15. Congratulations, you have graduated, and you are now an entrepreneur Bioengineer. You founded your...
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15. Congratulations, you have graduated, and you are now an entrepreneur Bioengineer. You founded your own company and you have some money. With this money, you want to realize a production by immobilization. First, you determined the productions and parameters in a meeting with the employees. You have obtained some experimental data regarding these productions. This information is shown in the table below. Prod No Product Cell Support Material Immobilisation Method Max amount of biomas (L) Mar amount of consumed carbon sources (L) Max amount of product (PL) 11 1 Leucine Candida propical Cellulose Absorbtion 1,61 13,21 2,25 2 Spirulina Chlorella vulgaris Ceramic Encapsulation 1,53 15,42 1.86 3 0-amylase Baril bilu Zeolit Cross Biking 1,78 22,34 3,67 4 Monoclonal antibodies Hybridoma cells Polyethylene Elycol (PEG) Covalent bonding 2.15 32,54 4,42 5 Curdlanum Alginate Encapsulation 2,42 23.23 3,56 6 Ethanol Silica Absorbtion Rhizobium radiobacter Saccharomyce cerevisiae Acerobacter limon Escherichia coll 1,95 18,26 2,78 7 Cellulose Gelatin 2.14 21,43 4,54 Fumaric acid Polyvinyl chloride (PVC) Covalent beading 1,98 25,32 348 Considering all the data (yield, cost, ... etc.), explain which production you would like to invest in. Evaluate productions with each other. Please state the reasons. If you can make some changes in the production you choose to achieve a better result, what would it be? List your changes including the reasons. 15. Congratulations, you have graduated, and you are now an entrepreneur Bioengineer. You founded your own company and you have some money. With this money, you want to realize a production by immobilization. First, you determined the productions and parameters in a meeting with the employees. You have obtained some experimental data regarding these productions. This information is shown in the table below. Prod No Product Cell Support Material Immobilisation Method Max amount of biomas (L) Mar amount of consumed carbon sources (L) Max amount of product (PL) 11 1 Leucine Candida propical Cellulose Absorbtion 1,61 13,21 2,25 2 Spirulina Chlorella vulgaris Ceramic Encapsulation 1,53 15,42 1.86 3 0-amylase Baril bilu Zeolit Cross Biking 1,78 22,34 3,67 4 Monoclonal antibodies Hybridoma cells Polyethylene Elycol (PEG) Covalent bonding 2.15 32,54 4,42 5 Curdlanum Alginate Encapsulation 2,42 23.23 3,56 6 Ethanol Silica Absorbtion Rhizobium radiobacter Saccharomyce cerevisiae Acerobacter limon Escherichia coll 1,95 18,26 2,78 7 Cellulose Gelatin 2.14 21,43 4,54 Fumaric acid Polyvinyl chloride (PVC) Covalent beading 1,98 25,32 348 Considering all the data (yield, cost, ... etc.), explain which production you would like to invest in. Evaluate productions with each other. Please state the reasons. If you can make some changes in the production you choose to achieve a better result, what would it be? List your changes including the reasons

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