Past Projects | PIs | Lead site |
Enhancement of Drying Rate of Moist Porous Media with Electric Field | Yagoobi | WPI |
An Integrated Multi-Scale Modeling and Sensors-Based Approach to Study Strain and Stresses in Foods Undergoing Glass Transition During Drying | Liu/Takhar | WPI/UIUC |
Ultrasound-Mediated Ethanol Dewatering/Dehydration | Feng | UIUC |
Smart Drying Enabled by Multi-Source Data Fusion and Machine Learning | Shao/Narra | UIUC/WPI |
Removal of Water Trapped Inside a Single Cellulose Fiber | Yagoobi | WPI |
Ultrasonic Non-Thermal Drying of Wet Bio-Polymeric Materials | Feng | UIUC |
Wireless Passive MEMS Sensor for in situ Continuous Temperature and Moisture Sensing | Liu | UIUC |
Enhancement of Heat and Mass Transfer with Innovative Impinging Jet Nozzles | Yagoobi | WPI |
FSMA Validation of Low Moisture Food Undergoing Heating and Drying | Feng | UIUC |
Solving Coupled Non-Fickian Moisture Transport and QualityKinetics Model for Improving the Quality and Nutritional Attributes of Selected Fruits and Vegetables during Drying | Takhar | UIUC |
Fundamental Understanding of Rapid Air Drying of Paper Tissues | Tilley/Yagoobi | WPI |
Enhancement of Municipal Wastewater Biosolids Drying through Interfacial Energy Modifying Amendments to Promote Uniform Agglomeration | Bergendahl | WPI |
Reducing Water Use in Corn Ethanol Process by Efficient High Solids Simultaneous Saccharification and Fermentation | Singh | UIUC |
Multi-Channel Drying Platform for Process Validation and Optimization | Feng | UIUC |
Optical Nondestructive Testing Augmented by MEMS and Fiber-optic Sensors | Furlong | WPI |
Spray Drying of Hygroscopic Materials Using an Encapsulation Strategy Through Three-fluid Nozzle | Lee | UIUC |