A pharmaceutical product, P, is made in a batch reactor. The reactor effluent goes through a purification process to yield a final product stream and a waste stream. The initial charge (feed) to the reactor and the final product are each weighed, and the reactor effluent, final product, and waste stream are each analyzed for P. The analyzer calibration is a series of meter readings,R ,corresponding to known mass fractions of P, .
Plot the analyzer calibration data on logarithmic axes and determine an expression for ( ).
The data sheet for one run is shown below:
Calculate the massfractions of P in all three streams.Then calculate the percentage yield of the purification process,
A pharmaceutical product, P, is made in a batch reactor. The reactor effluent goes through a purification process to yield a final product stream and a waste stream. The initial charge (feed) to the reactor and the final product are each weighed, and the reactor effluent, final product, and waste stream are each analyzed for P. The analyzer calibration is a series of meter readings,R ,corresponding to known mass fractions of P, .Plot the analyzer calibration data on logarithmic axes and determine an expression for ( ). The data sheet for one run is shown below:Calculate the massfractions of P in all three streams.Then calculate the percentage yield of the purification process,
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