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IBL-26-0374

Carbon Composite Catalyst for Carbon Dioxide Reduction and its Manufacturing Method

Listed on
2026-07-03
Iron and Nitrogen-Doped Carbon Composite Catalyst for Carbon Dioxide Reduction

This technology presents an iron and nitrogen-doped carbon composite catalyst for carbon dioxide reduction, produced by heat-treating an iron-doped metal-organic framework, along with its manufacturing method.

To address climate change and fuel depletion, CO2 conversion required catalysts with high conversion rates and carbon monoxide selectivity.

This technology provides a catalyst with a high carbon dioxide conversion rate and carbon monoxide selectivity, making it suitable for use in various electrocatalytic processes.

Key Features:
  • Iron and nitrogen-doped carbon material-based catalyst
  • Manufacturing via heat treatment of iron-doped metal-organic frameworks
  • High carbon dioxide conversion rate
  • Excellent carbon monoxide selectivity
Pohang University of Science & Technology
Jung-woo Han | Ying Wang | Byung-jun Park
Document
Date of application:
2022-12-15
|
Patent registration number:
10-2859101
Industry
energy
chemicals
Technology
Low-carbon
Country
Korea
Family Patent

N/A

Price
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