The article discusses an innovative electrochemical process that aims to achieve net-zero emissions by integrating hydrogen production, CO2 capture, and industrial chemical synthesis. The process involves transforming CO2, ethylene, and water into valuable products such as ethylene carbonate and hydrogen. A key discovery enabling this transformation is the utilization of captured CO2 as sodium bicarbonate in organic carbonate synthesis. The process is mediated by succinimide, an organic catalyst interacting with protons, bromine, and CO2. Technoeconomic analysis and life-cycle assessment of the proposed commercial-scale process show its profitability and environmental viability. The approach also holds potential for the synthesis of various organic carbonates, with implications for industries like lithium battery electrolytes and polymer production.