Innovative Electrode Regeneration Technique For Electrochemical Synthesis
ID U-8814
Category Chemicals
Subcategory
Researchers
Brief Summary
This technology introduces a novel approach to combat electrode deactivation in industrial electrochemical processes through dynamic AC cycling.
Problem Statement
Electrode deactivation in electrochemical synthesis processes leads to frequent and costly maintenance for electrode cleaning and reactivation, resulting in interrupted production and reduced efficiency in industrial applications.
Technology Description
Our technology addresses the challenge of electrode deactivation in electrochemical synthesis processes, like aminopyralid from picloram. Our process continuously regenerates an active metallic silver surface, eliminating the need for manual cleaning and reactivation. This process not only maintains the electrode's effectiveness but also improves the overall efficiency and cost-effectiveness of the synthesis process.
Benefit
- Continuous in situ regeneration of the active electrode surface.
- Significantly reduces downtime due to manual electrode maintenance.
- Enhances the selectivity and yield of desired products.
- Reduces operational costs and increases process efficiency.
- Offers a sustainable solution for large-scale industrial applications.
Contact Info
Jonathan Tyler
801-587-0515
jonathan.tyler@utah.edu
