通过优化裂解原料，调整裂解炉深度，加强分离系统操作监控，实现增产丙烯。
This paper introduced the technology of increasing propylene yield through optimizing cracking material, adjusting depth of cracking furnace, enhancing operation monitoring of separating system.
根据管式裂解炉的特点， 提出了一种管式裂解炉出口温度优化控制方法。
According to the characteristic of the pipeline cracking furnace, a new neural network optimization control strategy of cracking furnace′s output temperature is put forward.
提高裂解原料质量，优化裂解工艺操作，是保持BA - 1 0 3裂解炉长周期平稳运行的有效措施。
To upgrade feedstock quality and optimize process operation is the effective measure to keep pyrolyzer BA-103 stably operating for long time.
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