reliable quality maize embryo oil solvent extraction line
- Product Using: Producing Cooking Oil
- Type: Cooking Oil Extraction Line
- Main Machinery: Cooking Oil Extraction Line Machine
- Core Components: PLC, Engine, Bearing, Gearbox, Motor, Pressure vessel, Gear, Pump
- Voltage: 220V/380V
- Power: 14kw
- Dimension(L*W*H): fit to our factory
- Weight: 1200 KG
- Application fields: Vegetable processing plant, Winery, Cannery, Flour mill, Commercial catering, cooking oil factory, Meat processing plants, Seasoning plant, Dairy products factory, Fruit processing plant, Bakery, Snack food factory, Beverage Factory
- Raw material: Fruit, Vegetables, fresh potato
- Output product name: potato chips
- Application: Chips
- Material: Stainless Steel 304
- Driving motor: ABB
- PLC Cabinet: Siemens or Mitsubishi
- Finished capacity: 30-500kg/h
- Heating method: electricity gas diesel lpg
- Related machine: french fries line
Corn oil - AgrominB
To ensure higher oil yield, in addition to meet the above conditions, the pressure of corn oil press shall be above 69 MPa. After pressing, residual oil in the cake is controlled at 6% to 7%, and the moisture content of the cake is 3% ~ 4%. For safety reasons, the moisture content of the cake shall be adjusted to 12%. Corn oil solvent extraction
Now many countries use corn to make edible oil. One reason is that: according to research, the total fat content of corn grain is 3.1-5.7%, and 80-85% of the oil was enriched in corn germ. Therefore, the corn oil production mainly adopts germ extraction (separation) production technology. The other reason is that: the cost of setting up a corn
METHODS USED FOR EXTRACTION OF MAIZE (ZEA MAYS, L.) GERM OIL
vegetable oils are mostly extracted by using solvent extraction (Kemper, 2005). Solvent extraction of maize oil obtained with soxhlet apparatus using solvent as n-hexane (Abdulkadir & Abubakar, 2011).
That is why we offer oil extraction plants tailored to a variety of oilseeds. Our plants have capacities ranging from 100 t/d to 10,000 t/d, and can handle oilseeds such as soybean, rapeseed, sunflower seed, cottonseed, rice bran, peanut, corn germ, PKC (palm kernel cake), sesame, flaxseed, coconut, linseed, niger seed, shea nut, copra, avocado
Combined Metabolomics and Fluxomics Analysis Identifies Steps
A 13 C-MFA study in developing LH59 maize embryos, low in oil content, previously reported that the plastidic malic enzyme was limiting the provision of NADPH for FAS (Alonso et al., 2010a). The in vitro activities of the enzymes producing NADPH (G6P dehydrogenase; 6-phosphogluconate dehydrogenase, and plastidic malic enzyme) were measured
Maize having oil content of more than 6% is called high oil maize. The parts of maize seed/kernel are endosperm. (82%), germ (embry o and scutellum) (12%); ab out 80 to 84% of total kernel oil is
Professtional design maize embryo oil extract mill machinery
Quality Professtional design maize embryo oil extract mill machinery - find quality 500-1000TPD Oil production line, Oil Pressers & 500-1000TPD Oil production line from Zhengzhou Qie Grain And Oil Machinery Co., Ltd. of China Suppliers - 111161835.
Solvent extraction is achieved through the grinding of seed. The ground seed or cake is then purged or washed with a petroleum distillate (the most common chemical used is hexane) which releases the oil in the seed. The solvent is then “flashed off” by heating the oil in a sealed chamber. The oil/solvent blend is next heated to 212 F
Genetic architecture of embryo size and related traits in maize
The embryo in maize has a critical role in controlling kernel nutrition components and grain yield. We measured five embryo weight and size traits, six kernel weight and size traits, and five embryo-to-kernel ratio traits in a nested association mapping (NAM) population of 611 recombinant inbred lines (RILs) derived from four inbred lines including the high-oil, giant-embryo line BY815 as the
The extraction method itself can have an important impact on the choice of the organic solvent leading to higher oil extraction yield. When ultrasound, shaker and Soxhlet methods utilizing hexane, acetone, ethanol and isopropanol were compared for the extraction of passion fruit oil, the highest oil yield (26%) was obtained using hexane during
- How can a metabolic engineering strategy improve maize production?
- Systematic metabolic engineering strategy accelerates high-oil maize breeding. Maximizing the embryo oil content of the maize kernels without sacrificing yield. Producing EPA- and DHA-rich maize for biofortification purposes. Breeding for high oil in vegetative tissues to develop maize as an energy crop.
- Is maize oil biosynthesis genetic?
- Our results provide insights into the genetic basis of oil biosynthesis in maize kernels and may facilitate marker-based breeding for oil quantity and quality. Maize oil is high in energy and in polyunsaturated fatty acids, which makes maize with high oil concentration ('high-oil' maize) a popular resource for food, feed and bioenergy.
- What is the role of embryo in maize?
- The embryo in maize has a critical role in controlling kernel nutrition components and grain yield.
- What is the genetic basis of embryo size in maize?
- Thus, the genetic basis of the natural variation of embryo size in maize is poorly understood , . Linkage mapping and association mapping are the two main methods for investigating the genetic architecture of complex quantitative traits.
- Can genetic resources be used to improve oil production in maize?
- More favorable genes and alleles with larger effects must have been present for selection to act on the more diverse populations. The identification of major loci in this study will provide the genetic resources and markers needed for additional rapid oil improvement in maize as well as other crops.
- Can a high-oil population improve maize kernel nutrition and grain yield?
- These consistent effect patterns for both embryo and kernel regulation indicated the potential of simultaneous improvement of maize kernel nutrition and grain yield. In the Beijing High-Oil (BHO) population, kernel oil content reached 15.5% after 17 cycles of selection, with only a slight reduction in kernel weight .
