Enhancement factor for gas absorption in a finite liquid layer. Part 1: Instantaneous reaction in a liquid in plug flow
An approximate analysis of gas absorption with instantaneous reaction in a liquid layer of
finite thickness in plug flow is presented. An approximate solution to the enhancement factor …
finite thickness in plug flow is presented. An approximate solution to the enhancement factor …
Enhancement factor for gas absorption in a finite liquid layer. Part 2: First‐and second‐order reactions in a liquid in plug flow
Gas absorption accompanied by an irreversible chemical reaction of first‐order or second‐
order in a liquid layer of finite thickness in plug flow has been investigated. The analytical …
order in a liquid layer of finite thickness in plug flow has been investigated. The analytical …
Enhancement Factor for Gas Absorption in a Finite Liquid Layer. Part 3: Instantaneous and Second‐Order Reactions in a Liquid in Laminar Flow
Numerical analysis on gas absorption accompanied by an instantaneous reaction or a
second‐order reaction into a liquid layer of finite thickness in laminar flow is presented. A …
second‐order reaction into a liquid layer of finite thickness in laminar flow is presented. A …
Numerical investigation on CO2 absorbed in aqueous N‐methyldiethanolamine + piperazine
J Huang, M Gong, Z Sun, X Dong, J Shen… - AIChE Journal, 2017 - Wiley Online Library
A multiphase and multicomponent mass transfer model of CO2 absorbed in aqueous N‐
methyldiethanolamine and piperazine (PZ) was built in the study. In the model, a simple …
methyldiethanolamine and piperazine (PZ) was built in the study. In the model, a simple …
Enhancement Factor for Gas Absorption in a Finite Liquid Layer. Part 4: Influence of Gas‐Phase Mass Transfer during a Second‐Order Reaction in a Liquid in Laminar …
J Yue, TA Nijhuis, JC Schouten - Chemical Engineering & …, 2013 - Wiley Online Library
Numerical analysis is presented for gas absorption accompanied by a second‐order
reaction into a liquid layer of finite thickness in laminar flow, with the gas‐phase mass …
reaction into a liquid layer of finite thickness in laminar flow, with the gas‐phase mass …
Non-isothermal enhancement factor for mass transfer with instantaneous reaction in a rigid drop
Mass transfer between liquid drops and a surrounding fluid with an accompanying
instantaneous chemical reaction is important in a number of industrial processes. For small …
instantaneous chemical reaction is important in a number of industrial processes. For small …