MDEA水溶液 aqueous methyldiethanolamine solution
active MDEA 活性MDEA
MDEA MODEL MDEA模型
MDEA process MDEA法
Complex MDEA 复合MDEA
activative MDEA 活化MDEA
MDEA technology MDEA技术
MDEA regenerator MDEA再生塔
active MDEA method 活性MDEA法
The corrosion causes of the catalysis and desulfurization system for heavy oil were analysed through the performance comparison between MDEA and DIPA, and some countermeasures were proposed.
通过对MDEA和DIPA两种脱硫溶液性质的对比，分析了重油催化脱硫系统腐蚀的原因，并提出了几种防腐蚀的对策。
Plant operation after modification shows that active MDEA co 2 removal technique has advantages such as low consumption of steam, electricity and solvent; high purification and good solvent stability.
改造后装置运行表明，活化mdea脱碳技术具有蒸汽、电、溶剂消耗低，净化度高，溶液稳定等优点。
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