The influence of environment upon the composition of sunflower seed oils. III.—Oils from sunflower seeds grown in different regions of Australia

Разработаны технология и установка для переработки отработанных фильтровальных порошков (ОФП) в кормовые продукты (КП) на масложировых предприятиях после вымораживания подсолнечных масел с целью исключения процесса их окисления. Предложена модернизация ранее разработанной авторами технологии переработки отходов очистки семян подсолнечника (ООСП). Рекомендовано добавление во вторичное масличное сырье (ВМС) из ООСП обезжиренных центрифугированием ОФП. Установлено, что центрифугирование необходимо осуществлять в течение 35 мин при 900 об/мин центрифуги. Определена наибольшая эффективность прессования с экструдированием при добавлении 1–3% обезжиренного фильтровального порошка в ВМС. Установлено максимальное количество обезжиренного фильтровального порошка (10%). Совместная переработка ООСП и ОФП на созданной экспериментальной производственной установке позволила получить КП в соответствии с требованиями нормативных документов на подсолнечный жмых и КП «Подсолнечный» для сельскохозяйственных животных. It has been suggested modernizing the previous technology for recycling of sunflower seed waste, developed by the authors that included waste separation to obtain secondary oily raw materials. A technology and installation has been developed for recycling spent filter powders into fodder products immediately after freezing of sunflower oils at oil and fat plants to exclude the process of their oxidation. It is established that the centrifugation must be carried out for 35 min at 900 rpm of the centrifuge. The greatest efficiency of pressing with extrusion is determined when adding 1–3% of fat-free filter powder to secondary oilseeds. The maximum amount of fat-free filter powder (10%) is set. The co-processing of sunflower seeds waste and spent filter powders at the created experimental operation-performing installation made it possible to produce an experimental fodder product which meets the requirements of normative acts for sunflower seed cake and sunflower fodder product «Podsolnechnyy» used for feeding farm animals.

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Precision separation process of sunflower seeds

Scientific and Technical Bulletin of the Institute of Oilseed Crops NAAS ◽

10.36710/ioc-2021-30-12 ◽

2021 ◽

pp. 117-126

Keyword(s):

Sunflower Seed ◽

Low Complexity ◽

Functional Dependencies ◽

Sunflower Seeds ◽

Technological Parameters ◽

Automated Control ◽

Separation Processes ◽

Individual Measurement ◽

Seed Material ◽

Automatic Phenotyping

According to the requirements for the technological processes of purification and separation of the seed mixture to obtain the sunflower seed material of the parent components (varietal purity – 98,0-99,9%) for all parts of the breeding and seed production process, a rational precision technological scheme of the separation processes has been developed, which includes automation of technical processes of separation means. In order to increase the efficiency of the sunflower breeding and seed-growing process, a device for automatic seed phenotyping has been added to the developed technological line, which can significantly intensify and shorten the breeding process and improve the design of the breeding program through bioinformatic data analysis and seed sorting. Functional dependencies are established and methods of automated control of precision mechanized process of seed separation are developed on the basis of coordination of its mode and technological parameters. Tape device for automatic phenotyping of sunflower seed material according to its morphological and marker features have been developed. The device are configured for high accuracy of individual measurement of the geometric dimensions of sunflower seeds with determination of their shape and color and provide low complexity and high technological implementation of the phenotyping process (determination, identification and separation) of seeds.

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Improvement of sunflower for consumption

Genetika ◽

10.2298/gensr0303161d ◽

2003 ◽

Vol 35 (3) ◽

pp. 161-167 ◽

Cited By ~ 1

Author(s):

Dijana Dijanovic ◽

Vesna Stankovic ◽

Ivan Mihajlovic

Keyword(s):

Sunflower Seed ◽

Ice Cream ◽

Food Products ◽

Research Center ◽

Sunflower Seeds ◽

Technological Research ◽

High Productivity ◽

Hybrid Combination ◽

Growing Region

Growing sunflower (Heliianthus annuus L) for consumption is becoming more and more attractive in the whole world and in our country, as well. The consumption of this product has been considerably increased because it is being used more and more in various forms: sunflower seed in a hull, hulled kernels fried or non-fried, salted or non-salted with addition of various spices. The sunflower kernel is used for preparing over 100 different food products: special types of bread, cakes, ice-cream, chocolate. In accordance with the trade demands, the aims of sunflower seeds for consumption improvement are: high productivity, greater content of proteins, lesser content of oil, oncreased mass of 1000 seeds, lesser portion of the hull easy nibbling, as well as tolerance to dominant diseases in the growing region. In the Agricultural and Technological Research Center in Zajecar, 4 genotypes of protein sunflower (two cultivars and two hybrids) have been created so far. This study shows the results achieved in increasing the content of protein, the mass of 1000 seeds, decreasing the content of oil and hull of the new 90 hybrid combination. The hybrid combinations were obtained by crossing of the CMS and restorer lines.

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Short communication: Pelleting increases the metabolizable energy of de-hulled sunflower seed meal for broilers

South African Journal of Animal Science ◽

10.4314/sajas.v51i3.2 ◽

2021 ◽

Vol 51 (3) ◽

pp. 290-295

Author(s):

N. Karkelanov ◽

S. Chobanova ◽

I.M. Whiting ◽

K. Dimitrova ◽

S.P. Rose ◽

...

Keyword(s):

Sunflower Seed ◽

Dry Matter ◽

Short Communication ◽

Nutrient Retention ◽

Metabolizable Energy ◽

Seed Meal ◽

Sunflower Seeds ◽

Apparent Metabolizable Energy ◽

Pass Through ◽

Broiler Feed

The study examined the effects of two methods of processing de-hulled sunflower seed meal (SFM) from the same batch of sunflower seeds. Sunflower seed meal was fed to broilers as meal (MSFM) or after it had been pelleted (PSFM) at 75 °C and 360 kPa pressure to pass through a 3 mm mesh. Three diets were prepared, namely a balancer feed (BF) and two diets containing 200 g/kg MSFM or 200 g/kg PSFM. They were fed to 30 pens (two birds each) with male Ross 308 broilers, from 8 to 21 days old, following randomization. Data were analysed by ANOVA. Two pre-planned orthogonal contrast tests were performed to compare overall differences between the diets containing SFM and BF and between diets containing the MSFM and PSFM. The BF had a very different nutrient composition from the complete feeds containing SFM so, as expected, there were differences in growth performance and nutrient retention. The diet containing PSFM had greater apparent metabolizable energy corrected for N retention (AMEn) and dry matter retention (DMR) than that containing MSFM. The use of the substitution method showed the PSFM had AMEn that was 18% greater than the MSFM (8.79 vs 7.47 MJ/kg DM). Under the conditions of the current study, incorporating PSFM in a mash broiler feed increased dietary AMEn compared with the same feed containing MSFM. Further studies are needed to identify whether the benefits of pre-pelleting SFM remain after this product has been incorporated in complete pelleted broiler feeds.

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Quality characteristics of reduced-fat frankfurters with pork fat replaced by sunflower seed oils and dietary fiber extracted from makgeolli lees

Meat Science ◽

10.1016/j.meatsci.2012.11.025 ◽

2013 ◽

Vol 93 (3) ◽

pp. 652-658 ◽

Cited By ~ 40

Author(s):

Yun-Sang Choi ◽

Kwaon-Sik Park ◽

Hyun-Wook Kim ◽

Ko-Eun Hwang ◽

Dong-Heon Song ◽

...

Keyword(s):

Dietary Fiber ◽

Sunflower Seed ◽

Quality Characteristics ◽

Seed Oils ◽

Reduced Fat ◽

Pork Fat

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Foreign Bodies of the Lower Airway: Sunflower Seed Alert!

PEDIATRICS ◽

10.1542/peds.95.6.959 ◽

1995 ◽

Vol 95 (6) ◽

pp. 959-959

Author(s):

Glenn Isaacson

Keyword(s):

Foreign Body ◽

Sunflower Seed ◽

Foreign Bodies ◽

Tracheobronchial Tree ◽

Lower Airway ◽

Sunflower Seeds ◽

Remarkable Change ◽

Detailed List

Jackson and Jackson,1 in their landmark text, describe over 3000 foreign bodies of the air and food passages removed during their careers. Of these, 565 were vegetative and from the tracheobronchial tree. In their detailed list of foreign body types, sunflower seeds are not mentioned. A review of airway foreign bodies removed from children in the last 4 years at St. Christopher's Hospital for Children, the Jacksons' main operative hospital for children, showed a remarkable change.

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NEW METHOD FOR THE DISPOSAL OF SPENT BLEACHING CLAYS AT THE OIL-FAT PLANTS

Известия вузов. Пищевая технология ◽

10.26297/0579-3009.2019.5-6.19 ◽

2019 ◽

Author(s):

Е.О. Смычагин ◽

С.К. Мустафаев

Keyword(s):

Fatty Acid Composition ◽

Fatty Acid ◽

Hydrochloric Acid ◽

Mass Fraction ◽

Sunflower Seed ◽

Extraction Process ◽

Oil Extraction ◽

Sunflower Seeds ◽

Waste Products ◽

Combined Feed

Для утилизации отработанных отбельных глин (ООГ) масложировой промышленности предложено получение комбинированного кормового продукта (ККП) непосредственно на масложировых предприятиях, при переработке ООГ совместно с отходами очистки семян подсолнечника (ООСП). Обоснованы рецептуры и технологии ККП на разработанной нами ранее производственной линии, включающей обогащение ООСП сепарированием, экструдирование и прессование полученного вторичного масличного сырья. На линии был смонтирован дополнительный узел, обеспечивающий равномерное распределение строго определенного количества ООГ во вторичном масличном сырье из ООСП. Исследовано влияние количества внесенных во вторичное масличное сырье ООГ на процесс отжима масла. Обосновано, что для производства ККП во вторичное масличное сырье необходимо добавлять не более 2 ООГ. Полученный ККП по показателям безопасности соответствует белковолипидному кормовому продукту Подсолнечный (ТУ 914637502067862 2014): массовая доля, , в пересчете на абсолютно сухое вещество сырого протеина составила 27,8 сырой клетчатки 30,6 общей золы 7,6. Установлено незначительное увеличение в ККП массовых долей сырого жира и золы, не растворимой в соляной кислоте 15,8 и 1,4 соответственно. Полученное масло по жирнокислотному составу и показателям качества не отличается от масла из ООСП. For the disposal of spent bleaching clays (SBC), we proposed to obtain a combined feed product from them directly at oil and fat enterprises, processing together with the sunflower seed cleaning waste. The formulation and technology for the production of the combined feed product were developed on a previously tested production line, including the enrichment of waste products for cleaning sunflower seeds by separation, extrusion and pressing of the obtained secondary oilseeds, for which a unit was added to ensure uniform distribution of strictly measured amounts of SBC in it. Conducted by studies on the effect of the amount of waste bleaching clay added to secondary oilseeds from waste products from cleaning sunflower seeds on the oil extraction process, it was substantiated that for the production of a combined feed product, no more than 2 of SBC should be added to secondary oilseeds. The resulting combined feed product in terms of safety corresponds to the Proteinlipid feed product Sunflower, produced under 914637502067862 2014 specification, while the combined feed product is slightly higher than the mass fraction of crude fat and ash insoluble in hydrochloric acid. The obtained oil on fatty acid composition and quality indicators practically does not differ from the oil from sunflower seed cleaning waste.

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Production Performance, Nutrient Digestibility, and Milk Composition of Dairy Ewes Supplemented with Crushed Sunflower Seeds and Sunflower Seed Silage in Corn Silage-Based Diets

Animals ◽

10.3390/ani10122354 ◽

2020 ◽

Vol 10 (12) ◽

pp. 2354

Author(s):

Eduardo Cardoso-Gutiérrez ◽

Alondra Cristel Narváez-López ◽

Lizbeth E. Robles-Jiménez ◽

Andrés Morales Osorio ◽

María de Guadalupe Gutierrez-Martinez ◽

...

Keyword(s):

Soybean Meal ◽

Sunflower Seed ◽

Milk Composition ◽

Nutrient Digestibility ◽

Corn Silage ◽

Production Performance ◽

Sunflower Seeds ◽

Dairy Ewes ◽

Alfalfa Hay ◽

Sorghum Grain

This study determined production performance, nutrient digestibility, and milk composition of dairy ewes supplemented with crushed sunflower seeds (Helianthus annuus) and sunflower seed silage in corn silage-based diets. Six ewes were grouped in a double 3 × 3 Latin square design with three periods of 21 days. All treatments were based on ad libitum corn silage. Control diet was based on alfalfa hay (333 g/kg DM), sorghum grain (253 g/kg DM), triticale grain (200 g/kg DM), soybean meal (167 g /kg DM), and vitamin and mineral premix (47 g/kg DM). Sunflower seeds (SF) and sunflower seed silage (SFS) treatments consisted of alfalfa hay (333 g/kg DM), sorghum grain (267 g/kg DM), triticale grain (100 g/kg DM), soybean meal (167 g /kg DM), SF or SFS (87 g/kg DM) and vitamin and mineral premix (47 g/kg DM). Compared to control, SF and SFS increased intake and digestibility of fiber components, such as neutral detergent fiber (NDF) and acid detergent fiber (ADF). Body weight, nitrogen balance, milk yield, milk fat yield, milk protein yield, lactose yield and milk urea N were similar between treatments. Overall, results demonstrated that crushed sunflower seeds and ensiled seeds do not change significantly productive parameters of dairy sheep.

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