Exploration of Hydrogen Source Dehydrogenation and Desulfurization Process for Refinery Recovery
The key challenge in the field of hydrogen source recovery,dehydrogenation,and desulfurization processes in refineries is to improve recovery efficiency,reduce sulfur content,while ensuring the economy and operability of the process.However,current technology faces problems such as insufficient desulfurization efficiency,high energy consumption,and complex process flow.The optimization scheme for J Company's hydrocarbon desulfurization process is discussed in light of existing challenges.The refinery project summary highlights the company's implementation of efficient technical measures and management strategies to enhance refining efficiency,reduce energy consumption,and strictly control sulfur emissions.The company actively engages in technological innovation and R&D to continuously improve the desulfurization process,enhance hydrogen recovery,and ensure product quality and environmental sustainability.In the analysis of the catalytic diesel flow in the diesel absorber,detailed design parameters—including equipment type selection and process calculations—are optimized to improve desulfurization efficiency.The appropriate tower type is selected for the desulfurization tower,with process calculations ensuring compliance with desulfurization requirements.Through an in-depth analysis of catalytic diesel flow and absorber tower configuration,the goal is to achieve efficient hydrocarbon desulfurization while advancing hydrogen recovery technology within the refinery.
refineryrecycling hydrogen sourcedehydrogenation and desulfurization
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