Optimized mixing line

Optimized Mixing Line with a Computer Prompted Weighing System... 

Figure 5.4 displays the results of the new objective function. The new objective function may be written as a straight-line equation as a function of c. The line has a gradient of 0.25 and an intercept of 0.15moI/L. Thus, the line intersects the boundary at two points, labeled Xj and x2, respectively, in Figure 5.4. Since these points coincide with the AR boundary and the objective function, they are the optimal operating points. Hence there are multiple optima for the given objective— there are in fact an infinite number of optimal operating points for this system, for all eoncentrations on the mixing line joining Xj and Xj also satisfy the objective function. Point X3 is a representative point that satisfies this relation. The following three optimal reactor structures may be formulated that satisfy the objective function ...

Mixing points and feed points used by critical CSTRs/DSRs must originate specifically from mixing lines on the AR boundary itself. This implies that there is no need to perform an exhaustive search for potential optimal mixing points for use in critical CSTRs and DSRs. Only a search for points on the AR boundary is required. 

FIGURE 20.17 An assembly BOM control optimizing mixed vendors lines with line balancing. 

QUALITY MANAGEMENT SYSTEM -COMPREHENSIVE APPROACH FOR QUALITY AND PRODUCTION OPTIMIZATION FOR MIXING LINE... 

The principal function of the gas chromatograidi is to provide those conditions required by the column for achieving a separation without lowering the performance of the column in any way. As can be seen from Figure 3.1 this means providing a regulated flow of carrier gas to the column, an inlet system to vaporize and mix the sample with the carrier gas, a thermostated oven to optimize the temperature for the separation, an on-line... 

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