Trends and Innovations in the Production and Processing of Oil Crops

Матеев, Е. З.; Korolkova, Nadezhda V.; Konstantinov, Vitaliy Е.; Kubasova, Anna N.; Глотова, И. А.; Шахов, С. В.

doi:10.17238/issn2071-2243.2017.3.123

Cited by 3 publications

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“…Говоря о достоинствах сафлора, во-первых, следует отметить его значение как одного из источников мирового производства растительного масла. В его семенах и плодах содержится до 50-56 и 25-36 % масла, которое широко используется в пищевой и технической промышленности [3,4]. В свою очередь масло сафлора относится к полувысыхающим и содержит до 80-90% линолевой, 7-8% олеиновой и до 5,5-6,0 % пальмитиновой жирных кислот [5,6].…”

Section: Introductionunclassified

Productivity of Safflower Tinctorial Depending on Agricultural Cultivation the Conditions of Forest-Steppe of the Middle Volga Region

Прахова¹,

Druzhinin²

2022

Izvestiya of SSC RAS. Agricultural Sciences

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The article presents the results of assessing the productivity of Safflower tinctorial, depending on the agricultural practices of cultivation in the forest-steppe conditions of the Middle Volga region. The studies were carried out in 2019-2021, assessing the seeding rates of safflower and the use of growth regulators. The productivity of safflower, depending on the seeding rate, varied from 1.23 to 1.35 t / ha. The highest seed yield was obtained at seeding rates of 300 and 350 thousand viable seeds per hectare and amounted to 1.35 t / ha. The maximum fat content was observed in the case of sowing with a seeding rate of 200 thousand viable seeds per hectare (29.7%). The use of growth regulators increased the yield of Safflower tinctorial to 1.39-1.46 t / ha, with a yield of 1.37 t / ha in the control variant. The highest yield of safflower seeds was obtained on the variants with the treatment with the regulators Zircon and Humate K / Na, the productivity was 1.46 and 1.43 t / ha with oil content of 30.6 and 31.4%. The weight of 1000 seeds varied from 38.4 g (in the control variant) to 40.1 g (in the variant with Zircon treatment), the increase relative to the control was 0.3-1.7 g. Treatment of Safflower tinctorial seeds with growth regulators increases the sowing quality of safflower seeds. The use of the growth regulator Zircon promoted an increase in the growth force of safflower seeds by 25.3-28.3%, the use of K / Na humate increased the laboratory germination of seeds to 81.5%.

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Section: Introductionunclassified

Productivity of Safflower Tinctorial Depending on Agricultural Cultivation the Conditions of Forest-Steppe of the Middle Volga Region

Прахова¹,

Druzhinin²

2022

Izvestiya of SSC RAS. Agricultural Sciences

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Screening of Yeast Crops as Potential Producers of Complete Protein on Oil Production Waste

Fomenko¹,

Mizheva²

2021

XCROTPACOTPP

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The article presents the result of the screening of yeast cultures on oilseed waste. When choosing promising producers among pure yeast cultures, it is worth paying attention to such parameters as: biomass accumulation, "crude" protein accumulation and conversion. The work used microorganisms from the National Bioresource Center of the All-Russian Collection of Industrial Microorganisms (VKPM) NRC "Kurchatov Institute" -GosNIIgenetics, Russian Collection of Agricultural Microorganisms (RCAM), Collections of the Department of "Biotechnology and technology of products of bioorganic synthesis" FSBEI VO MGUPP. Screenings were performed on solid and liquid culture media. As a result of screening potential protein producers, the following strains were selected for further work on the development of a technology for obtaining high-quality biomass: Kluyveromyces marxianus Candida blancii RCAM3343,. The first two strains can be used to obtain protein concentrates and isolates, which can be used to obtain a biologically active supplement to human food.

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Prospects for Biological Treatment of Oleaginous Crop Processing Waste Water

Chyrykava

HLUSHEN

2021

Mikrobnye biotehnologii: fundamentalʹnye i prikladnye aspekty

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The possibility of microbial treatment of waste waters of an enterprise for deep prcessing of oilseeds has been studied. It was found that the most effective cleaning occurs when using a consortium that includes strains Rhodococcus ruber 1NG, Bacillus sp. FL X-5, Azotobacter sp. FL9-MV and Rhodococcus wratislaviensis G-13. The efficiency of purification of oily wastewater with an initial COD of 4425 mg O2/dm3 on the 5th day was 37.7 %, on the 21st day – 40 %. High results of purification of the investigated effluents were also achieved with the use of microbial preparations of the Antoil series. The cleaning efficiency on the 21st day was 33.7–37 %. The results obtained indicate that the use of specialized microorganisms-destructors at the stage of biological wastewater treatment of enterprises for deep processing of oilseeds is promising.

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Trends and Innovations in the Production and Processing of Oil Crops

Cited by 3 publications

References 0 publications

Productivity of Safflower Tinctorial Depending on Agricultural Cultivation the Conditions of Forest-Steppe of the Middle Volga Region

Productivity of Safflower Tinctorial Depending on Agricultural Cultivation the Conditions of Forest-Steppe of the Middle Volga Region

Screening of Yeast Crops as Potential Producers of Complete Protein on Oil Production Waste

Prospects for Biological Treatment of Oleaginous Crop Processing Waste Water

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