Strategic Objectives
• Understand the physics of mechanical attrition in fluidized beds and fixed reactors.
• Identify the chemical pathways leading to irreversible sorbent poisoning and degradation.
• Optimize replacement cycles to balance capture efficiency with operational costs.
• Develop sustainable waste management strategies for spent industrial sorbents.
The Core Challenge
Mechanical degradation and chemical fouling turn high-performance capture media into costly waste streams, yet these attrition cycles are often ignored during material design.
01
The Fundamentals of Adsorption
02
Mechanics of Material Failure
03
The Physics of Attrition
04
Fluidization and Particle Interaction
05
Chemical Degradation Pathways
06
Thermal Stress and Cycling
07
Surface Science and Porosity
08
Catalyst Poisoning and Sorbents
09
Mechanical Erosion in Gas Flows
10
Mass Transfer Limitations
11
Measuring Particle Size Distribution
12
Fatigue and Cyclic Loading
13
Pelletization and Agglomeration
14
Sintering and Surface Area Loss
15
Reliability Engineering Principles
16
Economic Optimization of Cycles
17
Industrial Waste Characterization
18
Sustainable Waste Management
19
Circular Economy for Sorbents
20
Lifecycle Assessment (LCA)
21