CIESC Journal ›› 2020, Vol. 71 ›› Issue (1): 1-15.DOI: 10.11949/0438-1157.20191374
• Reviews and monographs • Previous Articles Next Articles
Liangliang ZHANG(),Jiwen FU,Yong LUO,Baochang SUN,Haikui ZOU,Guangwen CHU,Jianfeng CHEN()
Received:
2019-11-11
Revised:
2019-11-21
Online:
2020-01-05
Published:
2020-01-05
Contact:
Jianfeng CHEN
张亮亮(),付纪文,罗勇,孙宝昌,邹海魁,初广文,陈建峰()
通讯作者:
陈建峰
作者简介:
张亮亮(1985—),男,博士,副教授,基金资助:
CLC Number:
Liangliang ZHANG, Jiwen FU, Yong LUO, Baochang SUN, Haikui ZOU, Guangwen CHU, Jianfeng CHEN. Higee process intensification technology and application for oceaneering[J]. CIESC Journal, 2020, 71(1): 1-15.
张亮亮, 付纪文, 罗勇, 孙宝昌, 邹海魁, 初广文, 陈建峰. 面向海洋工程的超重力过程强化技术及应用[J]. 化工学报, 2020, 71(1): 1-15.
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关联式 | 实验体系及设备类型 |
---|---|
| NaOH吸收CO2,填料塔 |
| 共流型CAS-RPB物理吸收NH3-H2O |
| 逆流型CAS-RPB物理吸收NH3-H2O |
| 共流型SP-RPB物理吸收NH3-H2O |
| 逆流型SP-RPB物理吸收NH3-H2O |
| NaOH吸收SO2,RPB |
| 氨气和VOCs的吸收和解吸,RPB |
| 水脱氧,RPB |
Table 1 Correlations for estimating gas volumetric mass transfer efficient in different type of RPB
关联式 | 实验体系及设备类型 |
---|---|
| NaOH吸收CO2,填料塔 |
| 共流型CAS-RPB物理吸收NH3-H2O |
| 逆流型CAS-RPB物理吸收NH3-H2O |
| 共流型SP-RPB物理吸收NH3-H2O |
| 逆流型SP-RPB物理吸收NH3-H2O |
| NaOH吸收SO2,RPB |
| 氨气和VOCs的吸收和解吸,RPB |
| 水脱氧,RPB |
关联式 | 实验体系 |
---|---|
| 水中氧的解吸,RPB |
| NaOH吸收CO2,RPB |
| 甘油和CMC脱氧,RPB |
| 离子液体捕集CO2,RPB |
| 水脱氧,RPB |
| 水中氧的解吸,RPB |
| 水中氧的解吸,RPB |
Table 2 Correlations for estimating liquid volumetric mass transfer efficient of different systems
关联式 | 实验体系 |
---|---|
| 水中氧的解吸,RPB |
| NaOH吸收CO2,RPB |
| 甘油和CMC脱氧,RPB |
| 离子液体捕集CO2,RPB |
| 水脱氧,RPB |
| 水中氧的解吸,RPB |
| 水中氧的解吸,RPB |
关联式 | 实验体系 |
---|---|
| CH3OH和CCl4吸收CO2,填料塔 |
| 水吸收甘油-空气,填料塔 |
| NaOH吸收CO2,SP-RPB |
| NaOH吸收CO2,SP-RPB |
| NaOH吸收CO2,金属丝网填料,RPB |
Table 3 Correlations for estimating effective mass transfer efficient in literature
关联式 | 实验体系 |
---|---|
| CH3OH和CCl4吸收CO2,填料塔 |
| 水吸收甘油-空气,填料塔 |
| NaOH吸收CO2,SP-RPB |
| NaOH吸收CO2,SP-RPB |
| NaOH吸收CO2,金属丝网填料,RPB |
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