PROCESS DESIGN AND SIMULATION FOR ELECTROCATALYTIC CO2 CONVERSION TO VALUE-ADDED FUEL

Abstract

The greenhouse effect sustains Earth's temperature at an optimal level for life, However, human activities have disrupted this equilibrium by releasing excessive greenhouse gases, resulting in a steady rise in global temperatures. The project aims to tackle the global issue of rising temperatures by capturing CO2 emissions from the cement industry, which is one of the largest CO2 emitters, and transforming them into formic acid using an eco-friendly electro-catalysis process. This innovative approach not only helps reduce greenhouse gases but also produces valuable chemicals. By making industries more sustainable, we're taking a step toward a greener future, where we can address climate change while still meeting our production needs.