The use of process computers as industrial robots for refining operations
Joseph P. Kennedy
Abstract
Joseph P. Kennedy
Abstract
Process computer systems in early refining applications were used mostly for noncontrol functions. Modern installations improve profitability by automating changes in plant targets and guidelines; that is, the process computer is treated as an industrial robot. The structure of a computerized refinery control system is emerging via unquestionably profitable and transportable uses of artificial intelligence on refinery units. This paper describes a supervisory system and, for each major plant, identifies a standardized approach, including systems for blending, reforming, hydrocracking, catalytic cracking, and crude distillation.
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Process computer systems in early refining applications were used mostly for noncontrol functions. Modern installations improve profitability by automating changes in plant targets and guidelines; that is, the process computer is treated as an industrial robot. The structure of a computerized refinery control system is emerging via unquestionably profitable and transportable uses of artificial intelligence on refinery units. This paper describes a supervisory system and, for each major plant, identifies a standardized approach, including systems for blending, reforming, hydrocracking, catalytic cracking, and crude distillation.
Key concepts: Refinery, Refining (metallurgy), Process (computing), Process engineering, Profitability index, Manufacturing engineering, Robot, Oil refinery