Chemical Product Formulation, Design and Optimization – Methods, Techniques, and Case Studies

BACKGROUND
<br /> CHEMICAL PRODUCT DESIGN OVERVIEW
<br /> Specialty Chemicals Overview
<br /> Traditional Chemical Product Design
<br /> BACKGROUND TO STATISTICAL METHODS FOR PRODUCT DESIGN
<br /> Introduction to Design of Experiments
<br /> Factorial Design
<br /> Mixture Design
<br /> Optimal Design
<br /> Linear Regression Analysis
<br /> Nonlinear Regression Analysis
<br /> Artificial Neural Networks
<br /> PATENTS AND EXCLUSIVITY
<br /> Patents Overview
<br /> US/PCT Patent Application Filing
<br /> Avoiding Infringements
<br /> GREEN CHEMISTRY
<br /> Green Chemistry Overview
<br /> Background to Chemical Products Toxicity
<br /> Mammalian Toxicity
<br /> Aquatic Toxicity
<br /> Green Chemistry Requirements
<br /> Green Chemistry Regulations
<br /> CASE STUDIES
<br /> CASE STUDY#1, DISINFECTANT FORMULATION DESIGN
<br /> Background to Disinfectant Products
<br /> Antimicrobial Tests
<br /> Stability Tests
<br /> Corrosion Tests
<br /> Formulation Optimization
<br /> CASE STUDY#2, DEFINED MEDIA OPTIMIZATION
<br /> Background on Medium Development
<br /> Microorganism
<br /> Analytical Methods
<br /> Medium Design and Optimization
<br /> Verification of the optimized Medium
<br /> DESIGN OF WHEAT STRAW POLYPROPYLENE COMPOSITES
<br /> Background on Biocomposites and their Applications.
<br /> Modeling Fiber Properties before and after Compounding
<br /> Modeling Composite Properties as a Function of Fiber Properties
<br /> Materials and Response Measurement Methods
<br /> Results and Discussions
<br /> Flexural Modulus
<br /> Flexural Strength
<br /> Yield Strength
<br /> Density
<br /> Optimum Ratio of MAPP/Wheat Straw
<br /> Summary and Conclusions
<br /> Concluding Remarks
<br /> REFERENCES
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