Strategic Objectives
• Master the complex fluid dynamics of non-Newtonian solid waste streams.
• Optimize shredding and size reduction for maximum bulk density control.
• Implement precision drying techniques to stabilize feedstock energy content.
• Design resilient mechanical conveyance systems for diverse, abrasive materials.
The Core Challenge
Inconsistent waste streams and poor mechanical handling cause 80% of gasification system failures before the reaction even begins.
01
The Fundamentals of Rheology
02
Characterizing Municipal Solid Waste
03
Non-Newtonian Behavior in Slurries
04
The Mechanics of Size Reduction
05
Industrial Shredding Technologies
06
Bulk Density and Material Storage
07
Granular Material Dynamics
08
Conveyor System Design
09
Screw Conveyors and Feeders
10
The Physics of Drying Waste
11
Industrial Drying Equipment
12
Mechanical Separation Processes
13
Vibratory Feeding and Screening
14
Biomass Feedstock Preparation
15
Viscosity in High-Moisture Streams
16
Tribology and Equipment Wear
17
Pneumatic Conveyance of Solids
18
Particle Size Distribution (PSD)
19
Pelletizing and Densification
20
Process Control and Automation
21