摘要
脱碳系统相对简单,适用于小样本预测。为了研究影响脱碳装置稳定性的因素,验证当前工况下的生产调节方法及参数是否满足生产要求,使脱碳效果达到最佳。结合LNG工厂开工升量、稳产、降产停工3个阶段脱碳装置的运行参数,选用灰色系统GM(1,N)模型进行建模运算。模拟结果直观反应出脱碳系统的运行规律,找到了影响脱碳效果的主观因素。研究表明,吸收塔塔底、塔顶温度是影响脱碳反应的主观因素。装置的生产运行调节参数需定期进行校验调整,才能使脱碳效果达到最佳状态。
The decarburization system is relatively simple, which is suitable for small sample prediction. In order to study the factors affecting the stability of decarburization device, verify whether the adjusting method and parameters of production in the current working conditions meeting the production requirement, and make the decarburization effect to be the best. Combined with the operating parameters of decarburization device in LNG plant during three phases of start up- production, stable yield and fall-production of shutdown, the grey system GM （1, N） model was selected to simulate the device. Simulation results directly reflected the operation rule of decarbonization system. The subjective factors of influencing decarburization effect were found. Results showed that the inner environment temperature （bottom and top） of absorber was the subjective factor influencing the decarburization reaction. The production running adjusting parameters of the device need to be checked and adjusted regularly to ensure the best decarburization effect.
出处
《石油与天然气化工》
CAS
北大核心
2016年第1期30-35,共6页
Chemical engineering of oil & gas
关键词
脱碳装置
灰色系统
GM(1
N)模型
工艺特点
建模
decarburization device, grey system, GM （1, N） model, process characteristics, modeling
