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Full-Text Articles in Engineering
The Ability Of Β-Hairpin Peptides To Function As Degradation-Resistant, Cell-Penetrating Peptides And Their Potential As Proteolysis Targeted Chimeras, Jeffery C. Anderson
The Ability Of Β-Hairpin Peptides To Function As Degradation-Resistant, Cell-Penetrating Peptides And Their Potential As Proteolysis Targeted Chimeras, Jeffery C. Anderson
Honors Theses
No abstract provided.
Syrup Process Optimization, Anelis Susana Chiluisa Calvache
Syrup Process Optimization, Anelis Susana Chiluisa Calvache
Honors Theses
The purpose of this project involves the optimization of a marshmallow syrup process, sponsored by the owners of the line, the Kellogg Company was the sponsor. This report shows the work that was done for the period of three months, and covers the objective of the project, as well as the problem statement. The Kellogg Company currently produces a Syrup as an ingredient in the production of several cereal bars. The process is divided in four sections: Gelling Mix Tank, Syrup Mix Tank, Syrup Cool Tank and Syrup Use Tank. The entire process itself takes around 80 to 120 minutes …
Equivalent Annual Operating Cost Of Reactors In A Discrete Optimized Styrene Process, S Arizona Morgan-Harris
Equivalent Annual Operating Cost Of Reactors In A Discrete Optimized Styrene Process, S Arizona Morgan-Harris
Honors Theses
Beginning in the fall semester, I was a member of a team that simulated and optimized a styrene production process in Microsoft Excel. After the base case was simulated, parametric and topological optimizations were completed. The optimizations had to be completed in a certain order that starts with the reactor section, then move to the separation section, heat recovery section, heating/cooling utilities section, and ends with the water and effluent treatment section. During this project, the first three sections were explored. Optimizing the base case was completed by making these changes to see how they increased the net present value …
Investigation Of Fouling Mechanisms On Ion Exchange Membranes During Electrolytic Separations, Matthew James Edwards
Investigation Of Fouling Mechanisms On Ion Exchange Membranes During Electrolytic Separations, Matthew James Edwards
Honors Theses
The global water crisis is a major problem in our developing world due to the increasing growth of our global population, the depletion of natural water resources, and the continuing contamination of existing water resources as a result of industrialization. Membrane separation is a potential solution for these issues. Electrodialysis (ED) is a separation process which employs membranes to separate inorganic and organic substances. This study investigated how different fouling agents influenced membrane surface characteristic and separation efficiency within an electrodialysis system. While applicable for waste water, this study focuses on model salt water solutions with various fouling agents added …
Replacement Of A Liquid Filling System For Corrosive Materials, William Breining
Replacement Of A Liquid Filling System For Corrosive Materials, William Breining
Honors Theses
An aging liquid filling system in contact with highly corrosive materials required replacement to protect personnel and surrounding equipment. The current system was investigated to identify areas where efficiency, safety, and productivity could be improved. Several competing solutions, including fillers and bulk chemical storage, were determined along with the corresponding economic and safety studies. The completed study provides information for filler and storage options and provides the necessary legwork for purchase of a replacement system.
Design And Optimization Of A Microfluidic Device To Study The Effects Of Fluid Shear Stress On Extravasation, Joseph B. Balhoff
Design And Optimization Of A Microfluidic Device To Study The Effects Of Fluid Shear Stress On Extravasation, Joseph B. Balhoff
Honors Theses
No abstract provided.
Hierarchal Control Of Magnetic Metal Oxide Nanoparticles, Hunter Simonson
Hierarchal Control Of Magnetic Metal Oxide Nanoparticles, Hunter Simonson
Honors Theses
No abstract provided.
Nanoparticle Burst Timing Optimization, Simon Grigoryan
Nanoparticle Burst Timing Optimization, Simon Grigoryan
Honors Theses
No abstract provided.
Microfluidic Generation Of Orthogonal Chemical Gradients To Study Cellular Decision Making During 3d Migration, Joshua M. Campbell
Microfluidic Generation Of Orthogonal Chemical Gradients To Study Cellular Decision Making During 3d Migration, Joshua M. Campbell
Honors Theses
No abstract provided.
Studies Related To Chemical Changes In Biochar. I. Polyacrylonitrile Internal Standard To Assess Chemical Changes In Graphene Oxide. Ii. Ultrasonic Effects On Polycyclic Aromatic Hydrocarbons As Models For Biochar, Kaci B. Crawford
Honors Theses
Biochar has become an increasing area of research due to its reactive edges from stacks of graphene clusters. One particular area of interest in biochar is because it is a potent soil amendment which reduces soil acidity and can reduce greenhouse gas emissions from plants. Also, chemically-modified biochar is being studied as a carbon storage method to potentially mitigate climate change. In order to understand the chemistry that takes place on biochar’s reactive edges during modification, a standard is essential. This research attempted to identify an internal standard that could be added to biochar samples to quantify chemical changes by …
Optimization And Cost Comparison Of Reactor Types In A Styrene Production Process, Claire Lenore Cozadd
Optimization And Cost Comparison Of Reactor Types In A Styrene Production Process, Claire Lenore Cozadd
Honors Theses
The focus of this thesis is to use the equivalent annual operating costs of isothermal, adiabatic, and packed bed reactors in order to determine which reactor is most cost effective in a styrene production process. In order to understand the steps leading up to this comparison, background information is first given regarding chemical engineering design, optimization, and process simulation. This information was necessary for completing the ChE 451 design project, which was to analyze the base case styrene process before optimizing it, in fall 2018. The results of this project are briefly outlined in the second section. The third section …
Discrete Optimization Of A Styrene Production Process, Seth Gray
Discrete Optimization Of A Styrene Production Process, Seth Gray
Honors Theses
This thesis will outline the two phases of my capstone design project for Chemical Engineering. The first goal was to simulate a styrene production process in Excel alongside my group members in ChE 451. During this phase, we looked at startup of the process and the first 12 years of operation. After the base case which included an isothermal reactor, the decision was made to switch to an adiabatic reactor based on net present value evaluations. Discrete optimization took place on the adiabatic reactor and the subsequent process. The second phase of my capstone project was the portion assigned to …