Development of Mini-Pilot Scale Electrochemical Catalytic Reactor and Process for High-Value Chemica

Overview:
This project focuses on developing a mini-pilot scale electrochemical catalytic reaction system to convert underutilized carbon sources into high-value chemical products. The research aims to establish both the reactor design and operational processes that can efficiently transform waste or low-value carbon materials into commercially valuable chemicals through electrochemical catalysis.
Key Components:

Carbon Source Utilization: Converting CO2, biomass waste, or other underutilized carbon feedstocks
Electrochemical Catalysis: Using electrical energy to drive chemical reactions with catalyst materials
Mini-Pilot Scale: Bridging laboratory research and industrial application through scaled-up reactor design
Process Development: Optimizing reaction conditions, catalyst performance, and system efficiency

Significance:
This approach addresses both environmental challenges (carbon waste reduction) and economic opportunities (sustainable chemical production), contributing to carbon neutrality and circular economy goals.