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重油蓄热催化裂解制气炉两种循环周期的比较
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作者 曲世魁 《城市煤气》 1993年第2期21-22,共2页
关键词 煤制气炉 蓄热 催化裂解
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Model Predictive Control with Feedforward Strategy for Gas Collectors of Coke Ovens 被引量:2
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作者 李凯 李德伟 +1 位作者 席裕庚 尹德斌 《Chinese Journal of Chemical Engineering》 SCIE EI CAS CSCD 2014年第7期769-773,共5页
In coking process, the production quality, equipment life, energy consumption, and process safety are all influenced by the pressure in gas collector pipe of coke oven, which is frequently influenced by disturbances.T... In coking process, the production quality, equipment life, energy consumption, and process safety are all influenced by the pressure in gas collector pipe of coke oven, which is frequently influenced by disturbances.The main control objectives for the gas collector pressure system are keeping the pressures in collector pipes at appropriate operating point. In this paper, model predictive control(MPC) strategy is introduced to control the collector pressure system due to its ability to handle constraint and good control performance. Based on a method proposed to simplify the system model, an extended state space model predictive control is designed,which combines the feedforward strategy to eliminate the disturbance. The simulation results in a system with two coke ovens show the feasibility and effectiveness of the control scheme. 展开更多
关键词 Gas collector pressure system Model predictive control FEEDFORWARD
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Simulation on Soot Emission Control in Stoker-Fired Boiler by Secondary Air
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作者 Qingcheng Wang 《Journal of Environmental Science and Engineering(A)》 2012年第1期46-48,共3页
A work on soot emission control simulation in stoker-fired boiler by secondary air has been done. Some models such as k-e, combustion, radiation, and soot Khan-Greeves have been adopted. Soot production and emission h... A work on soot emission control simulation in stoker-fired boiler by secondary air has been done. Some models such as k-e, combustion, radiation, and soot Khan-Greeves have been adopted. Soot production and emission has been reduced by secondary air; the highest mass concentration is reduced from 7.46 × 10^-14 to 6.94 × 10^15; mass concentration of soot is decreased from 1.12 ×10^-15 to 9.25 ×10^-32 in the upper areas. 展开更多
关键词 SOOT stoker-fired boiler secondary air simulation.
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