Abstract

In the pursuit of sustainable energy solutions, the integration of renewable resources and innovative technologies holds significant promise. This article delves into the development and evaluation of a cutting-edge hydrocracking system designed to achieve net-zero carbon emissions. By integrating co-processing techniques with green hydrogen and electricity, this system represents a paradigm shift in the petroleum refining industry. Through meticulous process design and analysis, the feasibility and environmental impact of this approach are thoroughly examined, offering insights into the potential of renewable energy integration in industrial applications. Detailed process design and analysis underscore the feasibility and environmental impact of this groundbreaking approach, illuminating the potential of renewable energy integration in industrial settings.