Strategic Objectives
• Master the intricate chemistry of perfluorinated sulfonic acid ionomers.
• Optimize Catalyst Coated Membranes (CCM) for maximum efficiency.
• Solve the critical engineering challenges of sub-zero cold-starts.
• Navigate the unique landscape of iridium and platinum catalysts.
The Core Challenge
Traditional energy systems are failing, but the complexity of acidic electrolysis and precious metal catalysts often creates a barrier to innovation.
01
The Foundations of PEM
02
The Chemistry of Ionomers
03
Principles of Electrolysis
04
Electrochemical Thermodynamics
05
The Catalyst Coated Membrane
06
Anode Dynamics
07
Cathode Dynamics
08
Iridium and Noble Metals
09
Platinum Group Metals
10
Proton Transport Mechanisms
11
The Gas Diffusion Layer
12
Cold-Start Dynamics
13
Thermal Management
14
Electrochemical Impedance
15
Membrane Degradation
16
Stack Design and Bipolar Plates
17
Water Purity Requirements
18
System Integration
19
High-Pressure Electrolysis
20
Sustainable Catalyst Sourcing
21