Senior Capstone Design Projects
Chemical Engineering Department, KMUTNB
Team NO |
Project Titles |
---|---|
1 |
Process Design and Optimization of Shrimp-Shell Gelatin Process |
2 |
Adsorption of Distillery Spent Wash on Encapsulated Moringa Oleifera Alginate Bead: Experimental Study, Modeling and Plant Design. |
3 |
Production of Dialdehyde Cellulose from Sugarcane |
4 |
Feasibility Study and Process Synthesis of Air-Protein |
5 |
Lignin-Based Hydrogels for Drug Delivery and Antimicrobial Coating for Medical Materials |
6 |
Alkaline-Peroxide and Ionic Liquid Pretreatment and Process Design & Simulation Integrated to Biorefinery Industry |
7 |
Upgrading of Wastewater from Rubber Sheet Processing |
8 |
Continued Development of Microplastic Removal from Water Resources by Photocatalytic Process |
9 |
Development of Cellulolytic Enzyme Lignin (CEL) from Sugarcane Bagasse as an Effective and Eco-Friendly Sunscreen |
10 |
Process Design of Diesel Fuel Production from Plastic Waste Using Pyrolysis Technology |
11 |
A Study on DAF Technique for Pretreatment of Wastewater Plant from Canteen |
12 |
Adding Electrical Conductivity to Natural Rubber by Dispersing Admicellar Polymerization Modified Carbon Nanotubes |
13 |
Production of Lignin Nanoparticles from Black Liquor by In Situ Cooperative Self-Assembly through Precipitation Process with Carbon Dioxide |
14 |
Extraction of Silica and Lignin from Rice Husk Biomass |
15 |
Lignin Extraction by Using Ionic Liquid for Food Packaging Applications |
16 |
Adsorption of Heavy Metals in Wastewater Using Developed Zeolite Pelletization with Novel Techniques |
17 |
Development of Simulation of Innovation Molecular Structure of Nanoporous Materials for Energy and Environmental Applications |
18 |
Design a Coalescer for the Breakup of Oil-in-Water Emulsion |
19 |
A Study on Silicon Carbide Synthesis from Rice Husk Ash |
20 |
Design and Performance Analysis of an Integrated Expansion System to Reduce Thermic Oil Degradation from Oxidation and Overheat |
21 |
Production of Water-in-Pyrolysis Oil Emulsion as Fuel for Internal Combustion Engine |