palm oil science castor oil production line in sudan
- Product Using: Producing Palm Oil
- Type: Palm Oil Production Line
- Main Machinery: Palm Oil Production Line Machine
- Production Capacity: 65-130KG/H
- Voltage: 220V/380V
- Dimension(L*W*H): 1500*1200*1750mm
- Weight: 880 KG
- Warranty: 1 Year, 1 Year
- Key Selling Points: Long Service Life
- Machinery Test Report: Provided
- Video outgoing-inspection: Provided
- Warranty of core components: 1 Year
- Core Components: Other
- After-sales Service Provided: Engineers available to service machinery overseas, Online support
- Name: Palm oil extraction machine
- Material: 304 Stainless Steel Palm oil extraction machine
- Model No: OC-80
- key words: Palm oil extraction machine
- Function: Press Oil Seeds
- Capacity: 65-130KG/H
- Advantage: high efficiency, high oil extraction rate
- packaging: 1 set/standard export wooden case
- After Warranty Service: Online support
- Project Location: sudan
Castor oil (Ricinus communis): a review on the chemical
Castor oil composition is influenced by the area of production and method of extraction adopted. The chemical structure of castor oil is centered on the ricinoleic acid and three major functional
The oil produced from this crop is considered to be of importance to the global specialty chemical industry because it is the only commercial source of a hydroxylated fatty acid. 9 Even though castor oil accounts for only 0.15% of the world production of vegetable oils, worldwide consumption of this commodity has increased more than 50% during the past 25 years, rising from approximately
Oil Content and Fatty Acid Composition in Castor (Ricinus
In the. present study, the highest seed oil content was determined in SHB-1019 genotype which was 45.86 %. Total saturated fa y acid, steric acid and palmitic acid per cent was recorded higher
Chemistry, Materials Science. This paper carried out experimental study, through extraction and characterization of both crude and refined castor oil. Normal hexane was used as solvent for the extraction process. The oil produced was refined through degumming, neutralization and bleaching process using local adsorbent (activated clay).
Quality and safety evaluation of important parameters in palm oil from
To enhance the colour of such oils to still make it marketable has resulted in the addition of Sudan IV. This criminal act by some palm oil producers and retailers has resulted in the ban on palm oil from Ghana to some foreign countries [17] The findings of this study concur with [20] and the FDA [18] that Sudan dye adulteration of palm oil
The structural features of castor oil are high solubility, small hydrodynamic diameter, and lower melting point. 29 Most research on castor oil focuses on the hydroxyl group as discussed by Mutlu and Meier. 30 The well-defined composition of castor oil in terms of ricinoleic acid makes the processing much easier because the target is the largest component, whereas, with the other oils, they
Pyrolysis of vegetable oil soaps—Palm, olive, rapeseed and castor oils
The liquefiable compounds recovered from palm, olive and rapeseed oils mainly contained linear alkenes (up to C 19) and alkanes (up to C 17), both similar to those found in gasoline (C 4 –C 10) and diesel fuel (C 11 –C 22) boiling range fractions of petroleum, whereas in the case of castor oil a significant amount of undesired oxygen-containing products (e.g., ketones and phenols) were formed.
The oil yield of palm kernel is about 47%–59% by weight. 13 Lauric acid being the predominant fatty acid in PKO, makes up about 48.53% of the fatty acid composition. 15 PKO is rich in saturated fatty acid (SFA) with a proportion of 79.91%. 15 Due to the relatively high oil yield of PKO, a number of studies have been carried out on its utilization in the production of biodiesel, 14 as well as
Castor Oil: Properties, Uses, and Optimization of Processing Parameters
Entrepreneurs and castor processors in the United States and South America also cultivate castor beans but are faced with the challenge of achieving high castor oil production efficiency, as well as obtaining the desired oil quality. In this manuscript, we provide a detailed analysis of novel processing methods involved in castor oil production.
The oil content of castor bean seed ranges from 35 to 65% (50% average). This variation is largely due to genetic differences between cultivars (Yadav and Anjani 2017). Castor oil is composed of up to 90% ricinoleic acid (RA, 18:1OH), an oleic acid derivative (OA, 18:1) hydroxylated in the 12-carbon that bears interesting chemical properties.
- Can SERS detect Sudan dye adulteration in crude palm oil?
- This study explored the feasibility of the multicomponent detection of Sudan dye adulteration in crude palm oil using novel SERS-based bimetallic core-shelled nanoflowers (Au@Ag NFs). The study demonstrated SERSs capability to quantify all four Sudan dyes mixed in CPO simultaneously at different concentrations. 2. Methods and materials 2.1.
- Is Sudan IV dye adulteration of palm oil a problem?
- The FDA-Ghana, through the Food Physio-Chemical laboratories unit, provided the test samples used in this study. Ghana accounts for less than 0.1% of global production of palm oil and yet, Ghana is considered one of the worst culprits when considering Sudan IV dye adulteration of palm oil.
- How many Sudan dyes are present in crude palm oil?
- Crude palm oil was spiked with four Sudan dyes (I, II, III and IV) at five different concentrations (0.001ppm, 0.05ppm, 0.10ppm, 2.00ppm and 4.00ppm) in this study. The Raman spectra of raw Sudan dyes and SERS spectra of CPO spiked with various concentrations of Sudan dyes in Fig. 3 (A, B, F and E) and 3 (C, D, G and H), respectively.
- Can a bimetallic core-shelled nanoflower detect Sudan dyes in palm oil?
- The results of the t-test conducted using Tukey¡¯s method indicated that there was not a statistically significant difference between the two detection methods (P>0.05) (See Table S1 ). According to the study¡¯s results, the proposed bimetallic core-shelled nanoflowers (Au@AgNFs) sensor could identify Sudan dyes (I, II, III and IV) in palm oil.
