Strategic Objectives
• Eliminate the need for expensive chemical absorbents and thermal regeneration.
• Harness the power of fluid dynamics to achieve passive gas separation.
• Reduce the physical footprint of carbon capture infrastructure significantly.
• Understand the mechanics of phase transition at Mach speeds.
The Core Challenge
Traditional carbon capture is plagued by high energy costs and toxic chemical solvents that create as many problems as they solve.
01
The Physics of Speed
02
The de Laval Architecture
03
Crossing the Mach Barrier
04
The Mechanics of Fluids
05
The Chilling Effect
06
Phase Transition at Speed
07
Vortex Generation
08
The Nature of Carbon Dioxide
09
Shock Wave Management
10
Kinetic Energy Recovery
11
Nozzle Materials and Durability
12
The Joule-Thomson Effect
13
Computational Modeling
14
Industrial Integration
15
Isentropic Flow Equations
16
Multiphase Flow Challenges
17
Turbulence and Stability
18
Beyond Carbon Dioxide
19
Scalability and Modular Design
20
The Economic Landscape
21