Chemical reactors in which reactants are present in both gas and liquid occur frequently in industry. The study of these type of reactors is quite a challenge in many aspects. Clever design and optimisation increase the profit of the chemical plant, improve safety and reduce the impact on the environment. In design and optimisation activities models are indispensible since large scale experiments are often not feasible and scale-up from lab experiments is required. The majority of models for gas-liquid reactors are based on the twofilm theory, Higbie's penetration theory or by Danckwerts modification
This paper deals with the identification of reaction and mass-transfer rates from concentrations mea...
An absorption model to study gas–liquid mass transfer accompanied by reversible two-step reactions i...
An absorption model to study gas–liquid mass transfer accompanied by reversible two-step reactions i...
Gas-liquid-liquid reactions play a significant role in the field of chemical process technology, how...
In many processes in the chemical industry mass transfer accompanied with reversible, complex chemic...
In many processes in the chemical industry mass transfer accompanied with reversible, complex chemic...
ln many processes in tbe the chemical industry mass transfer accompanied with reversible, complex ch...
135 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1980.The overall reaction rate of ...
Gas-liquid reactions are of great industrial, biological, physiological, and ecological importance. ...
Gas-liquid-liquid reaction systems may be encountered in several important fields of application as ...
In many processes in the chemical industry mass transfer accompanied with reversible, complex chemic...
The capability of a comprehensive computer code for simulating stirred tank gas-liquid reactors, rec...
For gas-liquid reaction systems with inlet and outlet streams, this paper proposes a linear transfor...
A model is presented to describe mass-transfer enhancement in slurry reactors by catalyst particles ...
Analytical solution of models for gas–liquid reactors is restricted to a few asymptotic cases, while...
This paper deals with the identification of reaction and mass-transfer rates from concentrations mea...
An absorption model to study gas–liquid mass transfer accompanied by reversible two-step reactions i...
An absorption model to study gas–liquid mass transfer accompanied by reversible two-step reactions i...
Gas-liquid-liquid reactions play a significant role in the field of chemical process technology, how...
In many processes in the chemical industry mass transfer accompanied with reversible, complex chemic...
In many processes in the chemical industry mass transfer accompanied with reversible, complex chemic...
ln many processes in tbe the chemical industry mass transfer accompanied with reversible, complex ch...
135 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1980.The overall reaction rate of ...
Gas-liquid reactions are of great industrial, biological, physiological, and ecological importance. ...
Gas-liquid-liquid reaction systems may be encountered in several important fields of application as ...
In many processes in the chemical industry mass transfer accompanied with reversible, complex chemic...
The capability of a comprehensive computer code for simulating stirred tank gas-liquid reactors, rec...
For gas-liquid reaction systems with inlet and outlet streams, this paper proposes a linear transfor...
A model is presented to describe mass-transfer enhancement in slurry reactors by catalyst particles ...
Analytical solution of models for gas–liquid reactors is restricted to a few asymptotic cases, while...
This paper deals with the identification of reaction and mass-transfer rates from concentrations mea...
An absorption model to study gas–liquid mass transfer accompanied by reversible two-step reactions i...
An absorption model to study gas–liquid mass transfer accompanied by reversible two-step reactions i...