A novel model for residual fluid catalytic cracking process ( rfcc ) is proposed . it divides the whole reactor into two part : the riser as ideal pipe flow reactor and the sett - ler as ideal cstr . the model contains six lumps reaction kinetics with serial and parallel network 通過將實際裝置中發(fā)生裂化反應的提升管和沉降段反應器分別考慮為理想的活塞流反應器和連續(xù)攪拌式反應器,建立了簡化的渣油催化裂化反應6集總組分的串行和并行反應動力學網絡模型。
The first part comprises industrial pta oxidation process modeling , residual fluid catalytic cracking process modeling , complex distillation modeling and analysis , the application of pta oxidation process soft - sensor technology . in the second one , the infeasibility degree based genetic algorithm is proposed to handle constrained optimization problem in engineering cases and the neighborhood and archive based genetic algorithm and its variant are proposed to treat the multi - objective optimization problem . with that , the pta oxidation process is regarded as a benchmark for the application of the proposed multi - objective optimization genetic algorithm 論文內容分為兩部分,第一部分對包括三個典型的工業(yè)過程, pta氧化反應器、渣油催化裂化反應系統和復合式精餾塔進行分析、建模以及pta氧化過程的軟測量工程實施;第二部分分別提出了基于進化算法解決工業(yè)過程中普遍存在的約束優(yōu)化問題和多目標優(yōu)化問題的過程優(yōu)化算法? ?基于不可行度選擇遺傳算法和基于鄰域和存檔操作遺傳算法,并利用該算法對工業(yè)pta氧化過程操作進行多目標優(yōu)化研究。