Add to ORKGA logical and progressive method is proposed to modify and increase the performance of chemical reactors where the main inner process is mixing. This method includes global analysis based on mixing visualization, followed by local value measurements. This article reports the case of an axisymmetrical tubular jet mixer: turbulent mixing is speeded up by means of a swirling jet
Mixing is a fundamental issue in process engineering and many industrial fields. It is closely relat...
The jet mixing reactor has been proposed for the industrial production of fullerene carbon nanotubes...
The results reported in this paper describe some of the main flow characteristics and NOx production...
Laser measurements of local velocity and concentration in a swirling-jet-stirred tubular reactor und...
Four different geometrical solutions for tubular reactors are compared for transfer intensification ...
The equations for the conservation of momentum and mass were solved numerically for the region downs...
The interaction is described of some of the important parameters affecting the mixing process in a q...
Mixing is a fundamental issue in process engineering and many industrial fields. It is closely relat...
This article investigates ways of modeling the homogenization mechanism occurring when mixing highly...
The principle of dimensional analysis of liquid flow has been applied to the problem of rapid mixing...
Turbulent mixing enhancement has received a great deal of attention in the fluid mechanics community...
Simulations of 3D fluid flows and mixing have been performed inside in-line mixers (a tee mixer and ...
The iodide–iodate chemical probe method is modified by a novel adaptive procedure to investigate the...
To quench a thermal runaway reaction in a chemical rector, an efficient approach is the introduction...
Acknowledgement Sincere thanks to Andrew Bayly and Yi He (University of Leeds, UK) for bringing this...
Mixing is a fundamental issue in process engineering and many industrial fields. It is closely relat...
The jet mixing reactor has been proposed for the industrial production of fullerene carbon nanotubes...
The results reported in this paper describe some of the main flow characteristics and NOx production...
Laser measurements of local velocity and concentration in a swirling-jet-stirred tubular reactor und...
Four different geometrical solutions for tubular reactors are compared for transfer intensification ...
The equations for the conservation of momentum and mass were solved numerically for the region downs...
The interaction is described of some of the important parameters affecting the mixing process in a q...
Mixing is a fundamental issue in process engineering and many industrial fields. It is closely relat...
This article investigates ways of modeling the homogenization mechanism occurring when mixing highly...
The principle of dimensional analysis of liquid flow has been applied to the problem of rapid mixing...
Turbulent mixing enhancement has received a great deal of attention in the fluid mechanics community...
Simulations of 3D fluid flows and mixing have been performed inside in-line mixers (a tee mixer and ...
The iodide–iodate chemical probe method is modified by a novel adaptive procedure to investigate the...
To quench a thermal runaway reaction in a chemical rector, an efficient approach is the introduction...
Acknowledgement Sincere thanks to Andrew Bayly and Yi He (University of Leeds, UK) for bringing this...
Mixing is a fundamental issue in process engineering and many industrial fields. It is closely relat...
The jet mixing reactor has been proposed for the industrial production of fullerene carbon nanotubes...
The results reported in this paper describe some of the main flow characteristics and NOx production...