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Intercropping resulted in higher protein content and therefore contributed to lower breakeven prices of recovered green proteins for all IC. Nitrogen concentration was 34% higher in 2018 compared to 2017 and therefore resulted in higher revenues in that year. Nitrogen concentration was the main factor determining the size of revenues. For all IC, cost per t DM was higher in August due to lower biomass yield as compared to other harvesting months. Economic assessment was made on two feasible protein production pathways (A) Green and white proteins and (B) total recoverable combined protein fraction (CPF). Higher DM yield was obtained when IC were harvested in October and November than in August and September.
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70% higher protein concentration as compared to buckwheat. Among IC, hemp, phacelia and oilseed radish showed up to ca. Intercropping with legumes also resulted in higher protein yield of 154 g kg −1 vs. The results showed that IC fertilized with 40 kg ha −1 N and intercropping with legumes contributed to a higher biomass dry matter (DM) yield of 4.9–5.8 t ha −1 as compared to between 2.2 and 3.1 t ha −1 for non-fertilized IC. In addition, economic assessment of potential protein and fibre feed and food products were evaluated. We investigated the biomass yield, protein concentration and protein recovery potential of non-fertilized IC, nitrogen-fertilized IC and IC intercropped with legumes, harvested in late summer to autumn during 20 in southern Sweden. This pre-feasibility study evaluates the use of green biomass of buckwheat, phacelia, hemp and oilseed radish grown as intermediate crops (IC) as a feedstock for production of protein concentrates to produce protein-rich food and feed products. Green biomass is a major potential source of proteins for food and feed.