mechanical oil expression from extruded soybean samples in Togo

Feb 1, 1999Dry extrusion as an aid to mechanical expelling of oil from soybeans. Nelson AI, Wijeratne WB, Yeh SW, Wei TM, Wei LS J Am Oil Chem Soc, (9):1341-1347 1987 AGR:

Results indicated that over 90% of the available oil could be recovered from pressing of extruded soy samples. The information generated is likely to be useful in interpreting the effect of process variables and extruding equipment for

Feb 1, 1999The main focus of this study was to maximize the oil recovery from extruded soybean processed using three different kinds of extruders and processing conditions.

These extruded samples were later pressed uniaxially in a specifically designed test-cell and the oil recovery was recorded over time. The effects of process variables, including applied pressure,

Results indicated that over 90% of the available oil could be recovered from pressing of extruded soy samples. The information generated is likely to be useful in interpreting the effect of process

The effect of expeller screw press and pre-treatments on the quality and quantity of soybean oil and cake was studied using a commercial oil expeller. The pretreatments included whole soybean

The study revealed that soybean variety had an effect on the oil yield, specific gravity, density, color intensity, peroxide value and calcium content of the oil samples.

Figure 4 Effect of pressing temperature and pressing time on oil recovery from shallow (8 mm) extruded soybean samples (A and C) compressed using an optimized pressure of 40 MPa.

The soybean seeds were sorted, cracked, conditioned, flaked and pressed to obtain the oil. The oil was further treated with 2% distilled water to obtain the degummed oil. The oil samples

Results indicated that over 90% of the available oil could be recovered from pressing of extruded soy samples. The information generated is likely to be useful in interpreting the effect of

The main focus of this study was to maximize the oil recovery from extruded soybean processed using three different kinds of extruders and processing

Feb 1, 1999Results indicated that over 90% of the available oil could be recovered from pressing of extruded soy samples. The information generated is likely to be useful in

FIG. 2. Effect of sample heights (shallow and deep) and pressing time on oil recovery from three extruded soybean samples (A, B, and C) pressed at an optimized pressing condition of 40

The effect of expeller screw press and pre-treatments on the quality and quantity of soybean oil and cake was studied using a commercial oil expeller. The pretreatments included whole

Mechanical expelling (pressing) is a common and developed technique used to separate soybean oil from soybean protein and fiber. Due

A visualization of testing apparatus was developed to measure property of oilseeds relevant to physical mechanics during mechanical pressing for oil extraction. Stress-strain relationships

Mar 1, 2001Mechanical oil expression from extruded soybean samples. Bargale PC, Ford RJ, Sosulski FW, Wulfsohn D, Irudayaraj J J Am Oil Chem Soc, (2):223-229 1999 AGR:

Mechanical expelling (pressing) is a common and developed technique used to separate soybean oil from soybean protein and fiber. Due

The effect of hydro thermal treatment on mechanical oil expression from soybean was also investigated. The report revealed that boiled splits soybean, produces high yield after drying to

Resultsindicated that over90% of the available oil could be recovered from pressing of extruded soy samples. Theinformation generated is likedly to be useful in interpreting the effect of