Continuous centrifuge diagram

Figure 5. Continuous centrifuge operation diagram. 1, Frame 2, discharge channel 3, conicai basket 4, screen 5, helicoidai biades 6, reduction gear unit 7, eiectric motor. Courtesy of Guinard Centrifugation. (16).

Fig. 11.15. Diagram of a continuous centrifuge with automatically opening bowl for regular removal of the lees 1, feed 2, clarified liquid outlet 3, sediment outlet...

Figure 17.10. Diagram of a continuous centrifuge decanter In the cylindrical coordinate system, the velocity components of the fluid are ...

Fig. 12. Diagram of the continuous neutralisation of the product of the hydrolytic condensation of ethyldichlorosilane 1,2- batch boxes 3 - neutraliser 4, 5 - collectors for complete salt separation. The liquid from the centrifuge (the finished product) is poured into collector 11, sent into containers and labeled...

T0 is the temperature at which weight loss could be detected. Tg was determined by a penetrometry technique that did not allow the separate determination of the values for each phase in the two-phase region consequently only one Tg value for the total pitch is shown in the experimental diagram. This value is characteristic of that phase which forms the continuous matrix in the sample. (Recently, it has been possible ( 5,36 to separate each phase by a hot centrifugation technique, and Tg s for the separate phases have been determined). 

Diagram of Continuous Method of Hercules Powder Co. Ind. 32). A continuous fully automatic nitrating method is show n in Fig. 50. Dried cellulose and mixed nitrating add are introduced continuously to a nitration. A suspension of nitrocellulose in the acid enters a centrifuge. Tlic centrifuge is the essential part of the system. It is divided into zones and nitrocellulose is advanced from one zone to another. In the first zone most of the original acid from the nitration is removed. In each of the succeeding zones the acid in nitro-... 

Figure 11-1 is a diagram to illustrate the principle of the flow-through coil planet centrifuge. "The coil holder revolves twice on its own axis for each circuit of its orbit at the same speed. This planetary motion allows continuous elution through the rotating column and the anti-twisting motion eliminates the use of rotaiy seals."... 

Continuous Starch Hydrolysis. A commercial continuous converter installation for dextrose manufacture employing a continuous, automatically controlled step for the hydrolysis of starch is now in operation. A flow diagram of a modem commercial installation for continuous starch hydrolysis is shown in Fig. 13-4. The starch converter consists of an 8-in. coil, 677 ft long, which is fed by a high-pressure centrifugal pump from a continuous starch make-up tank equipped for automatic control of density (Baumd), level, and acidity. The level controller regulates the addition of 20 B starch suspension, the Baum controller operates the water valve, and a conductivity instrument controls the addition of acid. The head end of the converter coil has an entry chamber to separate non-condensables, and the feed is instantaneously heated with live steam through a jet heater. 

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