.” The industry push includes both seed development and efforts to build handling and processing channels, and Bayer reports it is testing camelina varieties as far south as Texas.
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